{"count":36035,"next":"https://panelapp-aus.org/api/v1/entities/?format=json&page=66","previous":"https://panelapp-aus.org/api/v1/entities/?format=json&page=64","results":[{"gene_data":{"alias":["SUTAL","BLOC2S1"],"biotype":"protein_coding","hgnc_id":"HGNC:15597","gene_name":"HPS3, biogenesis of lysosomal organelles complex 2 subunit 1","omim_gene":["606118"],"alias_name":null,"gene_symbol":"HPS3","hgnc_symbol":"HPS3","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"3:148847371-148891519","ensembl_id":"ENSG00000163755"}},"GRch38":{"90":{"location":"3:149129584-149173732","ensembl_id":"ENSG00000163755"}}},"hgnc_date_symbol_changed":"2001-06-13"},"entity_type":"gene","entity_name":"HPS3","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["11455388","31880485","31621111","30990103"],"evidence":["Expert Review Green","Victorian Clinical Genetics Services"],"phenotypes":["Hermansky-Pudlak syndrome 3, MIM# 614072","MONDO:0013555"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":37,"hash_id":null,"name":"Ocular and Oculocutaneous Albinism","disease_group":"Ophthalmological disorders","disease_sub_group":"","description":"This panel was developed and is maintained by VCGS.","status":"public","version":"1.16","version_created":"2026-03-27T19:38:01.497264+11:00","relevant_disorders":["Albinism HP:0001022; Ocular albinism","HP:0001107"],"stats":{"number_of_genes":24,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["CGI-18","ASC1p50","Em:AC022392.3"],"biotype":"protein_coding","hgnc_id":"HGNC:24268","gene_name":"activating signal cointegrator 1 complex subunit 1","omim_gene":["614215"],"alias_name":null,"gene_symbol":"ASCC1","hgnc_symbol":"ASCC1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"10:73856278-73976892","ensembl_id":"ENSG00000138303"}},"GRch38":{"90":{"location":"10:72096032-72217134","ensembl_id":"ENSG00000138303"}}},"hgnc_date_symbol_changed":"2004-03-17"},"entity_type":"gene","entity_name":"ASCC1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["PMID: 28218388","30327447","26924529"],"evidence":["Expert Review Green","Literature"],"phenotypes":["Spinal muscular atrophy with congenital bone fractures 2 MIM#616867"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":47,"hash_id":null,"name":"Arthrogryposis","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"This panel contains genes that have been associated with multiple congenital contractures (arthrogryposis). 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They typically present with movement disorders and psychiatric or behavioural problems. This panel also contains other multi-system conditions where brain calcification can occur as part of the phenotype.\r\n\r\nThis panel was developed and is maintained by VCGS.\r\n\r\nThe panel has been compared against the Genomics England PanelApp Intracerebral Calcifications panel V1.27 with all discrepancies resolved and reciprocal feedback provided to Genomics England.\r\n\r\nUpdated December 2025 following literature review.","status":"public","version":"2.6","version_created":"2026-01-08T18:01:53.861975+11:00","relevant_disorders":["Cerebral calcification","HP:0002514"],"stats":{"number_of_genes":96,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["FHF1"],"biotype":"protein_coding","hgnc_id":"HGNC:3668","gene_name":"fibroblast growth factor 12","omim_gene":["601513"],"alias_name":["fibroblast growth factor 12B","fibroblast growth factor homologous factor 1","myocyte-activating factor","fibroblast growth factor FGF-12b"],"gene_symbol":"FGF12","hgnc_symbol":"FGF12","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"3:191857184-192485553","ensembl_id":"ENSG00000114279"}},"GRch38":{"90":{"location":"3:192139395-192767764","ensembl_id":"ENSG00000114279"}}},"hgnc_date_symbol_changed":"1996-10-26"},"entity_type":"gene","entity_name":"FGF12","confidence_level":"1","penetrance":null,"mode_of_pathogenicity":null,"publications":[],"evidence":["ClinGen"],"phenotypes":["Brugada syndrome MONDO:0015263"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":60,"hash_id":null,"name":"Brugada syndrome","disease_group":"Cardiovascular disorders","disease_sub_group":"","description":"This panel was developed and is maintained by VCGS.","status":"public","version":"0.46","version_created":"2026-02-06T09:29:49.325637+11:00","relevant_disorders":[],"stats":{"number_of_genes":23,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["Ly74","TROP1","GA733-2","EGP34","EGP40","EGP-2","KSA","CD326","Ep-CAM","HEA125","KS1/4","MK-1","MH99","MOC31","323/A3","17-1A","TACST-1","CO-17A","ESA"],"biotype":"protein_coding","hgnc_id":"HGNC:11529","gene_name":"epithelial cell adhesion molecule","omim_gene":["185535"],"alias_name":null,"gene_symbol":"EPCAM","hgnc_symbol":"EPCAM","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"2:47572297-47614740","ensembl_id":"ENSG00000119888"}},"GRch38":{"90":{"location":"2:47345158-47387601","ensembl_id":"ENSG00000119888"}}},"hgnc_date_symbol_changed":"2008-12-16"},"entity_type":"gene","entity_name":"EPCAM","confidence_level":"1","penetrance":null,"mode_of_pathogenicity":"","publications":["30461124"],"evidence":["Expert Review Red","Victorian Clinical Genetics Services"],"phenotypes":["Congenital diarrhoea 5 with tufting enteropathy","Lynch syndrome"],"mode_of_inheritance":"BOTH monoallelic and biallelic, autosomal or pseudoautosomal","tags":[],"panel":{"id":66,"hash_id":null,"name":"Cataract","disease_group":"Ophthalmological disorders","disease_sub_group":"","description":"This panel contains genes that cause conditions with cataract as a feature, and was created by merging the panels developed by VCGS and RMH.\r\n\r\nCataracts due to monogenic conditions are often present at birth or appear in childhood or young adulthood. The lens alone may be involved, or lens opacities may be associated with other ocular anomalies, such as microphthalmia, aniridia, or other anterior chamber developmental anomalies. Cataracts may also be part of multisystem genetic disorders such as syndromes or metabolic conditions.\r\n\r\nThis panel has been compared against the Genomics England/NHS GMS panel Bilateral congenital or childhood onset cataracts (Version 7.5) on 29/12/2025 with all discrepancies reviewed.\r\n\r\nUpdated following literature review in February 2026.","status":"public","version":"1.3","version_created":"2026-03-31T18:43:23.306556+11:00","relevant_disorders":["Cataract","HP:0000518"],"stats":{"number_of_genes":258,"number_of_strs":2,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["TUBL1","LCA15"],"biotype":"protein_coding","hgnc_id":"HGNC:12423","gene_name":"tubby like protein 1","omim_gene":["602280"],"alias_name":null,"gene_symbol":"TULP1","hgnc_symbol":"TULP1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"6:35465651-35480715","ensembl_id":"ENSG00000112041"}},"GRch38":{"90":{"location":"6:35497874-35512938","ensembl_id":"ENSG00000112041"}}},"hgnc_date_symbol_changed":"1998-01-06"},"entity_type":"gene","entity_name":"TULP1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["17620573","27440997","21987678","15557452"],"evidence":["Expert Review Green","Expert Review"],"phenotypes":["Retinitis pigmentosa 14 M(MIM#600132)"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":84,"hash_id":null,"name":"Ciliopathies","disease_group":"Dysmorphic and congenital abnormality syndromes","disease_sub_group":"","description":"This panel was created by merging the Ciliopathy panels created by VCGS and RMH and is a consensus panel used by both.\r\n\r\nIt covers conditions caused by mutations in the genes encoding non-motile cilia components as well as a small number of conditions that can present as phenocopies.\r\n\r\nPlease note a number of smaller panels are available that cover specific ciliopathy phenotypes such as Bardet-Biedl syndrome, Jeune syndrome and Joubert syndrome.\r\n\r\nPlease refer to the Ciliary Dyskinesia panel for conditions caused by mutations in genes encoding components of the motile cilia, which present with predominantly respiratory phenotypes.","status":"public","version":"1.99","version_created":"2026-02-26T20:47:06.255758+11:00","relevant_disorders":["Ciliopathy","MONDO:0005308"],"stats":{"number_of_genes":158,"number_of_strs":0,"number_of_regions":2},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["FLJ44734","IGF-II"],"biotype":"protein_coding","hgnc_id":"HGNC:5466","gene_name":"insulin like growth factor 2","omim_gene":["147470"],"alias_name":["somatomedin A","preptin"],"gene_symbol":"IGF2","hgnc_symbol":"IGF2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"11:2150342-2170833","ensembl_id":"ENSG00000167244"}},"GRch38":{"90":{"location":"11:2129112-2141238","ensembl_id":"ENSG00000167244"}}},"hgnc_date_symbol_changed":"2001-06-22"},"entity_type":"gene","entity_name":"IGF2","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["PMID: 31544945"],"evidence":["Expert Review Green","Literature"],"phenotypes":["Silver-Russell syndrome 3 MIM#616489"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, maternally imprinted (paternal allele expressed)","tags":[],"panel":{"id":99,"hash_id":null,"name":"Differences of Sex Development","disease_group":"Dysmorphic and congenital abnormality syndromes","disease_sub_group":"","description":"This panel was developed and is maintained by VCGS and contains genes associated with atypical development of the internal and external genitalia, including genes that cause hypogonadotropic hypogonadism.\r\n\r\nThis panel has been compared against the Genomics England PanelApp 'Disorders of Sex Development', and 'Hypogonadotropic hypogonadism idiopathic' panels, with all differences reviewed and reciprocal feedback provided to Genomics England, 18/6/2020. Comparison undertaken with NHS GMS 'Hypogonadotropic hypogonadism' panel with all differences reviewed and reciprocal feedback provided to Genomics England 01/11/2023. Further round of comparison and discordance resolution undertaken 4/12/2024.","status":"public","version":"1.47","version_created":"2026-04-06T10:50:25.990411+10:00","relevant_disorders":["Abnormality of the genital system","HP:0000078"],"stats":{"number_of_genes":141,"number_of_strs":1,"number_of_regions":2},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"},{"name":"Genetic Health Queensland","slug":"genetic-health-queensland","description":"Panel used by GHQ."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["GBP","LCEH","LCHAD","MTPA"],"biotype":"protein_coding","hgnc_id":"HGNC:4801","gene_name":"hydroxyacyl-CoA dehydrogenase trifunctional multienzyme complex subunit alpha","omim_gene":["600890"],"alias_name":["gastrin-binding protein","long-chain-3-hydroxyacyl-CoA dehydrogenase","long-chain 2-enoyl-CoA hydratase","mitochondrial trifunctional protein, alpha subunit"],"gene_symbol":"HADHA","hgnc_symbol":"HADHA","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"2:26413504-26467594","ensembl_id":"ENSG00000084754"}},"GRch38":{"90":{"location":"2:26190635-26244726","ensembl_id":"ENSG00000084754"}}},"hgnc_date_symbol_changed":"1994-12-16"},"entity_type":"gene","entity_name":"HADHA","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Green","Victorian Clinical Genetics Services"],"phenotypes":["LCHAD deficiency, MIM# 609016"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":["treatable"],"panel":{"id":103,"hash_id":null,"name":"Fatty Acid Oxidation Defects","disease_group":"Metabolic disorders","disease_sub_group":"","description":"Fatty acid oxidation disorders (FAODs) are inborn errors of metabolism caused by disruption of either mitochondrial β-oxidation or the fatty acid transport using the carnitine transport pathway. The clinical presentation of a FAOD depends on the specific disorder, but commonly includes cardiomyopathy in the newborn period, liver dysfunction and hypoketotic hypoglycaemia during infancy and childhood, and episodic rhabdomyolysis during or after adolescence.\r\n\r\nThis panel was developed and is maintained by VCGS and is a consensus panel used by RMH.\r\n\r\nIt incorporates assessments by the ClinGen Fatty Acid Oxidation Disorders Working Group, McGlaughon et al 2019, PMID: 31399326.","status":"public","version":"1.15","version_created":"2025-11-20T16:48:15.748218+11:00","relevant_disorders":["Abnormal circulating fatty acid concentration","HP:0004359; Rhabdomyolysis","HP:0003201; Hypoglycaemia","HP:0001943"],"stats":{"number_of_genes":33,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["FLJ21404","FSA","KIAA1371","Tweek"],"biotype":"protein_coding","hgnc_id":"HGNC:26953","gene_name":"KIAA1109","omim_gene":["611565"],"alias_name":["fragile site-associated"],"gene_symbol":"KIAA1109","hgnc_symbol":"KIAA1109","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"4:123073488-123283913","ensembl_id":"ENSG00000138688"}},"GRch38":{"90":{"location":"4:122152333-122362758","ensembl_id":"ENSG00000138688"}}},"hgnc_date_symbol_changed":"2004-07-29"},"entity_type":"gene","entity_name":"KIAA1109","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Victorian Clinical Genetics Services","Expert Review Green"],"phenotypes":[],"mode_of_inheritance":"Unknown","tags":[],"panel":{"id":115,"hash_id":null,"name":"Hydrocephalus_Ventriculomegaly","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"This panel was developed and is maintained by VCGS.\r\n\r\nThis panel has been compared against the Genomics England 'Hydrocephalus' panel, with all discrepancies resolved and reciprocal feedback provided to Genomics England, 8/8/2020.","status":"public","version":"0.134","version_created":"2026-01-28T12:49:29.963583+11:00","relevant_disorders":["Hydrocephalus","HP:0000238; 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Megalencephaly","HP:0001355"],"stats":{"number_of_genes":151,"number_of_strs":0,"number_of_regions":3},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["TMC","MGC9042","STT3-A"],"biotype":"protein_coding","hgnc_id":"HGNC:6172","gene_name":"STT3A, catalytic subunit of the oligosaccharyltransferase complex","omim_gene":["601134"],"alias_name":["dolichyl-diphosphooligosaccharide protein glycotransferase"],"gene_symbol":"STT3A","hgnc_symbol":"STT3A","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"11:125461607-125495110","ensembl_id":"ENSG00000134910"}},"GRch38":{"90":{"location":"11:125591712-125625215","ensembl_id":"ENSG00000134910"}}},"hgnc_date_symbol_changed":"2006-02-07"},"entity_type":"gene","entity_name":"STT3A","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["34653363","23842455","30701557","28424003"],"evidence":["Expert Review Green","Victorian Clinical Genetics Services"],"phenotypes":["Congenital disorder of glycosylation, type Iw, AR, OMIM #615596","Congenital disorder of glycosylation, type Iw, autosomal dominant, MIM# 619714"],"mode_of_inheritance":"BOTH monoallelic and biallelic, autosomal or pseudoautosomal","tags":[],"panel":{"id":137,"hash_id":null,"name":"Mendeliome","disease_group":"","disease_sub_group":"","description":"The Mendeliome contains genes currently associated with Mendelian gene disorders.\r\n\r\nThe Mendeliome is intended to be used to facilitate panel-agnostic analysis, particularly in complex paediatric patients with multi-system features, while still limiting analysis to genes with published evidence for gene-disease association and minimising the chance of incidental findings. 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If uncertain, please contact your test provider.\r\n\r\nSTRs are currently on this panel as 'grey' due to lack of clinical accreditation for STR analysis in Australian laboratories.\r\n\r\nThis panel was originally developed by VCGS and is a consensus panel used by RMH.","status":"public","version":"1.4736","version_created":"2026-04-11T11:19:25.397495+10:00","relevant_disorders":[],"stats":{"number_of_genes":6013,"number_of_strs":43,"number_of_regions":7},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["LGMD2K"],"biotype":"protein_coding","hgnc_id":"HGNC:9202","gene_name":"protein O-mannosyltransferase 1","omim_gene":["607423"],"alias_name":["dolichyl-phosphate-mannose-protein mannosyltransferase"],"gene_symbol":"POMT1","hgnc_symbol":"POMT1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"9:134378289-134399193","ensembl_id":"ENSG00000130714"}},"GRch38":{"90":{"location":"9:131502902-131523806","ensembl_id":"ENSG00000130714"}}},"hgnc_date_symbol_changed":"1999-06-25"},"entity_type":"gene","entity_name":"POMT1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Green","Victorian Clinical Genetics Services"],"phenotypes":["Myopathy caused by variation in POMT1 MONDO:0700070"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":137,"hash_id":null,"name":"Mendeliome","disease_group":"","disease_sub_group":"","description":"The Mendeliome contains genes currently associated with Mendelian gene disorders.\r\n\r\nThe Mendeliome is intended to be used to facilitate panel-agnostic analysis, particularly in complex paediatric patients with multi-system features, while still limiting analysis to genes with published evidence for gene-disease association and minimising the chance of incidental findings. 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If uncertain, please contact your test provider.\r\n\r\nSTRs are currently on this panel as 'grey' due to lack of clinical accreditation for STR analysis in Australian laboratories.\r\n\r\nThis panel was originally developed by VCGS and is a consensus panel used by RMH.","status":"public","version":"1.4736","version_created":"2026-04-11T11:19:25.397495+10:00","relevant_disorders":[],"stats":{"number_of_genes":6013,"number_of_strs":43,"number_of_regions":7},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["RL","PRO1598"],"biotype":"protein_coding","hgnc_id":"HGNC:9957","gene_name":"reelin","omim_gene":["600514"],"alias_name":null,"gene_symbol":"RELN","hgnc_symbol":"RELN","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"7:103112231-103629963","ensembl_id":"ENSG00000189056"}},"GRch38":{"90":{"location":"7:103471784-103989516","ensembl_id":"ENSG00000189056"}}},"hgnc_date_symbol_changed":"1997-07-22"},"entity_type":"gene","entity_name":"RELN","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["32001840","35769015"],"evidence":["Expert Review Green","Victorian Clinical Genetics Services"],"phenotypes":["Lissencephaly 2 (Norman-Roberts type), MIM# 257320","{Epilepsy, familial temporal lobe, 7}, MIM#\t616436","ankylosing spondylitis"],"mode_of_inheritance":"BOTH monoallelic and biallelic, autosomal or pseudoautosomal","tags":[],"panel":{"id":137,"hash_id":null,"name":"Mendeliome","disease_group":"","disease_sub_group":"","description":"The Mendeliome contains genes currently associated with Mendelian gene disorders.\r\n\r\nThe Mendeliome is intended to be used to facilitate panel-agnostic analysis, particularly in complex paediatric patients with multi-system features, while still limiting analysis to genes with published evidence for gene-disease association and minimising the chance of incidental findings. It therefore excludes genes listed in the Incidentalome, such as those associated with some cardiac disorders, cancer predisposition syndromes, and neurodegenerative diseases. If analysis of these genes is required, the relevant disease-specific panel (e.g. Adult Additional Findings, Neurodegenerative Disease_Adult Onset, Regression, Breast Cancer) should be requested.\r\n\r\nPlease note that mitochondrially-encoded genes may only be analysed as part of some genomic tests, e.g. WGS with appropriate accreditation in place. If uncertain, please contact your test provider.\r\n\r\nSTRs are currently on this panel as 'grey' due to lack of clinical accreditation for STR analysis in Australian laboratories.\r\n\r\nThis panel was originally developed by VCGS and is a consensus panel used by RMH.","status":"public","version":"1.4736","version_created":"2026-04-11T11:19:25.397495+10:00","relevant_disorders":[],"stats":{"number_of_genes":6013,"number_of_strs":43,"number_of_regions":7},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["GCC185","KIAA0336"],"biotype":"protein_coding","hgnc_id":"HGNC:23218","gene_name":"GRIP and coiled-coil domain containing 2","omim_gene":["612711"],"alias_name":null,"gene_symbol":"GCC2","hgnc_symbol":"GCC2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"2:109065017-109125871","ensembl_id":"ENSG00000135968"}},"GRch38":{"90":{"location":"2:108448561-108509415","ensembl_id":"ENSG00000135968"}}},"hgnc_date_symbol_changed":"2003-10-17"},"entity_type":"gene","entity_name":"GCC2","confidence_level":"2","penetrance":null,"mode_of_pathogenicity":null,"publications":["39813120"],"evidence":["Expert Review Amber","Literature"],"phenotypes":["Inborn error of immunity, MONDO:0003778, GCC2-related"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":137,"hash_id":null,"name":"Mendeliome","disease_group":"","disease_sub_group":"","description":"The Mendeliome contains genes currently associated with Mendelian gene disorders.\r\n\r\nThe Mendeliome is intended to be used to facilitate panel-agnostic analysis, particularly in complex paediatric patients with multi-system features, while still limiting analysis to genes with published evidence for gene-disease association and minimising the chance of incidental findings. It therefore excludes genes listed in the Incidentalome, such as those associated with some cardiac disorders, cancer predisposition syndromes, and neurodegenerative diseases. If analysis of these genes is required, the relevant disease-specific panel (e.g. Adult Additional Findings, Neurodegenerative Disease_Adult Onset, Regression, Breast Cancer) should be requested.\r\n\r\nPlease note that mitochondrially-encoded genes may only be analysed as part of some genomic tests, e.g. WGS with appropriate accreditation in place. If uncertain, please contact your test provider.\r\n\r\nSTRs are currently on this panel as 'grey' due to lack of clinical accreditation for STR analysis in Australian laboratories.\r\n\r\nThis panel was originally developed by VCGS and is a consensus panel used by RMH.","status":"public","version":"1.4736","version_created":"2026-04-11T11:19:25.397495+10:00","relevant_disorders":[],"stats":{"number_of_genes":6013,"number_of_strs":43,"number_of_regions":7},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["HCCA3","MDS003","MGC15092","CLAST3","HsT1707","PAC2"],"biotype":"protein_coding","hgnc_id":"HGNC:24929","gene_name":"proteasome assembly chaperone 2","omim_gene":["609702"],"alias_name":["hepatocellular carcinoma susceptibility protein","CD40 ligand-activated specific transcript 3"],"gene_symbol":"PSMG2","hgnc_symbol":"PSMG2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"18:12658737-12725739","ensembl_id":"ENSG00000128789"}},"GRch38":{"90":{"location":"18:12658043-12725740","ensembl_id":"ENSG00000128789"}}},"hgnc_date_symbol_changed":"2007-10-23"},"entity_type":"gene","entity_name":"PSMG2","confidence_level":"1","penetrance":null,"mode_of_pathogenicity":null,"publications":["30664889"],"evidence":["Expert Review Red","Expert list"],"phenotypes":["Proteasome-associated autoinflammatory syndrome 4, MIM#\t619183","CANDLE syndrome","Chronic atypical neutrophilic dermatitis with lipodystrophy"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":137,"hash_id":null,"name":"Mendeliome","disease_group":"","disease_sub_group":"","description":"The Mendeliome contains genes currently associated with Mendelian gene disorders.\r\n\r\nThe Mendeliome is intended to be used to facilitate panel-agnostic analysis, particularly in complex paediatric patients with multi-system features, while still limiting analysis to genes with published evidence for gene-disease association and minimising the chance of incidental findings. It therefore excludes genes listed in the Incidentalome, such as those associated with some cardiac disorders, cancer predisposition syndromes, and neurodegenerative diseases. If analysis of these genes is required, the relevant disease-specific panel (e.g. Adult Additional Findings, Neurodegenerative Disease_Adult Onset, Regression, Breast Cancer) should be requested.\r\n\r\nPlease note that mitochondrially-encoded genes may only be analysed as part of some genomic tests, e.g. WGS with appropriate accreditation in place. If uncertain, please contact your test provider.\r\n\r\nSTRs are currently on this panel as 'grey' due to lack of clinical accreditation for STR analysis in Australian laboratories.\r\n\r\nThis panel was originally developed by VCGS and is a consensus panel used by RMH.","status":"public","version":"1.4736","version_created":"2026-04-11T11:19:25.397495+10:00","relevant_disorders":[],"stats":{"number_of_genes":6013,"number_of_strs":43,"number_of_regions":7},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["RNF69"],"biotype":"protein_coding","hgnc_id":"HGNC:8851","gene_name":"peroxisomal biogenesis factor 10","omim_gene":["602859"],"alias_name":null,"gene_symbol":"PEX10","hgnc_symbol":"PEX10","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"1:2336236-2345236","ensembl_id":"ENSG00000157911"}},"GRch38":{"90":{"location":"1:2403964-2413797","ensembl_id":"ENSG00000157911"}}},"hgnc_date_symbol_changed":"1998-08-05"},"entity_type":"gene","entity_name":"PEX10","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Victorian Clinical Genetics Services","Expert Review Green"],"phenotypes":[],"mode_of_inheritance":"Unknown","tags":[],"panel":{"id":155,"hash_id":null,"name":"Peroxisomal Disorders","disease_group":"Metabolic disorders","disease_sub_group":"","description":"This panel was developed and is maintained by VCGS.","status":"public","version":"0.61","version_created":"2025-12-31T14:23:29.190009+11:00","relevant_disorders":["Peroxisomal disease","MONDO:0019053"],"stats":{"number_of_genes":32,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["NMB","HGFIN"],"biotype":"protein_coding","hgnc_id":"HGNC:4462","gene_name":"glycoprotein nmb","omim_gene":["604368"],"alias_name":["transmembrane glycoprotein","glycoprotein NMB","glycoprotein nmb-like protein","osteoactivin","hematopoietic growth factor inducible neurokinin-1","glycoprotein nonmetastatic melanoma protein B"],"gene_symbol":"GPNMB","hgnc_symbol":"GPNMB","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"7:23275586-23314727","ensembl_id":"ENSG00000136235"}},"GRch38":{"90":{"location":"7:23235967-23275108","ensembl_id":"ENSG00000136235"}}},"hgnc_date_symbol_changed":"1999-10-26"},"entity_type":"gene","entity_name":"GPNMB","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["29336782"],"evidence":["Expert Review Green","Other","Victorian Clinical Genetics Services"],"phenotypes":["amyloidosis, primary localized cutaneous, 3 MONDO:0054765"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":191,"hash_id":null,"name":"Amyloidosis","disease_group":"","disease_sub_group":"","description":"This panel contains genes that cause amyloidosis, characterised by a buildup of abnormal amyloid deposits in the heart, brain, kidneys, spleen and other parts of the body.\r\n\r\nThe panel was originally named \"Renal Amyloidosis\" and was developed by the KidGen Collaborative. It is also a consensus panel used by VCGS and RMH.","status":"public","version":"1.1","version_created":"2025-07-04T20:21:06.835536+10:00","relevant_disorders":["Renal amyloidosis","HP:0001917; Amyloidosis","HP:0011034"],"stats":{"number_of_genes":11,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"KidGen","slug":"kidgen","description":"Panel used by the KidGen Collaborative."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["SDR38C1"],"biotype":"protein_coding","hgnc_id":"HGNC:11257","gene_name":"sepiapterin reductase","omim_gene":["182125"],"alias_name":["short chain dehydrogenase/reductase family 38C, member 1","Sepiapterin reductase (L-erythro-7,8-dihydrobiopterin forming)"],"gene_symbol":"SPR","hgnc_symbol":"SPR","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"2:73114489-73119287","ensembl_id":"ENSG00000116096"}},"GRch38":{"90":{"location":"2:72887360-72892158","ensembl_id":"ENSG00000116096"}}},"hgnc_date_symbol_changed":"1991-12-05"},"entity_type":"gene","entity_name":"SPR","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["22522443","16650784","21431957","28189489"],"evidence":["Expert Review Green","Victorian Clinical Genetics Services","Australian Genomics Health Alliance Epilepsy Flagship","Victorian Clinical Genetics Services"],"phenotypes":["Dystonia, dopa-responsive, due to sepiapterin reductase deficiency, MIM# 612716"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":202,"hash_id":null,"name":"Genetic Epilepsy","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"The panel contains genes causing isolated genetic epilepsy as well as genes causing complex disorders where epilepsy is a prominent and/or common feature. 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It is a consensus panel for the Gene-STEPs study (International Precision Child Health Partnership).\r\n\r\nThis panel has been compared with the Genomics England Genetic Epilepsy panel and all discrepancies have been resolved, with reciprocal reviews provided to Genomics England, Feb 2020.","status":"public","version":"1.408","version_created":"2026-04-02T11:46:13.244668+11:00","relevant_disorders":["Seizure","HP:0001250; Epileptic encephalopathy","HP:0200134; EEG abnormality","HP:0002353"],"stats":{"number_of_genes":1154,"number_of_strs":9,"number_of_regions":13},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["HS5O6A","DKFZP586A1024","FM08"],"biotype":"protein_coding","hgnc_id":"HGNC:1310","gene_name":"transmembrane protein 184B","omim_gene":null,"alias_name":null,"gene_symbol":"TMEM184B","hgnc_symbol":"TMEM184B","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"22:38615298-38669040","ensembl_id":"ENSG00000198792"}},"GRch38":{"90":{"location":"22:38219291-38273034","ensembl_id":"ENSG00000198792"}}},"hgnc_date_symbol_changed":"2007-07-11"},"entity_type":"gene","entity_name":"TMEM184B","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["39006436"],"evidence":["Expert Review Green","Literature"],"phenotypes":["Neurodevelopmental disorder (MONDO:0700092), TMEM184B-related"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, imprinted status unknown","tags":[],"panel":{"id":202,"hash_id":null,"name":"Genetic Epilepsy","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"The panel contains genes causing isolated genetic epilepsy as well as genes causing complex disorders where epilepsy is a prominent and/or common feature. 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It is a consensus panel for the Gene-STEPs study (International Precision Child Health Partnership).\r\n\r\nThis panel has been compared with the Genomics England Genetic Epilepsy panel and all discrepancies have been resolved, with reciprocal reviews provided to Genomics England, Feb 2020.","status":"public","version":"1.408","version_created":"2026-04-02T11:46:13.244668+11:00","relevant_disorders":["Seizure","HP:0001250; Epileptic encephalopathy","HP:0200134; EEG abnormality","HP:0002353"],"stats":{"number_of_genes":1154,"number_of_strs":9,"number_of_regions":13},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["DRP1","DVLP","HDYNIV","DYMPLE","VPS1"],"biotype":"protein_coding","hgnc_id":"HGNC:2973","gene_name":"dynamin 1 like","omim_gene":["603850"],"alias_name":null,"gene_symbol":"DNM1L","hgnc_symbol":"DNM1L","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"12:32832134-32898486","ensembl_id":"ENSG00000087470"}},"GRch38":{"90":{"location":"12:32679200-32745650","ensembl_id":"ENSG00000087470"}}},"hgnc_date_symbol_changed":"2000-04-12"},"entity_type":"gene","entity_name":"DNM1L","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"Other","publications":["31587467, 27145208, 26604000, 27301544, 26931468, 33718295, 30109270, 26825290, 27328748"],"evidence":["Literature","ClinGen","Expert Review Green"],"phenotypes":["Encephalopathy, lethal, due to defective mitochondrial peroxisomal fission 1, MONDO:0013726"],"mode_of_inheritance":"BOTH monoallelic and biallelic, autosomal or pseudoautosomal","tags":[],"panel":{"id":202,"hash_id":null,"name":"Genetic Epilepsy","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"The panel contains genes causing isolated genetic epilepsy as well as genes causing complex disorders where epilepsy is a prominent and/or common feature. 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It is a consensus panel for the Gene-STEPs study (International Precision Child Health Partnership).\r\n\r\nThis panel has been compared with the Genomics England Genetic Epilepsy panel and all discrepancies have been resolved, with reciprocal reviews provided to Genomics England, Feb 2020.","status":"public","version":"1.408","version_created":"2026-04-02T11:46:13.244668+11:00","relevant_disorders":["Seizure","HP:0001250; Epileptic encephalopathy","HP:0200134; EEG abnormality","HP:0002353"],"stats":{"number_of_genes":1154,"number_of_strs":9,"number_of_regions":13},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["XPCT","MCT8","MCT7"],"biotype":"protein_coding","hgnc_id":"HGNC:10923","gene_name":"solute carrier family 16 member 2","omim_gene":["300095"],"alias_name":null,"gene_symbol":"SLC16A2","hgnc_symbol":"SLC16A2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"X:73641085-73753752","ensembl_id":"ENSG00000147100"}},"GRch38":{"90":{"location":"X:74421461-74533917","ensembl_id":"ENSG00000147100"}}},"hgnc_date_symbol_changed":"1994-04-22"},"entity_type":"gene","entity_name":"SLC16A2","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["15980113","31410843","20301789"],"evidence":["Expert Review Green","Victorian Clinical Genetics Services","Australian Genomics Health Alliance Epilepsy Flagship"],"phenotypes":["Allan-Herndon-Dudley syndrome, MIM# 300523"],"mode_of_inheritance":"X-LINKED: hemizygous mutation in males, biallelic mutations in females","tags":[],"panel":{"id":202,"hash_id":null,"name":"Genetic Epilepsy","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"The panel contains genes causing isolated genetic epilepsy as well as genes causing complex disorders where epilepsy is a prominent and/or common feature. However, if clinical features suggestive of a metabolic or other multi-system disorder are present, we recommend also applying the other clinically relevant panels (e.g. mitochondrial) for completeness.\r\n\r\nThis panel was used by the Australian Genomics Epilepsy Flagship and is a consensus panel used and maintained by VCGS and RMH. It is a consensus panel for the Gene-STEPs study (International Precision Child Health Partnership).\r\n\r\nThis panel has been compared with the Genomics England Genetic Epilepsy panel and all discrepancies have been resolved, with reciprocal reviews provided to Genomics England, Feb 2020.","status":"public","version":"1.408","version_created":"2026-04-02T11:46:13.244668+11:00","relevant_disorders":["Seizure","HP:0001250; Epileptic encephalopathy","HP:0200134; EEG abnormality","HP:0002353"],"stats":{"number_of_genes":1154,"number_of_strs":9,"number_of_regions":13},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["TIM22"],"biotype":"protein_coding","hgnc_id":"HGNC:17317","gene_name":"translocase of inner mitochondrial membrane 22","omim_gene":["607251"],"alias_name":null,"gene_symbol":"TIMM22","hgnc_symbol":"TIMM22","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"17:900357-906911","ensembl_id":"ENSG00000177370"}},"GRch38":{"90":{"location":"17:997117-1003671","ensembl_id":"ENSG00000177370"}}},"hgnc_date_symbol_changed":"2002-01-15"},"entity_type":"gene","entity_name":"TIMM22","confidence_level":"2","penetrance":null,"mode_of_pathogenicity":null,"publications":["30452684"],"evidence":["Expert Review Amber","Expert Review Amber","NHS GMS","NHS GMS"],"phenotypes":["Mitochondrial disease, MONDO:0044970, TIMM22-related"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":203,"hash_id":null,"name":"Mitochondrial disease","disease_group":"Metabolic disorders","disease_sub_group":"","description":"This panel was developed by the Australian Genomics Mitochondrial Disease Flagship and was further refined by merging the panels used by VCGS and RMH.\r\n\r\nThis panel contains: (1) disorders of oxidative phosphorylation (OXPHOS) subunits and their assembly factors, (2) defects of mitochondrial DNA, RNA and protein synthesis, (3) defects in the substrate-generating upstream reactions of OXPHOS, (4) defects in relevant cofactors and (5) defects in mitochondrial homeostasis (Mayr et al, 2015, PMID:25778941) as well as (6) a small number of other conditions that can mimic mitochondrial disorders.\r\n\r\nPlease note the panel contains mitochondrially encoded genes. These may only be sequenced and analysed using particular assays such as mitochondrial genome sequencing or whole genome sequencing. Please check with the testing laboratory whether these genes are included in analysis.\r\n\r\nThis panel has been compared against the Genomics England PanelApp Mitochondrial Disorders panel, and all discrepant gene classifications have been resolved with reciprocal feedback provided to Genomics England 23/03/2020.\r\n\r\nUpdated following literature review 17/12/2025.","status":"public","version":"1.16","version_created":"2026-03-13T18:22:35.610861+11:00","relevant_disorders":["Increased serum lactate","HP:0002151; Abnormality of mitochondrial metabolism","HP:0003287"],"stats":{"number_of_genes":438,"number_of_strs":1,"number_of_regions":1},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["KIAA0083"],"biotype":"protein_coding","hgnc_id":"HGNC:2939","gene_name":"DNA replication helicase/nuclease 2","omim_gene":["601810"],"alias_name":null,"gene_symbol":"DNA2","hgnc_symbol":"DNA2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"10:70173821-70231879","ensembl_id":"ENSG00000138346"}},"GRch38":{"90":{"location":"10:68414064-68472121","ensembl_id":"ENSG00000138346"}}},"hgnc_date_symbol_changed":"2008-01-08"},"entity_type":"gene","entity_name":"DNA2","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["24389050","31045292","23352259","25635128","28554558"],"evidence":["Expert Review Green","Expert list"],"phenotypes":["Seckel syndrome 8, MIM#615807","Progressive external ophthalmoplegia with mitochondrial DNA deletions, autosomal dominant 6 MIM#615156"],"mode_of_inheritance":"BOTH monoallelic and biallelic, autosomal or pseudoautosomal","tags":[],"panel":{"id":203,"hash_id":null,"name":"Mitochondrial disease","disease_group":"Metabolic disorders","disease_sub_group":"","description":"This panel was developed by the Australian Genomics Mitochondrial Disease Flagship and was further refined by merging the panels used by VCGS and RMH.\r\n\r\nThis panel contains: (1) disorders of oxidative phosphorylation (OXPHOS) subunits and their assembly factors, (2) defects of mitochondrial DNA, RNA and protein synthesis, (3) defects in the substrate-generating upstream reactions of OXPHOS, (4) defects in relevant cofactors and (5) defects in mitochondrial homeostasis (Mayr et al, 2015, PMID:25778941) as well as (6) a small number of other conditions that can mimic mitochondrial disorders.\r\n\r\nPlease note the panel contains mitochondrially encoded genes. These may only be sequenced and analysed using particular assays such as mitochondrial genome sequencing or whole genome sequencing. Please check with the testing laboratory whether these genes are included in analysis.\r\n\r\nThis panel has been compared against the Genomics England PanelApp Mitochondrial Disorders panel, and all discrepant gene classifications have been resolved with reciprocal feedback provided to Genomics England 23/03/2020.\r\n\r\nUpdated following literature review 17/12/2025.","status":"public","version":"1.16","version_created":"2026-03-13T18:22:35.610861+11:00","relevant_disorders":["Increased serum lactate","HP:0002151; Abnormality of mitochondrial metabolism","HP:0003287"],"stats":{"number_of_genes":438,"number_of_strs":1,"number_of_regions":1},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["LYRM8"],"biotype":"protein_coding","hgnc_id":"HGNC:33867","gene_name":"succinate dehydrogenase complex assembly factor 1","omim_gene":["612848"],"alias_name":["LYR motif containing 8"],"gene_symbol":"SDHAF1","hgnc_symbol":"SDHAF1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"19:36486090-36487220","ensembl_id":"ENSG00000205138"}},"GRch38":{"90":{"location":"19:35995199-35996315","ensembl_id":"ENSG00000205138"}}},"hgnc_date_symbol_changed":"2009-05-27"},"entity_type":"gene","entity_name":"SDHAF1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["19465911","26749241","22995659"],"evidence":["Expert Review Green","Victorian Clinical Genetics Services","Australian Genomics Health Alliance Mitochondrial Flagship"],"phenotypes":["Mitochondrial complex II deficiency, nuclear type 2, MIM# 619166"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":203,"hash_id":null,"name":"Mitochondrial disease","disease_group":"Metabolic disorders","disease_sub_group":"","description":"This panel was developed by the Australian Genomics Mitochondrial Disease Flagship and was further refined by merging the panels used by VCGS and RMH.\r\n\r\nThis panel contains: (1) disorders of oxidative phosphorylation (OXPHOS) subunits and their assembly factors, (2) defects of mitochondrial DNA, RNA and protein synthesis, (3) defects in the substrate-generating upstream reactions of OXPHOS, (4) defects in relevant cofactors and (5) defects in mitochondrial homeostasis (Mayr et al, 2015, PMID:25778941) as well as (6) a small number of other conditions that can mimic mitochondrial disorders.\r\n\r\nPlease note the panel contains mitochondrially encoded genes. These may only be sequenced and analysed using particular assays such as mitochondrial genome sequencing or whole genome sequencing. Please check with the testing laboratory whether these genes are included in analysis.\r\n\r\nThis panel has been compared against the Genomics England PanelApp Mitochondrial Disorders panel, and all discrepant gene classifications have been resolved with reciprocal feedback provided to Genomics England 23/03/2020.\r\n\r\nUpdated following literature review 17/12/2025.","status":"public","version":"1.16","version_created":"2026-03-13T18:22:35.610861+11:00","relevant_disorders":["Increased serum lactate","HP:0002151; Abnormality of mitochondrial metabolism","HP:0003287"],"stats":{"number_of_genes":438,"number_of_strs":1,"number_of_regions":1},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:33551","gene_name":"NADH:ubiquinone oxidoreductase complex assembly factor 8","omim_gene":null,"alias_name":null,"gene_symbol":"NDUFAF8","hgnc_symbol":"NDUFAF8","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"17:79213039-79215081","ensembl_id":"ENSG00000224877"}},"GRch38":{"90":{"location":"17:81239239-81241281","ensembl_id":"ENSG00000224877"}}},"hgnc_date_symbol_changed":"2016-08-02"},"entity_type":"gene","entity_name":"NDUFAF8","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["31866046"],"evidence":["Expert Review Green","Literature"],"phenotypes":["Leigh syndrome"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":203,"hash_id":null,"name":"Mitochondrial disease","disease_group":"Metabolic disorders","disease_sub_group":"","description":"This panel was developed by the Australian Genomics Mitochondrial Disease Flagship and was further refined by merging the panels used by VCGS and RMH.\r\n\r\nThis panel contains: (1) disorders of oxidative phosphorylation (OXPHOS) subunits and their assembly factors, (2) defects of mitochondrial DNA, RNA and protein synthesis, (3) defects in the substrate-generating upstream reactions of OXPHOS, (4) defects in relevant cofactors and (5) defects in mitochondrial homeostasis (Mayr et al, 2015, PMID:25778941) as well as (6) a small number of other conditions that can mimic mitochondrial disorders.\r\n\r\nPlease note the panel contains mitochondrially encoded genes. These may only be sequenced and analysed using particular assays such as mitochondrial genome sequencing or whole genome sequencing. Please check with the testing laboratory whether these genes are included in analysis.\r\n\r\nThis panel has been compared against the Genomics England PanelApp Mitochondrial Disorders panel, and all discrepant gene classifications have been resolved with reciprocal feedback provided to Genomics England 23/03/2020.\r\n\r\nUpdated following literature review 17/12/2025.","status":"public","version":"1.16","version_created":"2026-03-13T18:22:35.610861+11:00","relevant_disorders":["Increased serum lactate","HP:0002151; Abnormality of mitochondrial metabolism","HP:0003287"],"stats":{"number_of_genes":438,"number_of_strs":1,"number_of_regions":1},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["CEMCOX2"],"biotype":"protein_coding","hgnc_id":"HGNC:2263","gene_name":"COX15, cytochrome c oxidase assembly homolog","omim_gene":["603646"],"alias_name":null,"gene_symbol":"COX15","hgnc_symbol":"COX15","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"10:101471601-101491857","ensembl_id":"ENSG00000014919"}},"GRch38":{"90":{"location":"10:99711844-99732100","ensembl_id":"ENSG00000014919"}}},"hgnc_date_symbol_changed":"1998-07-03"},"entity_type":"gene","entity_name":"COX15","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["33746038","32232962","26959537","21412973","12474143","15235026"],"evidence":["Expert Review Green","Victorian Clinical Genetics Services"],"phenotypes":["Mitochondrial complex IV deficiency, nuclear type 6, MIM# 615119"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":206,"hash_id":null,"name":"Regression","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"This panel was developed and is maintained by VCGS.","status":"public","version":"0.611","version_created":"2026-04-07T13:48:08.700916+10:00","relevant_disorders":["Developmental regression","HP:0002376"],"stats":{"number_of_genes":442,"number_of_strs":3,"number_of_regions":1},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["trnY"],"biotype":"Mt_tRNA","hgnc_id":"HGNC:7502","gene_name":"mitochondrially encoded tRNA tyrosine","omim_gene":["590100"],"alias_name":null,"gene_symbol":"MT-TY","hgnc_symbol":"MT-TY","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"MT:5826-5891","ensembl_id":"ENSG00000210144"}},"GRch38":{"90":{"location":"MT:5826-5891","ensembl_id":"ENSG00000210144"}}},"hgnc_date_symbol_changed":"2005-02-16"},"entity_type":"gene","entity_name":"MT-TY","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["11071502","11756614","11594340","33279411","30643656","32684384","32485333","33279411"],"evidence":["Expert Review Green","Expert list","Expert list"],"phenotypes":["Mitochondrial disease (MONDO:0044970), MT-TY-related"],"mode_of_inheritance":"MITOCHONDRIAL","tags":["mtDNA"],"panel":{"id":209,"hash_id":null,"name":"Deafness_IsolatedAndComplex","disease_group":"Hearing and ear disorders","disease_sub_group":"","description":"This panel contains genes associated with:\r\n1) Isolated deafness\r\n2) Syndromic deafness \r\n3) Auditory neuropathy spectrum \r\n\r\nAuditory neuropathy spectrum presents with absent or markedly abnormal auditory nerve function measures, such as auditory brainstem response (ABR), and normal measures of sensory hair cell function, such as otoacoustic emissions and cochlear microphonics. \r\n\r\nThis panel was originally designed for the Melbourne Genomics Congenital Deafness Flagship. With special thanks to Rachel Burt and Lilian Downie. The panel incorporates the ClinGen Hearing Loss gene-validity assessments with thanks to Lilian Downie, and the Royal Melbourne Hospital Hearing Loss panel with thanks to Bryony Thompson. \r\n\r\nIt has been compared with the Genomics England PanelApp 'Monogenic hearing loss' V5.47, with all discrepancies reviewed and resolved (November 2025).","status":"public","version":"1.361","version_created":"2026-04-11T11:20:22.713350+10:00","relevant_disorders":["Hearing impairment","HP:0000365"],"stats":{"number_of_genes":348,"number_of_strs":1,"number_of_regions":2},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Melbourne Genomics","slug":"melbourne-genomics","description":"Panel used by a Melbourne Genomics project."},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:12010","gene_name":"tropomyosin 1","omim_gene":["191010"],"alias_name":null,"gene_symbol":"TPM1","hgnc_symbol":"TPM1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"15:63334831-63364114","ensembl_id":"ENSG00000140416"}},"GRch38":{"90":{"location":"15:63042632-63071915","ensembl_id":"ENSG00000140416"}}},"hgnc_date_symbol_changed":"1991-07-18"},"entity_type":"gene","entity_name":"TPM1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Green","Melbourne Genomics Health Alliance"],"phenotypes":["Cardiomyopathy, dilated, 1Y, MIM# 611878","Cardiomyopathy, hypertrophic, 3, MIM# 115196","Left ventricular noncompaction 9, MIM# 611878"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":221,"hash_id":null,"name":"Additional findings_Adult","disease_group":"Screening","disease_sub_group":"","description":"This panel was originally developed for the Melbourne Genomics Additional findings flagship.\r\n\r\nThe framework used considered clinical actionability and public screening principles, for full publication see Martyn M et al 2019, PMID: 30776170. The genes included are associated with conditions that are adult-onset, clinically-actionable, have a known management pathway which is publicly funded in Victoria, and have a population frequency of gene variants greater than 1/100,000.\r\n\r\nThis has been updated with the 2023 ACMG V3.2 Secondary Findings list, PMID: 37347242.\r\n\r\nV1.0 was used for the Australian Genomics Acute Care additional findings study.\r\n\r\nThe panel has been updated with ClinGen Adult Actionability assertions.","status":"public","version":"2.0","version_created":"2026-03-16T10:56:03.168206+11:00","relevant_disorders":[],"stats":{"number_of_genes":136,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Melbourne Genomics","slug":"melbourne-genomics","description":"Panel used by a Melbourne Genomics project."},{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:29357","gene_name":"additional sex combs like 3, transcriptional regulator","omim_gene":["615115"],"alias_name":null,"gene_symbol":"ASXL3","hgnc_symbol":"ASXL3","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"18:31158579-31331156","ensembl_id":"ENSG00000141431"}},"GRch38":{"90":{"location":"18:33578577-33751192","ensembl_id":"ENSG00000141431"}}},"hgnc_date_symbol_changed":"2007-02-01"},"entity_type":"gene","entity_name":"ASXL3","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["28100473","27901041","23383720"],"evidence":["Expert Review Green","Genetic Health Queensland"],"phenotypes":["Bainbridge-Ropers syndrome (OMIM # 615485)"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":250,"hash_id":null,"name":"Intellectual disability syndromic and non-syndromic","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"This panel was created by merging the ID panels used by Genetic Health Queensland and by the Victorian Clinical Genetics Services. 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The panel was developed by RMH and is a consensus panel used by VCGS.","status":"public","version":"0.394","version_created":"2026-04-07T13:49:15.516142+10:00","relevant_disorders":["Leukodystrophy","HP:0002415; Abnormal cerebral white matter morphology","HP:0002500; Abnormal CNS myelination","HP:0011400"],"stats":{"number_of_genes":262,"number_of_strs":3,"number_of_regions":1},"types":[{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["EIF2Bdelta","EIF-2B","DKFZP586J0119","EIF2B"],"biotype":"protein_coding","hgnc_id":"HGNC:3260","gene_name":"eukaryotic translation initiation factor 2B subunit delta","omim_gene":["606687"],"alias_name":null,"gene_symbol":"EIF2B4","hgnc_symbol":"EIF2B4","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"2:27587219-27593353","ensembl_id":"ENSG00000115211"}},"GRch38":{"90":{"location":"2:27364352-27370486","ensembl_id":"ENSG00000115211"}}},"hgnc_date_symbol_changed":"1998-10-16"},"entity_type":"gene","entity_name":"EIF2B4","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":[],"evidence":["Expert Review Green","Expert list"],"phenotypes":["Leukoencephalopathy with vanishing white matter, MIM#\t603896"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":298,"hash_id":null,"name":"Leukodystrophy","disease_group":"Neurology and neurodevelopmental disorders","disease_sub_group":"","description":"This panel contains genes that cause white matter disorders (including leukoencephalopathies) of paediatric, adolescent, and adult onset. The panel was developed by RMH and is a consensus panel used by VCGS.","status":"public","version":"0.394","version_created":"2026-04-07T13:49:15.516142+10:00","relevant_disorders":["Leukodystrophy","HP:0002415; Abnormal cerebral white matter morphology","HP:0002500; Abnormal CNS myelination","HP:0011400"],"stats":{"number_of_genes":262,"number_of_strs":3,"number_of_regions":1},"types":[{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["CAP102"],"biotype":"protein_coding","hgnc_id":"HGNC:2509","gene_name":"catenin alpha 1","omim_gene":["116805"],"alias_name":["alpha-E-catenin"],"gene_symbol":"CTNNA1","hgnc_symbol":"CTNNA1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"5:137946656-138270723","ensembl_id":"ENSG00000044115"}},"GRch38":{"90":{"location":"5:138610967-138935034","ensembl_id":"ENSG00000044115"}}},"hgnc_date_symbol_changed":"1993-07-13"},"entity_type":"gene","entity_name":"CTNNA1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Royal Melbourne Hospital","Expert Review Green"],"phenotypes":["Macular dystrophy, butterfly-shaped pigmentary, 2, MIM#608970"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, imprinted status unknown","tags":[],"panel":{"id":303,"hash_id":null,"name":"Macular Dystrophy/Stargardt Disease","disease_group":"Ophthalmological disorders","disease_sub_group":"","description":"This panel contains genes that cause macular dystrophy and Stargardt disease. 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4","Cardiofaciocutaneous Syndrome","Cardio-Facio-Cutaneous syndrome","Cardiofaciocutaneous syndrome 4","syndromic HCM","CFC syndrome"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":3270,"hash_id":null,"name":"Cardiomyopathy_Paediatric","disease_group":"Cardiovascular disorders","disease_sub_group":"","description":"With thanks to Genomics England PanelApp for the original design of this panel.\r\n\r\nThis panel contains genes associated with childhood-onset cardiomyopathy, including as part of syndromic and metabolic conditions. It is maintained by VCGS.","status":"public","version":"0.229","version_created":"2026-03-31T18:53:53.165018+11:00","relevant_disorders":["Cardiomyopathy","HP:0001638;Abnormality of the myocardium","HP:0001637"],"stats":{"number_of_genes":252,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["bA59I9.3"],"biotype":"protein_coding","hgnc_id":"HGNC:23041","gene_name":"decaprenyl diphosphate synthase subunit 2","omim_gene":["610564"],"alias_name":null,"gene_symbol":"PDSS2","hgnc_symbol":"PDSS2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"6:107473761-107780768","ensembl_id":"ENSG00000164494"}},"GRch38":{"90":{"location":"6:107152557-107459564","ensembl_id":"ENSG00000164494"}}},"hgnc_date_symbol_changed":"2006-02-14"},"entity_type":"gene","entity_name":"PDSS2","confidence_level":"1","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Red","BabySeq Category C gene"],"phenotypes":["Leigh syndrome with nephropathy and COQ10 deficiency"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3302,"hash_id":null,"name":"Additional findings_Paediatric","disease_group":"Screening","disease_sub_group":"","description":"This panel is for use by the Acute Care Genomics flagship, Additional Findings sub-study.\r\n\r\nIt is based on the newborn screening list devised by the BabySeq project (PMID: 28079900):\r\nCategory A genes have been annotated Green: high penetrance childhood onset disorders, definitive evidence for gene-disease association\r\nCategory B genes have been annotated Amber: moderate penetrance/evidence, but actionable in childhood\r\nCategory C genes have been annotated Red: limited gene-disease association. These genes are not analysed.\r\n\r\nThe panel also incorporates the Paediatric Additional Findings Treatable and Untreatable panels developed by Melbourne Genomic Health Alliance for the BabyBeyond project (PMID: 31974413), and the panel used by the NC Nexus study (PMID:30851990).","status":"public","version":"0.280","version_created":"2026-01-16T11:59:53.863455+11:00","relevant_disorders":[],"stats":{"number_of_genes":1425,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["FPP","PFM","KIAA1788"],"biotype":"protein_coding","hgnc_id":"HGNC:450","gene_name":"ALX homeobox 4","omim_gene":["605420"],"alias_name":null,"gene_symbol":"ALX4","hgnc_symbol":"ALX4","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"11:44281994-44331716","ensembl_id":"ENSG00000052850"}},"GRch38":{"90":{"location":"11:44260444-44310166","ensembl_id":"ENSG00000052850"}}},"hgnc_date_symbol_changed":"2000-06-15"},"entity_type":"gene","entity_name":"ALX4","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["BabySeq Category A gene","Expert Review Green"],"phenotypes":["Parietal foramina 2"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":3302,"hash_id":null,"name":"Additional findings_Paediatric","disease_group":"Screening","disease_sub_group":"","description":"This panel is for use by the Acute Care Genomics flagship, Additional Findings sub-study.\r\n\r\nIt is based on the newborn screening list devised by the BabySeq project (PMID: 28079900):\r\nCategory A genes have been annotated Green: high penetrance childhood onset disorders, definitive evidence for gene-disease association\r\nCategory B genes have been annotated Amber: moderate penetrance/evidence, but actionable in childhood\r\nCategory C genes have been annotated Red: limited gene-disease association. These genes are not analysed.\r\n\r\nThe panel also incorporates the Paediatric Additional Findings Treatable and Untreatable panels developed by Melbourne Genomic Health Alliance for the BabyBeyond project (PMID: 31974413), and the panel used by the NC Nexus study (PMID:30851990).","status":"public","version":"0.280","version_created":"2026-01-16T11:59:53.863455+11:00","relevant_disorders":[],"stats":{"number_of_genes":1425,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:746","gene_name":"argininosuccinate lyase","omim_gene":["608310"],"alias_name":null,"gene_symbol":"ASL","hgnc_symbol":"ASL","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"7:65540785-65558545","ensembl_id":"ENSG00000126522"}},"GRch38":{"90":{"location":"7:66075798-66093558","ensembl_id":"ENSG00000126522"}}},"hgnc_date_symbol_changed":"2001-06-22"},"entity_type":"gene","entity_name":"ASL","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["BabySeq Category A gene","Expert Review Green"],"phenotypes":["Argininosuccinic aciduria"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3302,"hash_id":null,"name":"Additional findings_Paediatric","disease_group":"Screening","disease_sub_group":"","description":"This panel is for use by the Acute Care Genomics flagship, Additional Findings sub-study.\r\n\r\nIt is based on the newborn screening list devised by the BabySeq project (PMID: 28079900):\r\nCategory A genes have been annotated Green: high penetrance childhood onset disorders, definitive evidence for gene-disease association\r\nCategory B genes have been annotated Amber: moderate penetrance/evidence, but actionable in childhood\r\nCategory C genes have been annotated Red: limited gene-disease association. These genes are not analysed.\r\n\r\nThe panel also incorporates the Paediatric Additional Findings Treatable and Untreatable panels developed by Melbourne Genomic Health Alliance for the BabyBeyond project (PMID: 31974413), and the panel used by the NC Nexus study (PMID:30851990).","status":"public","version":"0.280","version_created":"2026-01-16T11:59:53.863455+11:00","relevant_disorders":[],"stats":{"number_of_genes":1425,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["AP2-B"],"biotype":"protein_coding","hgnc_id":"HGNC:11743","gene_name":"transcription factor AP-2 beta","omim_gene":["601601"],"alias_name":null,"gene_symbol":"TFAP2B","hgnc_symbol":"TFAP2B","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"6:50786436-50815326","ensembl_id":"ENSG00000008196"}},"GRch38":{"90":{"location":"6:50818723-50847613","ensembl_id":"ENSG00000008196"}}},"hgnc_date_symbol_changed":"1995-12-18"},"entity_type":"gene","entity_name":"TFAP2B","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["BabySeq Category A gene","Expert Review Green"],"phenotypes":["Char syndrome"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":3302,"hash_id":null,"name":"Additional findings_Paediatric","disease_group":"Screening","disease_sub_group":"","description":"This panel is for use by the Acute Care Genomics flagship, Additional Findings sub-study.\r\n\r\nIt is based on the newborn screening list devised by the BabySeq project (PMID: 28079900):\r\nCategory A genes have been annotated Green: high penetrance childhood onset disorders, definitive evidence for gene-disease association\r\nCategory B genes have been annotated Amber: moderate penetrance/evidence, but actionable in childhood\r\nCategory C genes have been annotated Red: limited gene-disease association. These genes are not analysed.\r\n\r\nThe panel also incorporates the Paediatric Additional Findings Treatable and Untreatable panels developed by Melbourne Genomic Health Alliance for the BabyBeyond project (PMID: 31974413), and the panel used by the NC Nexus study (PMID:30851990).","status":"public","version":"0.280","version_created":"2026-01-16T11:59:53.863455+11:00","relevant_disorders":[],"stats":{"number_of_genes":1425,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["CSX1","NKX2.5","NKX4-1"],"biotype":"protein_coding","hgnc_id":"HGNC:2488","gene_name":"NK2 homeobox 5","omim_gene":["600584"],"alias_name":["tinman paralog (Drosophila)"],"gene_symbol":"NKX2-5","hgnc_symbol":"NKX2-5","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"5:172659112-172662360","ensembl_id":"ENSG00000183072"}},"GRch38":{"90":{"location":"5:173232109-173235357","ensembl_id":"ENSG00000183072"}}},"hgnc_date_symbol_changed":"2002-10-04"},"entity_type":"gene","entity_name":"NKX2-5","confidence_level":"2","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Amber","BabySeq Category B gene"],"phenotypes":["Congenital heart disease"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":3302,"hash_id":null,"name":"Additional findings_Paediatric","disease_group":"Screening","disease_sub_group":"","description":"This panel is for use by the Acute Care Genomics flagship, Additional Findings sub-study.\r\n\r\nIt is based on the newborn screening list devised by the BabySeq project (PMID: 28079900):\r\nCategory A genes have been annotated Green: high penetrance childhood onset disorders, definitive evidence for gene-disease association\r\nCategory B genes have been annotated Amber: moderate penetrance/evidence, but actionable in childhood\r\nCategory C genes have been annotated Red: limited gene-disease association. These genes are not analysed.\r\n\r\nThe panel also incorporates the Paediatric Additional Findings Treatable and Untreatable panels developed by Melbourne Genomic Health Alliance for the BabyBeyond project (PMID: 31974413), and the panel used by the NC Nexus study (PMID:30851990).","status":"public","version":"0.280","version_created":"2026-01-16T11:59:53.863455+11:00","relevant_disorders":[],"stats":{"number_of_genes":1425,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Australian Genomics","slug":"australian-genomics","description":"Panel used by Australian Genomics project."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["RYR","PPP1R137"],"biotype":"protein_coding","hgnc_id":"HGNC:10483","gene_name":"ryanodine receptor 1","omim_gene":["180901"],"alias_name":["protein phosphatase 1, regulatory subunit 137"],"gene_symbol":"RYR1","hgnc_symbol":"RYR1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"19:38924339-39078204","ensembl_id":"ENSG00000196218"}},"GRch38":{"90":{"location":"19:38433699-38587564","ensembl_id":"ENSG00000196218"}}},"hgnc_date_symbol_changed":"1989-12-01"},"entity_type":"gene","entity_name":"RYR1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":[],"evidence":["Expert Review Green","Literature"],"phenotypes":["Minicore myopathy with external ophthalmoplegia 255320"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3379,"hash_id":null,"name":"Congenital ophthalmoplegia","disease_group":"Ophthalmological disorders","disease_sub_group":"","description":"This panel contains genes associated with congenital ophthalmoplegia including those associated with congenital fibrosis of the extra-ocular muscles (CFEOM), Duane anomaly, Moebius syndrome, and gaze palsies.\r\n\r\nIn addition, it includes genes associated with conditions where ophthalmoplegia can occur in infancy/early childhood as a common/prominent feature of a more complex syndromic, metabolic or neuromuscular condition.","status":"public","version":"1.14","version_created":"2025-12-14T20:52:23.588623+11:00","relevant_disorders":["Abnormality of eye movement","HP:0000496"],"stats":{"number_of_genes":55,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:10257","gene_name":"receptor tyrosine kinase like orphan receptor 2","omim_gene":["602337"],"alias_name":null,"gene_symbol":"ROR2","hgnc_symbol":"ROR2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"9:94325373-94712444","ensembl_id":"ENSG00000169071"}},"GRch38":{"90":{"location":"9:91563091-91950162","ensembl_id":"ENSG00000169071"}}},"hgnc_date_symbol_changed":"2000-02-29"},"entity_type":"gene","entity_name":"ROR2","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["10932186","10932187","10986040","19461659"],"evidence":["Expert Review Green","Genomics England PanelApp"],"phenotypes":["Robinow syndrome, autosomal recessive MIM# 268310","hypertelorism","short stature","mesomelic shortening of the limbs","hypoplastic genitalia","rib/vertebral anomalies","abnormal morphogenesis of the face"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3631,"hash_id":null,"name":"Growth failure","disease_group":"","disease_sub_group":"","description":"This panel contains genes associated with growth failure in infancy/early childhood, either isolated or as part of another disorder.\r\n\r\nConsider applying this panel in individuals with:\r\n -Height Standard Deviation Score (SDS) <-3 (very significant short stature - well below the 0.4th centile)\r\nAND at least one of:\r\n- History of small for gestational age (birth weight and/or length <-2SDS)\r\n- Body disproportion, e.g. discrepancy between stature and head size\r\n- Dysmorphic features and congenital anomalies\r\n- Abnormalities in the GH-IGF axis (evidence of GH insensitivity or deficiency) and/or other pituitary hormonal deficiencies\r\n- Family history of significant short stature (1st and 2nd degree relatives) and/or consanguinity\r\n\r\nPrior to genomic testing consider:\r\n-Chromosomal microarray analysis (e.g. Turner syndrome)\r\n-Methylation analysis for Russell-Silver syndrome and Temple syndrome\r\n-Skeletal survey\r\n\r\nAcquired causes of short stature are relatively common.\r\n\r\nDepending on the specific clinical features present, consider applying the Skeletal dysplasia, Intellectual Disability, and/or Pituitary Hormone deficiency panels.\r\n\r\nWith thanks to Genomics England for the original design of this panel.","status":"public","version":"1.102","version_created":"2026-04-01T10:17:12.005431+11:00","relevant_disorders":["Failure to thrive","HP:0001508; Growth delay","HP:0001510"],"stats":{"number_of_genes":204,"number_of_strs":0,"number_of_regions":4},"types":[{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Genetic Health Queensland","slug":"genetic-health-queensland","description":"Panel used by GHQ."},{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["KIAA0696","Fbw1b","BTRCP2","BTRC2","Hos","Fbw11"],"biotype":"protein_coding","hgnc_id":"HGNC:13607","gene_name":"F-box and WD repeat domain containing 11","omim_gene":["605651"],"alias_name":null,"gene_symbol":"FBXW11","hgnc_symbol":"FBXW11","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"5:171288553-171433877","ensembl_id":"ENSG00000072803"}},"GRch38":{"90":{"location":"5:171861549-172006873","ensembl_id":"ENSG00000072803"}}},"hgnc_date_symbol_changed":"2004-06-16"},"entity_type":"gene","entity_name":"FBXW11","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":[],"evidence":["Expert Review Green","Expert Review"],"phenotypes":["Neurodevelopmental, eye, jaw, and digital syndrome (NDEJD), MIM#618914"],"mode_of_inheritance":"MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted","tags":[],"panel":{"id":3763,"hash_id":null,"name":"Fetal anomalies","disease_group":"","disease_sub_group":"","description":"The Fetal Anomalies panel is intended to be used in the prenatal setting where multidisciplinary review (e.g. clinical geneticist, maternal-fetal medicine specialist, genetic pathologist, clinical scientist, paediatric subspecialist) considers a monogenic disorder is likely based on the presenting clinical features. It can also be used to direct analysis as part of fetal molecular autopsy.\r\n\r\nCommon example clinical indications include:\r\n• Multiple structural anomalies\r\n• Suspected skeletal dysplasias (IUGR of placental origin should be excluded)\r\n• Large echogenic kidneys (in the absence of ureter or bladder outlet obstruction)\r\n• Major CNS abnormalities (excluding neural tube defects)\r\n• Multiple contractures (excluding isolated bilateral talipes)\r\n• Nuchal translucency of greater than 6.5mm plus another anomaly (that can include a minor finding)\r\n• Isolated non-immune fetal hydrops (detected at or after the routine 18-20-week scan in the second or third trimesters), defined as fluid/oedema in at least two compartments (e.g. skin, pleural, pericardial or ascites).\r\n\r\nChromosomal microarray is strongly recommended prior to genomic testing.\r\n\r\nMore targeted panels such as Hydrops, Ventriculomegaly, Arhthrogryposis are also available.\r\n\r\nThis panel is based on a targeted virtual gene panel for developmental disorders developed by the PAGE (Prenatal Assessment of Genomes and Exomes) group, Lord et al 2019, and subsequent refinement by Genomics England/NHS Genomic Medicine Service. It incorporates panels used in the Melbourne Genomics Perinatal Molecular Autopsy study.","status":"public","version":"1.558","version_created":"2026-04-07T13:44:14.990434+10:00","relevant_disorders":[],"stats":{"number_of_genes":2207,"number_of_strs":3,"number_of_regions":6},"types":[{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["DA9"],"biotype":"protein_coding","hgnc_id":"HGNC:3604","gene_name":"fibrillin 2","omim_gene":["612570"],"alias_name":["fibrillin 5"],"gene_symbol":"FBN2","hgnc_symbol":"FBN2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"5:127593601-127994878","ensembl_id":"ENSG00000138829"}},"GRch38":{"90":{"location":"5:128257909-128659185","ensembl_id":"ENSG00000138829"}}},"hgnc_date_symbol_changed":"1991-08-21"},"entity_type":"gene","entity_name":"FBN2","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["25558065","7493032","28383543","33571691"],"evidence":["Expert Review Green","Genomics England PanelApp","Victorian Clinical Genetics Services"],"phenotypes":["Contractural arachnodactyly, congenital OMIM:121050","congenital contractural arachnodactyly MONDO:0007363"],"mode_of_inheritance":"BOTH monoallelic and biallelic (but BIALLELIC mutations cause a more SEVERE disease form), autosomal or pseudoautosomal","tags":[],"panel":{"id":3763,"hash_id":null,"name":"Fetal anomalies","disease_group":"","disease_sub_group":"","description":"The Fetal Anomalies panel is intended to be used in the prenatal setting where multidisciplinary review (e.g. clinical geneticist, maternal-fetal medicine specialist, genetic pathologist, clinical scientist, paediatric subspecialist) considers a monogenic disorder is likely based on the presenting clinical features. It can also be used to direct analysis as part of fetal molecular autopsy.\r\n\r\nCommon example clinical indications include:\r\n• Multiple structural anomalies\r\n• Suspected skeletal dysplasias (IUGR of placental origin should be excluded)\r\n• Large echogenic kidneys (in the absence of ureter or bladder outlet obstruction)\r\n• Major CNS abnormalities (excluding neural tube defects)\r\n• Multiple contractures (excluding isolated bilateral talipes)\r\n• Nuchal translucency of greater than 6.5mm plus another anomaly (that can include a minor finding)\r\n• Isolated non-immune fetal hydrops (detected at or after the routine 18-20-week scan in the second or third trimesters), defined as fluid/oedema in at least two compartments (e.g. skin, pleural, pericardial or ascites).\r\n\r\nChromosomal microarray is strongly recommended prior to genomic testing.\r\n\r\nMore targeted panels such as Hydrops, Ventriculomegaly, Arhthrogryposis are also available.\r\n\r\nThis panel is based on a targeted virtual gene panel for developmental disorders developed by the PAGE (Prenatal Assessment of Genomes and Exomes) group, Lord et al 2019, and subsequent refinement by Genomics England/NHS Genomic Medicine Service. It incorporates panels used in the Melbourne Genomics Perinatal Molecular Autopsy study.","status":"public","version":"1.558","version_created":"2026-04-07T13:44:14.990434+10:00","relevant_disorders":[],"stats":{"number_of_genes":2207,"number_of_strs":3,"number_of_regions":6},"types":[{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["SLA/LP","SLA"],"biotype":"protein_coding","hgnc_id":"HGNC:30605","gene_name":"Sep (O-phosphoserine) tRNA:Sec (selenocysteine) tRNA synthase","omim_gene":["613009"],"alias_name":["soluble liver antigen/liver pancreas antigen"],"gene_symbol":"SEPSECS","hgnc_symbol":"SEPSECS","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"4:25121627-25162204","ensembl_id":"ENSG00000109618"}},"GRch38":{"90":{"location":"4:25120014-25160442","ensembl_id":"ENSG00000109618"}}},"hgnc_date_symbol_changed":"2007-05-01"},"entity_type":"gene","entity_name":"SEPSECS","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["26805434","26888482","29464431","12920088","25044680"],"evidence":["Expert Review Green","Genomics England PanelApp","Genetic Health Queensland"],"phenotypes":["Pontocerebellar hypoplasia type 2D, MIM#613811"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3763,"hash_id":null,"name":"Fetal anomalies","disease_group":"","disease_sub_group":"","description":"The Fetal Anomalies panel is intended to be used in the prenatal setting where multidisciplinary review (e.g. clinical geneticist, maternal-fetal medicine specialist, genetic pathologist, clinical scientist, paediatric subspecialist) considers a monogenic disorder is likely based on the presenting clinical features. It can also be used to direct analysis as part of fetal molecular autopsy.\r\n\r\nCommon example clinical indications include:\r\n• Multiple structural anomalies\r\n• Suspected skeletal dysplasias (IUGR of placental origin should be excluded)\r\n• Large echogenic kidneys (in the absence of ureter or bladder outlet obstruction)\r\n• Major CNS abnormalities (excluding neural tube defects)\r\n• Multiple contractures (excluding isolated bilateral talipes)\r\n• Nuchal translucency of greater than 6.5mm plus another anomaly (that can include a minor finding)\r\n• Isolated non-immune fetal hydrops (detected at or after the routine 18-20-week scan in the second or third trimesters), defined as fluid/oedema in at least two compartments (e.g. skin, pleural, pericardial or ascites).\r\n\r\nChromosomal microarray is strongly recommended prior to genomic testing.\r\n\r\nMore targeted panels such as Hydrops, Ventriculomegaly, Arhthrogryposis are also available.\r\n\r\nThis panel is based on a targeted virtual gene panel for developmental disorders developed by the PAGE (Prenatal Assessment of Genomes and Exomes) group, Lord et al 2019, and subsequent refinement by Genomics England/NHS Genomic Medicine Service. It incorporates panels used in the Melbourne Genomics Perinatal Molecular Autopsy study.","status":"public","version":"1.558","version_created":"2026-04-07T13:44:14.990434+10:00","relevant_disorders":[],"stats":{"number_of_genes":2207,"number_of_strs":3,"number_of_regions":6},"types":[{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["CD42b","GPIbalpha"],"biotype":"protein_coding","hgnc_id":"HGNC:4439","gene_name":"glycoprotein Ib platelet alpha subunit","omim_gene":["606672"],"alias_name":["platelet glycoprotein Ib alpha chain"],"gene_symbol":"GP1BA","hgnc_symbol":"GP1BA","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"17:4835592-4838325","ensembl_id":"ENSG00000185245"}},"GRch38":{"90":{"location":"17:4932297-4935030","ensembl_id":"ENSG00000185245"}}},"hgnc_date_symbol_changed":"1990-09-10"},"entity_type":"gene","entity_name":"GP1BA","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Green","IBMDx Study","Expert Review Green","Victorian Clinical Genetics Services"],"phenotypes":["Bernard-Soulier syndrome (BSS)"],"mode_of_inheritance":"Unknown","tags":[],"panel":{"id":3829,"hash_id":null,"name":"IBMDx study","disease_group":"","disease_sub_group":"","description":"The inherited bone marrow diseases (IBMD) are a diverse group of diseases featuring single or multi-lineage cytopaenias and numerous potential associated manifestations including multi-organ syndromic features, a predisposition to haematological malignancy and/or a bleeding phenotype.\r\n\r\nThis panel is appropriate to be used for the following phenotypes of IBMD :\r\n-\tFanconi anaemia (excluding BRCA1, BRCA2,  BRIP1 due to their more common association with familial breast cancer risk than FA) \r\n-\tDiamond-Blackfan anaemia\r\n-\tDyskeratosis congenita / telomere biology disorders\r\n-\tShwachman-Diamond syndrome\r\n-\tSevere congenital neutropenia\r\n-\tThrombocytopenia-absent radius syndrome\r\n-\tCongenital amegakaryocytic thrombocytopenia\r\n-\tAdenosine deaminase deficiency\r\n-\tGATA2 deficiency syndrome\r\n-\tSAMD9 / SAMD9L related disorders \r\n-\tCongenital dyserythropoietic anaemia\r\n-\tCongenital sideroblastic anaemia\r\n-\tBernard-Soulier syndrome\r\n\r\nThis panel is being used in the IBMDx study (NCT05196789) – “Diagnosis, discovery and novel phenotype characterisation using multimodal genomics in patients with inherited bone marrow failure and related disorders”\r\n\r\nSome heritable diseases associated with cytopaenias and/or bleeding (for example thalassaemia/haemoglobinopathies and haemophilia) are not assessed with this panel.","status":"public","version":"0.42","version_created":"2026-03-19T18:45:41.236506+11:00","relevant_disorders":[],"stats":{"number_of_genes":101,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."},{"name":"Research","slug":"research","description":"Research panels"}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["BAP","ULG5"],"biotype":"protein_coding","hgnc_id":"HGNC:24624","gene_name":"SIL1 nucleotide exchange factor","omim_gene":["608005"],"alias_name":null,"gene_symbol":"SIL1","hgnc_symbol":"SIL1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"5:138282409-138629246","ensembl_id":"ENSG00000120725"}},"GRch38":{"90":{"location":"5:138946720-139293557","ensembl_id":"ENSG00000120725"}}},"hgnc_date_symbol_changed":"2005-09-01"},"entity_type":"gene","entity_name":"SIL1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["24176978","16282977","20301371","16282978"],"evidence":["Expert Review Green","Mackenzie's Mission"],"phenotypes":["Marinesco-Sjogren syndrome MIM#248800"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3861,"hash_id":null,"name":"Prepair 1000+","disease_group":"Screening","disease_sub_group":"","description":"This panel was originally developed as part of the Australian Reproductive Genetic Carrier Screening Research Project, also known as Mackenzie’s Mission (Kirk et al 2020; PMID: 32678339).\r\n\r\nIt has been further revised by Victorian Clinical Genetics Services based on research findings and experience of the clinical and laboratory teams. Genes included are associated with conditions that have an onset in childhood, are able to be screened using existing technology, have a severe impact on the affected individual, and have limited and/or burdensome treatment.\r\n\r\nGenes associated with treatable conditions are only included if the conditions are not covered by newborn screening in Australia.\r\n\r\nPlease note only Green genes are analysed and reported.","status":"public","version":"2.16","version_created":"2026-04-02T17:30:09.498472+11:00","relevant_disorders":[],"stats":{"number_of_genes":1389,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["DXS8237E","KIAA0122","GPATC9","ZRANB5","GPATCH9"],"biotype":"protein_coding","hgnc_id":"HGNC:9896","gene_name":"RNA binding motif protein 10","omim_gene":["300080"],"alias_name":null,"gene_symbol":"RBM10","hgnc_symbol":"RBM10","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"X:47004268-47046212","ensembl_id":"ENSG00000182872"}},"GRch38":{"90":{"location":"X:47144869-47186813","ensembl_id":"ENSG00000182872"}}},"hgnc_date_symbol_changed":"2000-02-21"},"entity_type":"gene","entity_name":"RBM10","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["20451169","24259342","30450804","30189253","33340101"],"evidence":["Expert Review Green","Mackenzie's Mission"],"phenotypes":["TARP syndrome, 311900 (3)"],"mode_of_inheritance":"X-LINKED: hemizygous mutation in males, biallelic mutations in females","tags":[],"panel":{"id":3861,"hash_id":null,"name":"Prepair 1000+","disease_group":"Screening","disease_sub_group":"","description":"This panel was originally developed as part of the Australian Reproductive Genetic Carrier Screening Research Project, also known as Mackenzie’s Mission (Kirk et al 2020; PMID: 32678339).\r\n\r\nIt has been further revised by Victorian Clinical Genetics Services based on research findings and experience of the clinical and laboratory teams. Genes included are associated with conditions that have an onset in childhood, are able to be screened using existing technology, have a severe impact on the affected individual, and have limited and/or burdensome treatment.\r\n\r\nGenes associated with treatable conditions are only included if the conditions are not covered by newborn screening in Australia.\r\n\r\nPlease note only Green genes are analysed and reported.","status":"public","version":"2.16","version_created":"2026-04-02T17:30:09.498472+11:00","relevant_disorders":[],"stats":{"number_of_genes":1389,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["FLJ23403","FLJ23144","HsT748","HsT771","FLJ34907"],"biotype":"protein_coding","hgnc_id":"HGNC:26270","gene_name":"piezo type mechanosensitive ion channel component 2","omim_gene":["613629"],"alias_name":null,"gene_symbol":"PIEZO2","hgnc_symbol":"PIEZO2","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"18:10666480-11148587","ensembl_id":"ENSG00000154864"}},"GRch38":{"90":{"location":"18:10666483-11148762","ensembl_id":"ENSG00000154864"}}},"hgnc_date_symbol_changed":"2011-08-31"},"entity_type":"gene","entity_name":"PIEZO2","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["27653382","27843126","27912047","27974811"],"evidence":["Expert Review Green","Mackenzie's Mission"],"phenotypes":["Arthrogryposis, distal, with impaired proprioception and touch, MIM#617146"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3861,"hash_id":null,"name":"Prepair 1000+","disease_group":"Screening","disease_sub_group":"","description":"This panel was originally developed as part of the Australian Reproductive Genetic Carrier Screening Research Project, also known as Mackenzie’s Mission (Kirk et al 2020; PMID: 32678339).\r\n\r\nIt has been further revised by Victorian Clinical Genetics Services based on research findings and experience of the clinical and laboratory teams. Genes included are associated with conditions that have an onset in childhood, are able to be screened using existing technology, have a severe impact on the affected individual, and have limited and/or burdensome treatment.\r\n\r\nGenes associated with treatable conditions are only included if the conditions are not covered by newborn screening in Australia.\r\n\r\nPlease note only Green genes are analysed and reported.","status":"public","version":"2.16","version_created":"2026-04-02T17:30:09.498472+11:00","relevant_disorders":[],"stats":{"number_of_genes":1389,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["FLJ39501"],"biotype":"protein_coding","hgnc_id":"HGNC:26820","gene_name":"cytochrome P450 family 4 subfamily F member 22","omim_gene":["611495"],"alias_name":null,"gene_symbol":"CYP4F22","hgnc_symbol":"CYP4F22","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"19:15619304-15663128","ensembl_id":"ENSG00000171954"}},"GRch38":{"90":{"location":"19:15508493-15552317","ensembl_id":"ENSG00000171954"}}},"hgnc_date_symbol_changed":"2007-05-18"},"entity_type":"gene","entity_name":"CYP4F22","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Green","Mackenzie's Mission"],"phenotypes":["Ichthyosis, congenital, autosomal recessive 5, MIM#604777"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":3861,"hash_id":null,"name":"Prepair 1000+","disease_group":"Screening","disease_sub_group":"","description":"This panel was originally developed as part of the Australian Reproductive Genetic Carrier Screening Research Project, also known as Mackenzie’s Mission (Kirk et al 2020; PMID: 32678339).\r\n\r\nIt has been further revised by Victorian Clinical Genetics Services based on research findings and experience of the clinical and laboratory teams. Genes included are associated with conditions that have an onset in childhood, are able to be screened using existing technology, have a severe impact on the affected individual, and have limited and/or burdensome treatment.\r\n\r\nGenes associated with treatable conditions are only included if the conditions are not covered by newborn screening in Australia.\r\n\r\nPlease note only Green genes are analysed and reported.","status":"public","version":"2.16","version_created":"2026-04-02T17:30:09.498472+11:00","relevant_disorders":[],"stats":{"number_of_genes":1389,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:869","gene_name":"ATPase copper transporting alpha","omim_gene":["300011"],"alias_name":["copper pump 1","copper-transporting ATPase 1"],"gene_symbol":"ATP7A","hgnc_symbol":"ATP7A","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"X:77166194-77305892","ensembl_id":"ENSG00000165240"}},"GRch38":{"90":{"location":"X:77910656-78050395","ensembl_id":"ENSG00000165240"}}},"hgnc_date_symbol_changed":"1986-01-01"},"entity_type":"gene","entity_name":"ATP7A","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["20170900","33137485","31969342","31558336","7842019","8981948"],"evidence":["Expert Review Green","Mackenzie's Mission"],"phenotypes":["Menkes disease(MIM#309400)","Occipital horn syndrome(MIM#304150)"],"mode_of_inheritance":"X-LINKED: hemizygous mutation in males, biallelic mutations in females","tags":[],"panel":{"id":3861,"hash_id":null,"name":"Prepair 1000+","disease_group":"Screening","disease_sub_group":"","description":"This panel was originally developed as part of the Australian Reproductive Genetic Carrier Screening Research Project, also known as Mackenzie’s Mission (Kirk et al 2020; PMID: 32678339).\r\n\r\nIt has been further revised by Victorian Clinical Genetics Services based on research findings and experience of the clinical and laboratory teams. Genes included are associated with conditions that have an onset in childhood, are able to be screened using existing technology, have a severe impact on the affected individual, and have limited and/or burdensome treatment.\r\n\r\nGenes associated with treatable conditions are only included if the conditions are not covered by newborn screening in Australia.\r\n\r\nPlease note only Green genes are analysed and reported.","status":"public","version":"2.16","version_created":"2026-04-02T17:30:09.498472+11:00","relevant_disorders":[],"stats":{"number_of_genes":1389,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["RMRPR","RRP2","NME1"],"biotype":null,"hgnc_id":"HGNC:10031","gene_name":"RNA component of mitochondrial RNA processing endoribonuclease","omim_gene":["157660"],"alias_name":null,"gene_symbol":"RMRP","hgnc_symbol":"RMRP","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"9:35657748-35658015","ensembl_id":"ENSG00000269900"}},"GRch38":{"90":{"location":"9:35657751-35658018","ensembl_id":"ENSG00000269900"}}},"hgnc_date_symbol_changed":"1989-06-30"},"entity_type":"gene","entity_name":"RMRP","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Green","BabySeq Category A gene"],"phenotypes":["Cartilage-hair hypoplasia MIM#250250"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":["for review","treatable","immunological","non-coding gene"],"panel":{"id":3931,"hash_id":null,"name":"Genomic newborn screening: BabyScreen+","disease_group":"Screening","disease_sub_group":"","description":"This panel has been curated for use by the BabyScreen+ newborn screening project.\r\n\r\nCriteria used in condition selection:\r\n-Analytical validity:the variant spectrum is currently reliably detectable by accredited WGS pipelines.\r\n-Clinical validity: the gene-disease relationship is well established (generally corresponding to Strong/Definitive by ClinGen criteria)\r\n-Disease onset: exclusively or predominantly in childhood (<5 years)\r\n-Disease severity: causing significant morbidity or mortality\r\n-Diseases with an effective treatment available that alters the natural history of disease (e.g. medication, dietary supplement, enzyme replacement therapy, transplantation, gene therapy)\r\n\r\nDesirable: non-genetic confirmatory testing available\r\n\r\nSources used in the development of this panel: gene lists developed by BabySeq, NC-Nexus, BeginNGS, BabyBeyond, Acute Care Additional Paediatric Findings, Guardian, Generation Study; additional resources rx-genes (PMID 33350578), TreatableID app (PMID 33845862), ClinGen Pediatric Actionability consensus assertions (definitive, strong and moderate; December 2022).\r\n\r\nVersion 1.0 of the panel was used in the BabyScreen+ study (PMID 38275146, 41068466)","status":"public","version":"1.148","version_created":"2026-03-31T15:17:11.094244+11:00","relevant_disorders":[],"stats":{"number_of_genes":1723,"number_of_strs":0,"number_of_regions":0},"types":[],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["XLP","MTCP1","DSHP","XLPD","EBVS","SAP"],"biotype":"protein_coding","hgnc_id":"HGNC:10820","gene_name":"SH2 domain containing 1A","omim_gene":["300490"],"alias_name":["Duncan's disease"],"gene_symbol":"SH2D1A","hgnc_symbol":"SH2D1A","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"X:123480194-123507005","ensembl_id":"ENSG00000183918"}},"GRch38":{"90":{"location":"X:124227868-124373197","ensembl_id":"ENSG00000183918"}}},"hgnc_date_symbol_changed":"1989-06-30"},"entity_type":"gene","entity_name":"SH2D1A","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["20301580"],"evidence":["Expert Review Green","BabySeq Category A gene","BeginNGS"],"phenotypes":["Lymphoproliferative syndrome, X-linked, 1, MIM# 308240"],"mode_of_inheritance":"X-LINKED: hemizygous mutation in males, biallelic mutations in females","tags":["treatable","immunological"],"panel":{"id":3931,"hash_id":null,"name":"Genomic newborn screening: BabyScreen+","disease_group":"Screening","disease_sub_group":"","description":"This panel has been curated for use by the BabyScreen+ newborn screening project.\r\n\r\nCriteria used in condition selection:\r\n-Analytical validity:the variant spectrum is currently reliably detectable by accredited WGS pipelines.\r\n-Clinical validity: the gene-disease relationship is well established (generally corresponding to Strong/Definitive by ClinGen criteria)\r\n-Disease onset: exclusively or predominantly in childhood (<5 years)\r\n-Disease severity: causing significant morbidity or mortality\r\n-Diseases with an effective treatment available that alters the natural history of disease (e.g. medication, dietary supplement, enzyme replacement therapy, transplantation, gene therapy)\r\n\r\nDesirable: non-genetic confirmatory testing available\r\n\r\nSources used in the development of this panel: gene lists developed by BabySeq, NC-Nexus, BeginNGS, BabyBeyond, Acute Care Additional Paediatric Findings, Guardian, Generation Study; additional resources rx-genes (PMID 33350578), TreatableID app (PMID 33845862), ClinGen Pediatric Actionability consensus assertions (definitive, strong and moderate; December 2022).\r\n\r\nVersion 1.0 of the panel was used in the BabyScreen+ study (PMID 38275146, 41068466)","status":"public","version":"1.148","version_created":"2026-03-31T15:17:11.094244+11:00","relevant_disorders":[],"stats":{"number_of_genes":1723,"number_of_strs":0,"number_of_regions":0},"types":[],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["XPCC","RAD4"],"biotype":"protein_coding","hgnc_id":"HGNC:12816","gene_name":"XPC complex subunit, DNA damage recognition and repair factor","omim_gene":["613208"],"alias_name":["xeroderma pigmentosum group C protein"],"gene_symbol":"XPC","hgnc_symbol":"XPC","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"3:14186647-14220283","ensembl_id":"ENSG00000154767"}},"GRch38":{"90":{"location":"3:14145147-14178783","ensembl_id":"ENSG00000154767"}}},"hgnc_date_symbol_changed":"1992-10-05"},"entity_type":"gene","entity_name":"XPC","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["26255934"],"evidence":["Expert Review Green","BabySeq Category A gene"],"phenotypes":["Xeroderma pigmentosum, group C MIM#278720"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":["treatable","clinical trial"],"panel":{"id":3931,"hash_id":null,"name":"Genomic newborn screening: BabyScreen+","disease_group":"Screening","disease_sub_group":"","description":"This panel has been curated for use by the BabyScreen+ newborn screening project.\r\n\r\nCriteria used in condition selection:\r\n-Analytical validity:the variant spectrum is currently reliably detectable by accredited WGS pipelines.\r\n-Clinical validity: the gene-disease relationship is well established (generally corresponding to Strong/Definitive by ClinGen criteria)\r\n-Disease onset: exclusively or predominantly in childhood (<5 years)\r\n-Disease severity: causing significant morbidity or mortality\r\n-Diseases with an effective treatment available that alters the natural history of disease (e.g. medication, dietary supplement, enzyme replacement therapy, transplantation, gene therapy)\r\n\r\nDesirable: non-genetic confirmatory testing available\r\n\r\nSources used in the development of this panel: gene lists developed by BabySeq, NC-Nexus, BeginNGS, BabyBeyond, Acute Care Additional Paediatric Findings, Guardian, Generation Study; additional resources rx-genes (PMID 33350578), TreatableID app (PMID 33845862), ClinGen Pediatric Actionability consensus assertions (definitive, strong and moderate; December 2022).\r\n\r\nVersion 1.0 of the panel was used in the BabyScreen+ study (PMID 38275146, 41068466)","status":"public","version":"1.148","version_created":"2026-03-31T15:17:11.094244+11:00","relevant_disorders":[],"stats":{"number_of_genes":1723,"number_of_strs":0,"number_of_regions":0},"types":[],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["hCHT","CHT1"],"biotype":"protein_coding","hgnc_id":"HGNC:14025","gene_name":"solute carrier family 5 member 7","omim_gene":["608761"],"alias_name":null,"gene_symbol":"SLC5A7","hgnc_symbol":"SLC5A7","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"2:108602979-108630450","ensembl_id":"ENSG00000115665"}},"GRch38":{"90":{"location":"2:107986523-108013994","ensembl_id":"ENSG00000115665"}}},"hgnc_date_symbol_changed":"2000-11-27"},"entity_type":"gene","entity_name":"SLC5A7","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["20301347"],"evidence":["Expert Review Green","Literature"],"phenotypes":["Myasthenic syndrome, congenital, 20, presynaptic, MIM# 617143"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":["treatable","neurological"],"panel":{"id":3931,"hash_id":null,"name":"Genomic newborn screening: BabyScreen+","disease_group":"Screening","disease_sub_group":"","description":"This panel has been curated for use by the BabyScreen+ newborn screening project.\r\n\r\nCriteria used in condition selection:\r\n-Analytical validity:the variant spectrum is currently reliably detectable by accredited WGS pipelines.\r\n-Clinical validity: the gene-disease relationship is well established (generally corresponding to Strong/Definitive by ClinGen criteria)\r\n-Disease onset: exclusively or predominantly in childhood (<5 years)\r\n-Disease severity: causing significant morbidity or mortality\r\n-Diseases with an effective treatment available that alters the natural history of disease (e.g. medication, dietary supplement, enzyme replacement therapy, transplantation, gene therapy)\r\n\r\nDesirable: non-genetic confirmatory testing available\r\n\r\nSources used in the development of this panel: gene lists developed by BabySeq, NC-Nexus, BeginNGS, BabyBeyond, Acute Care Additional Paediatric Findings, Guardian, Generation Study; additional resources rx-genes (PMID 33350578), TreatableID app (PMID 33845862), ClinGen Pediatric Actionability consensus assertions (definitive, strong and moderate; December 2022).\r\n\r\nVersion 1.0 of the panel was used in the BabyScreen+ study (PMID 38275146, 41068466)","status":"public","version":"1.148","version_created":"2026-03-31T15:17:11.094244+11:00","relevant_disorders":[],"stats":{"number_of_genes":1723,"number_of_strs":0,"number_of_regions":0},"types":[],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":["EPC-1","PIG35"],"biotype":"protein_coding","hgnc_id":"HGNC:8824","gene_name":"serpin family F member 1","omim_gene":["172860"],"alias_name":["pigment epithelium-derived factor","proliferation-inducing protein 35"],"gene_symbol":"SERPINF1","hgnc_symbol":"SERPINF1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"17:1665253-1680868","ensembl_id":"ENSG00000132386"}},"GRch38":{"90":{"location":"17:1761959-1777574","ensembl_id":"ENSG00000132386"}}},"hgnc_date_symbol_changed":"1993-05-18"},"entity_type":"gene","entity_name":"SERPINF1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["28689307"],"evidence":["Expert Review Green","Expert list"],"phenotypes":["Osteogenesis imperfecta, type VI, MIM# 613982"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":["treatable","skeletal"],"panel":{"id":3931,"hash_id":null,"name":"Genomic newborn screening: BabyScreen+","disease_group":"Screening","disease_sub_group":"","description":"This panel has been curated for use by the BabyScreen+ newborn screening project.\r\n\r\nCriteria used in condition selection:\r\n-Analytical validity:the variant spectrum is currently reliably detectable by accredited WGS pipelines.\r\n-Clinical validity: the gene-disease relationship is well established (generally corresponding to Strong/Definitive by ClinGen criteria)\r\n-Disease onset: exclusively or predominantly in childhood (<5 years)\r\n-Disease severity: causing significant morbidity or mortality\r\n-Diseases with an effective treatment available that alters the natural history of disease (e.g. medication, dietary supplement, enzyme replacement therapy, transplantation, gene therapy)\r\n\r\nDesirable: non-genetic confirmatory testing available\r\n\r\nSources used in the development of this panel: gene lists developed by BabySeq, NC-Nexus, BeginNGS, BabyBeyond, Acute Care Additional Paediatric Findings, Guardian, Generation Study; additional resources rx-genes (PMID 33350578), TreatableID app (PMID 33845862), ClinGen Pediatric Actionability consensus assertions (definitive, strong and moderate; December 2022).\r\n\r\nVersion 1.0 of the panel was used in the BabyScreen+ study (PMID 38275146, 41068466)","status":"public","version":"1.148","version_created":"2026-03-31T15:17:11.094244+11:00","relevant_disorders":[],"stats":{"number_of_genes":1723,"number_of_strs":0,"number_of_regions":0},"types":[],"child_panel_ids":[]},"transcript":[]},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:9456","gene_name":"protein S","omim_gene":["176880"],"alias_name":null,"gene_symbol":"PROS1","hgnc_symbol":"PROS1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"3:93591881-93692910","ensembl_id":"ENSG00000184500"}},"GRch38":{"90":{"location":"3:93873033-93974066","ensembl_id":"ENSG00000184500"}}},"hgnc_date_symbol_changed":"1986-01-01"},"entity_type":"gene","entity_name":"PROS1","confidence_level":"1","penetrance":null,"mode_of_pathogenicity":"","publications":[],"evidence":["Expert Review Red","BabySeq Category A gene"],"phenotypes":["Thrombophilia 5 due to protein S deficiency, autosomal dominant, MIM# 612336","Thrombophilia 5 due to protein S deficiency, autosomal recessive, MIM# 614514"],"mode_of_inheritance":"BOTH monoallelic and biallelic, autosomal or pseudoautosomal","tags":[],"panel":{"id":3931,"hash_id":null,"name":"Genomic newborn screening: BabyScreen+","disease_group":"Screening","disease_sub_group":"","description":"This panel has been curated for use by the BabyScreen+ newborn screening project.\r\n\r\nCriteria used in condition selection:\r\n-Analytical validity:the variant spectrum is currently reliably detectable by accredited WGS pipelines.\r\n-Clinical validity: the gene-disease relationship is well established (generally corresponding to Strong/Definitive by ClinGen criteria)\r\n-Disease onset: exclusively or predominantly in childhood (<5 years)\r\n-Disease severity: causing significant morbidity or mortality\r\n-Diseases with an effective treatment available that alters the natural history of disease (e.g. medication, dietary supplement, enzyme replacement therapy, transplantation, gene therapy)\r\n\r\nDesirable: non-genetic confirmatory testing available\r\n\r\nSources used in the development of this panel: gene lists developed by BabySeq, NC-Nexus, BeginNGS, BabyBeyond, Acute Care Additional Paediatric Findings, Guardian, Generation Study; additional resources rx-genes (PMID 33350578), TreatableID app (PMID 33845862), ClinGen Pediatric Actionability consensus assertions (definitive, strong and moderate; December 2022).\r\n\r\nVersion 1.0 of the panel was used in the BabyScreen+ study (PMID 38275146, 41068466)","status":"public","version":"1.148","version_created":"2026-03-31T15:17:11.094244+11:00","relevant_disorders":[],"stats":{"number_of_genes":1723,"number_of_strs":0,"number_of_regions":0},"types":[],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["p110D"],"biotype":"protein_coding","hgnc_id":"HGNC:8977","gene_name":"phosphatidylinositol-4,5-bisphosphate 3-kinase catalytic subunit delta","omim_gene":["602839"],"alias_name":["phosphatidylinositol 3-kinase, catalytic, delta polypeptide","phosphoinositide-3-kinase C"],"gene_symbol":"PIK3CD","hgnc_symbol":"PIK3CD","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"1:9711790-9789172","ensembl_id":"ENSG00000171608"}},"GRch38":{"90":{"location":"1:9651732-9729114","ensembl_id":"ENSG00000171608"}}},"hgnc_date_symbol_changed":"1997-06-12"},"entity_type":"gene","entity_name":"PIK3CD","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["30911953","31111319","34033842","30040974","30336224","29180244","16984281","24136356","24165795","24610295"],"evidence":["Expert Review Green","Expert list"],"phenotypes":["Immunodeficiency 14B, autosomal recessive, MIM# 619281","Immunodeficiency 14A, autosomal dominant, MIM# 615513"],"mode_of_inheritance":"BOTH monoallelic and biallelic, autosomal or pseudoautosomal","tags":["treatable","immunological"],"panel":{"id":3931,"hash_id":null,"name":"Genomic newborn screening: BabyScreen+","disease_group":"Screening","disease_sub_group":"","description":"This panel has been curated for use by the BabyScreen+ newborn screening project.\r\n\r\nCriteria used in condition selection:\r\n-Analytical validity:the variant spectrum is currently reliably detectable by accredited WGS pipelines.\r\n-Clinical validity: the gene-disease relationship is well established (generally corresponding to Strong/Definitive by ClinGen criteria)\r\n-Disease onset: exclusively or predominantly in childhood (<5 years)\r\n-Disease severity: causing significant morbidity or mortality\r\n-Diseases with an effective treatment available that alters the natural history of disease (e.g. medication, dietary supplement, enzyme replacement therapy, transplantation, gene therapy)\r\n\r\nDesirable: non-genetic confirmatory testing available\r\n\r\nSources used in the development of this panel: gene lists developed by BabySeq, NC-Nexus, BeginNGS, BabyBeyond, Acute Care Additional Paediatric Findings, Guardian, Generation Study; additional resources rx-genes (PMID 33350578), TreatableID app (PMID 33845862), ClinGen Pediatric Actionability consensus assertions (definitive, strong and moderate; December 2022).\r\n\r\nVersion 1.0 of the panel was used in the BabyScreen+ study (PMID 38275146, 41068466)","status":"public","version":"1.148","version_created":"2026-03-31T15:17:11.094244+11:00","relevant_disorders":[],"stats":{"number_of_genes":1723,"number_of_strs":0,"number_of_regions":0},"types":[],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["WIP"],"biotype":"protein_coding","hgnc_id":"HGNC:12736","gene_name":"WAS/WASL interacting protein family member 1","omim_gene":["602357"],"alias_name":null,"gene_symbol":"WIPF1","hgnc_symbol":"WIPF1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"2:175424300-175547644","ensembl_id":"ENSG00000115935"}},"GRch38":{"90":{"location":"2:174559572-174682916","ensembl_id":"ENSG00000115935"}}},"hgnc_date_symbol_changed":"2006-10-12"},"entity_type":"gene","entity_name":"WIPF1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["11869681","14757742","9405671","27742395","22231303"],"evidence":["Expert list","Expert Review Green"],"phenotypes":["Wiskott-Aldrich syndrome 2, MIM# 614493"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":4126,"hash_id":null,"name":"Transplant Co-Morbidity","disease_group":"Screening","disease_sub_group":"","description":"This panel was built for the Melbourne Genomics Health Alliance Transplant Clinical Change Project. It contains genes from the following panels, that may be actionable in the study cohort:\r\n- cardiomyopathy and arrhythmia adult superpanels\r\n- additional findings adult panel, minus STK11, MUTYH, BTD, OTC, GAA, RPE65\r\n- AD nonsyndromic monogenic diabetes genes\r\n- dyslipidaemia\r\n- osteogenesis imperfecta\r\n- bleeding & platelet disorders\r\n- melanoma","status":"public","version":"0.21","version_created":"2026-01-16T12:00:12.269232+11:00","relevant_disorders":[],"stats":{"number_of_genes":278,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"},{"name":"Melbourne Genomics","slug":"melbourne-genomics","description":"Panel used by a Melbourne Genomics project."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["KIAA0609"],"biotype":"protein_coding","hgnc_id":"HGNC:6511","gene_name":"LARGE xylosyl- and glucuronyltransferase 1","omim_gene":["603590"],"alias_name":["like-acetylglucosaminyltransferase"],"gene_symbol":"LARGE1","hgnc_symbol":"LARGE1","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"22:33558212-34318829","ensembl_id":"ENSG00000133424"}},"GRch38":{"90":{"location":"22:33162226-33922841","ensembl_id":"ENSG00000133424"}}},"hgnc_date_symbol_changed":"2016-05-31"},"entity_type":"gene","entity_name":"LARGE1","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["12966029","19067344","21248746","17436019","19299310"],"evidence":["Expert Review Green","Mackenzie's Mission"],"phenotypes":["Muscular dystrophy-dystroglycanopathy (congenital with brain and eye anomalies), type A, MIM #613154","Muscular dystrophy-dystroglycanopathy (congenital with impaired intellectual development), type B, 6, MIM #608840"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":4225,"hash_id":null,"name":"Prepair 500+","disease_group":"Screening","disease_sub_group":"","description":"This panel is a subset of the prepair 1000+ panel that was originally developed as part of the Australian Reproductive Genetic Carrier Screening Research Project, also known as Mackenzie’s Mission (Kirk et al 2020; PMID: 32678339).\r\n\r\nIt has been further revised by Victorian Clinical Genetics Services based on research findings and experience of the clinical and laboratory teams. Genes included are associated with conditions that have an onset in childhood, are able to be screened using existing technology, have a severe impact on the affected individual, and have limited and/or burdensome treatment.\r\n\r\nGenes associated with treatable conditions are only included if the conditions are not covered by newborn screening in Australia.\r\n\r\nPlease note only Green genes are analysed and reported.","status":"public","version":"2.0","version_created":"2025-05-30T02:52:12.758302+10:00","relevant_disorders":[],"stats":{"number_of_genes":629,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":[],"biotype":"protein_coding","hgnc_id":"HGNC:2860","gene_name":"7-dehydrocholesterol reductase","omim_gene":["602858"],"alias_name":null,"gene_symbol":"DHCR7","hgnc_symbol":"DHCR7","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"11:71139239-71163914","ensembl_id":"ENSG00000172893"}},"GRch38":{"90":{"location":"11:71428193-71452868","ensembl_id":"ENSG00000172893"}}},"hgnc_date_symbol_changed":"1998-04-27"},"entity_type":"gene","entity_name":"DHCR7","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":"","publications":["16906538","10602371","10677299"],"evidence":["Expert Review Green","Mackenzie's Mission"],"phenotypes":["Smith-Lemli-Opitz syndrome (MIM#270400)"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":4225,"hash_id":null,"name":"Prepair 500+","disease_group":"Screening","disease_sub_group":"","description":"This panel is a subset of the prepair 1000+ panel that was originally developed as part of the Australian Reproductive Genetic Carrier Screening Research Project, also known as Mackenzie’s Mission (Kirk et al 2020; PMID: 32678339).\r\n\r\nIt has been further revised by Victorian Clinical Genetics Services based on research findings and experience of the clinical and laboratory teams. Genes included are associated with conditions that have an onset in childhood, are able to be screened using existing technology, have a severe impact on the affected individual, and have limited and/or burdensome treatment.\r\n\r\nGenes associated with treatable conditions are only included if the conditions are not covered by newborn screening in Australia.\r\n\r\nPlease note only Green genes are analysed and reported.","status":"public","version":"2.0","version_created":"2025-05-30T02:52:12.758302+10:00","relevant_disorders":[],"stats":{"number_of_genes":629,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["MGC35304","dJ329L24.3","FLJ20170"],"biotype":"protein_coding","hgnc_id":"HGNC:21484","gene_name":"minichromosome maintenance 9 homologous recombination repair factor","omim_gene":["610098"],"alias_name":null,"gene_symbol":"MCM9","hgnc_symbol":"MCM9","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"6:119134605-119256327","ensembl_id":"ENSG00000111877"}},"GRch38":{"90":{"location":"6:118813442-118935162","ensembl_id":"ENSG00000111877"}}},"hgnc_date_symbol_changed":"2007-04-04"},"entity_type":"gene","entity_name":"MCM9","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["25480036","26771056","31042289"],"evidence":["Expert Review Green","Literature"],"phenotypes":["Ovarian dysgenesis 4, MIM# 616185"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":4455,"hash_id":null,"name":"Infertility and Recurrent Pregnancy Loss","disease_group":"","disease_sub_group":"","description":"Recurrent pregnancy loss (RPL) and infertility are genetically heterogeneous and overlapping conditions that contribute significantly to adverse reproductive outcomes. This panel has been developed to address the lack of a dedicated diagnostic gene panel specifically targeting recurrent pregnancy loss and/or infertility. This panel includes genes associated with a broad spectrum of male and female infertility phenotypes, as well as those implicated in recurrent pregnancy loss (RPL).\r\n\r\nFor male infertility, it covers genes involved in spermatogenic failure and fertilization defects. For female infertility, it includes genes associated with primary ovarian insufficiency/failure and ovarian dysgenesis. This panel also includes genes associated with infertility phenotypes that affect both sexes, such as hypogonadotropic hypogonadism, gonadal dysgenesis, Persistent Mullerian duct syndrome, and primary ciliary dyskinesia. Genes associated with RPL primarily involve in oocyte, zygote, and embryo maturation arrest (OZEMA), as well as defective implantation and placentation.\r\n\r\nSources used to generate this panel includes literature review and publicly available databases (e.g., OMIM, FeRGI database, Intolerome Gene List).\r\n\r\nPlease also consider the Fetal anomalies panel where appropriate, particularly in cases of pregnancy losses occurring beyond 20 weeks’ gestation.\r\n\r\nWe would like to thank Jasmine Chew (University of Western Australia), Prof Gina Ravenscroft (Harry Perkins Institute of Medical Research), Dr Harmony Clayton (PathWest Laboratory Medicine, Perth) and Audrey Rick (Harry Perkins Institute of Medical Research) for the development of this panel.","status":"public","version":"1.140","version_created":"2026-04-06T10:51:58.181866+10:00","relevant_disorders":[],"stats":{"number_of_genes":264,"number_of_strs":0,"number_of_regions":1},"types":[{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"},{"name":"Victorian Clinical Genetics Services","slug":"victorian-clinical-genetics-services","description":"Panel used by VCGS."}],"child_panel_ids":[]},"transcript":null},{"gene_data":{"alias":["RAD1","FANCQ"],"biotype":"protein_coding","hgnc_id":"HGNC:3436","gene_name":"ERCC excision repair 4, endonuclease catalytic subunit","omim_gene":["133520"],"alias_name":["xeroderma pigmentosum, complementation group F"],"gene_symbol":"ERCC4","hgnc_symbol":"ERCC4","hgnc_release":"2017-11-03","ensembl_genes":{"GRch37":{"82":{"location":"16:14014014-14046202","ensembl_id":"ENSG00000175595"}},"GRch38":{"90":{"location":"16:13920157-13952345","ensembl_id":"ENSG00000175595"}}},"hgnc_date_symbol_changed":"2001-06-22"},"entity_type":"gene","entity_name":"ERCC4","confidence_level":"3","penetrance":null,"mode_of_pathogenicity":null,"publications":["23623386","8797827","23623389","17183314","29105242"],"evidence":["Expert Review Green","Expert list","Victorian Clinical Genetics Services"],"phenotypes":["xeroderma pigmentosum group F MONDO:0010215"],"mode_of_inheritance":"BIALLELIC, autosomal or pseudoautosomal","tags":[],"panel":{"id":4457,"hash_id":null,"name":"Hereditary Pigmentary Disorders","disease_group":"Dermatological disorders","disease_sub_group":"","description":"This panel contains genes associated with hereditary pigmentary skin disorders, including the following:\r\nCarney complex\r\nDermatopathia pigmentosa reticularis (including Naegeli-Franceschetti-Jadassohn syndrome)\r\nDowling-Degos disease\r\nDyschromatosis universalis hereditaria\r\nDyschromatosis symmetrica hereditaria\r\nDyskeratosis congenita\r\nFamilial progressive hyper- and hyperpigmentation\r\nIncontinentia pigmenti\r\nPiebaldism\r\nPrimary localised cutaneous amyloidosis\r\nReticulate acropigmentation of Kitamura\r\nWaardenburg syndrome\r\nXeroderma pigmentosum","status":"public","version":"1.5","version_created":"2026-01-02T16:51:24.217185+11:00","relevant_disorders":["Abnormality of skin pigmentation","HP:0001000"],"stats":{"number_of_genes":41,"number_of_strs":0,"number_of_regions":0},"types":[{"name":"Royal Melbourne Hospital","slug":"royal-melbourne-hospital","description":"Royal Melbourne Hospital"},{"name":"Rare Disease","slug":"rare-disease","description":"Rare disease panels"}],"child_panel_ids":[]},"transcript":[]}]}