Research Explorer

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Researcher

Kristof Van Schil

Awards & Distinctions

49 Results

2023

Deciphering the genetic architecture of inherited retinal diseases in the Iranian population by integrated exome sequencing

Miriam BauwensKristof Van SchilMarieke De BruyneMattias Van HeetveldeQuinten MahieuToon RosseelEbrahim Al-HajjSarah Van MalderenFatemeh SuriElfride De Baere

2020

Loss of function of RIMS2 causes a syndromic congenital cone-rod synaptic disease with neurodevelopmental and pancreatic involvement

Sabrina MechaussierBasamat Almoallem Mohammed HChristina ZeitzKristof Van SchilLaila JeddawiJo Van DorpeAlfredo Dueñas ReyChristel CondroyerOlivier PelleMichel Polak et al.

A1 Journal Article in AMERICAN JOURNAL OF HUMAN GENETICS

2019

Biallelic sequence and structural variants in RAX2 are a novel cause for autosomal recessive inherited retinal disease

Stijn Van de SompeleClaire SmithMarianthi KaraliMarta CortonKristof Van SchilFrank PeelmanTimothy CherryToon RosseelHannah VerdinJulien Derolez et al.

A1 Journal Article in GENETICS IN MEDICINE

Exome-based RetNet panel analysis in a Belgian cohort with inherited retinal disease (IRD) expands the molecular and phenotypic spectrum of recently identified IRD genes

Stijn Van de SompeleKristof Van SchilCaroline Van CauwenberghToon RosseelSarah De JaegereThalia Van LaethemIrina BalikovaBart LeroyFrauke CoppietersElfride De Baere

2018

Biallelic loss-of-function variants in RAX2, encoding a homeobox-containing Rax transcription factor, cause autosomal recessive inherited retinal disease

Stijn Van de SompeleClaire SmithMarianthi KaraliMarta CortonKristof Van SchilFrank PeelmanTimothy CherryToon RosseelHannah VerdinJulien Derolez et al.

Exome-based RetNet panel analysis in a Belgian cohort with inherited retinal disease expands the molecular and phenotypic spectrum of recently identified iRD genes

Stijn Van de SompeleKristof Van SchilCaroline Van CauwenberghToon RosseelSarah De JaegereThalia Van LaethemIrina BalikovaBart LeroyElfride De BaereFrauke Coppieters

Leveraging consanguinity in inherited retinal diseases uncovers missing genetic variation : rare novel disease genes and a multitude of novel variants in known disease genes

Kristof Van SchilSarah NaessensStijn Van de SompeleNuria Gruartmoner RouraMarjolein CarronKatharina DannhausenSarah De JaegereMaxim VanpanteghemFrauke CoppietersMarcus Karlstetter et al.

Mapping the genomic landscape of inherited retinal disease genes prioritizes genes prone to coding and noncoding copy-number variations

Kristof Van SchilSarah NaessensStijn Van de SompeleMarjolein CarronAlexander AslanidisCaroline Van CauwenberghAnja Kathrin MayerMattias Van HeetveldeMiriam BauwensHannah Verdin et al.

A1 Journal Article in GENETICS IN MEDICINE

2017

Homozygosity mapping-guided exome sequencing in LCA patients of consanguineous origin reveals mutations in known genes and a novel candidate gene

Basamat Almoallem Mohammed HKristof Van SchilLaila JeddawiBart LeroyFrauke CoppietersElfride De Baere

Homozygosity mapping-guided exome sequencing in LCA patients of consanguineous origin reveals mutations in known genes and a novel candidate gene

Basamat Almoallem Mohammed HKristof Van SchilLaila JeddawiBart LeroyFrauke CoppietersElfride De Baere

Leveraging consanguinity in inherited retinal diseases uncovers missing genetic variation : rare novel disease genes and a multitude of novel variants in known disease genes

Kristof Van SchilSarah NaessensStijn Van de SompeleNuria Gruartmoner RouraMarjolein CarronKatharina DannhausenSarah De JaegereMaxim VanpanteghemFrauke CoppietersMarcus Karlstetter et al.

Mapping the genomic landscape of inherited retinal disease genes prioritizes genes prone to coding and noncoding copy-number variations

Kristof Van SchilSarah NaessensStijn Van de SompeleMarjolein CarronAlexander AslanidisCaroline Van CauwenberghAnja Kathrin MayerMattias Van HeetveldeMiriam BauwensHannah Verdin et al.

Mapping the genomic landscape of inherited retinal disease genes prioritizes genes prone to coding and noncoding copy-number variations

Kristof Van SchilSarah NaessensStijn Van de SompeleMarjolein CarronAlexander AslanidisCaroline Van CauwenberghAnne Kathrin MayerMattias Van HeetveldeMiriam BauwensHannah Verdin et al.

NXT-EYE : integrative strategy to elucidate hidden genetic variation in inherited retinal diseases

Kristof Van SchilElfride De BaereBart Leroy

arrEYE : a customized platform for high-resolution copy number analysis of coding and noncoding regions of known and candidate retinal dystrophy genes and retinal noncoding RNAs

Caroline Van CauwenberghKristof Van SchilRobrecht CannoodtMiriam BauwensThalia Van LaethemSarah De JaegereWouter SteyaertTom SanteBjörn MentenBart Leroy et al.

A1 Journal Article in GENETICS IN MEDICINE

2016

Autosomal recessive retinitis pigmentosa with homozygous rhodopsin mutation E150K and non-coding cis-regulatory variants in CRX-binding regions of SAMD7

Kristof Van SchilMarcus KarlstetterAlexander AslanidisKatharina DannhausenMaleeha AzamRaheel QamarBart LeroyFanny DepasseThomas LangmannElfride De Baere

A1 Journal Article in SCIENTIFIC REPORTS

Coding and non-coding copy number variations explaining unsolved retinal dystrophies : role of genomic architectural features and underlying mechanisms

Kristof Van SchilSarah NaessensStijn Van de SompeleMiriam BauwensHannah VerdinCaroline Van CauwenberghAnja Kathrin MayerSusanne KohlBart LeroyElfride De Baere

Coding and non-coding copy number variations explaining unsolved retinal dystrophies : role of genomic architectural features and underlying mechanisms

Kristof Van SchilSarah NaessensStijn Van de SompeleMiriam BauwensHannah VerdinCaroline Van CauwenberghAnja Kathrin MayerSusanne KohlBart LeroyElfride De Baere

Coding and non-coding copy number variations explaining unsolved retinal dystrophies : role of genomic architectural features and underlying mechanisms

Kristof Van SchilSarah NaessensStijn Van de SompeleMiriam BauwensHannah VerdinCaroline Van CauwenberghAnja Kathrin MayerSusanne KohlBart LeroyElfride De Baere

Coding and non-coding copy number variations explaining unsolved retinal dystrophies : role of genomic architectural features and underlying mechanisms

Kristof Van SchilSarah NaessensStijn Van de SompeleMiriam BauwensHannah VerdinCaroline Van CauwenberghAnja Kathrin MayerSusanne KohlBart LeroyElfride De Baere

Hidden genetic variation in retinal dystrophies : exploring the contribution of copy number variations

Kristof Van SchilBart LeroyElfride De Baere

JAK2 deficiency as a novel cause of impaired Th17 immunity

Filomeen HaerynckDelfien BogaertElfride De BaereKristof Van SchilFrauke CoppietersMarieke De BruyneMargot HagendorensTessa KerreFrans De BaetsVictoria Bordon Maria et al.

Persistent rotavirus diarrhea post-transplant in a novel JAK3-SCID patient after vaccination

Delfien BogaertKristof Van SchilTom TaghonVictoria Bordon MariaCarolien BonroyMelissa DullaersElfride De BaereFilomeen Haerynck

A1 Journal Article in PEDIATRIC ALLERGY AND IMMUNOLOGY

Recessive RHO mutation E150K and SAMD7 regulatory variants in a consanguineous family with retinitis pigmentosa

Kristof Van SchilMarcus KarlstetterAlexander AslanidisBart LeroyFrauke CoppietersFanny DepasseThomas LangmannElfride De Baere

Recessive RHO mutation E150K and SAMD7 regulatory variants in a consanguineous family with retinitis pigmentosa

Kristof Van SchilMarcus KarlstetterAlexander AslanidisBart LeroyFrauke CoppietersFanny DepasseThomas LangmannElfride De Baere

2015

A nonsense mutation in FAM161A is a recurrent founder allele in Dutch and Belgian individuals with autosomal recessive retinitis pigmentosa

Kristof Van SchilB Jeroen KleveringBart LeroyJan Willem R PottDikla Bandah-RozenfeldMarijke N Zonneveld-VrielingDror SharonAnneke I den HollanderFrans PM CremersElfride De Baere et al.

A1 Journal Article in INVESTIGATIVE OPHTHALMOLOGY & VISUAL SCIENCE

A novel Janus kinase 3 (JAK3) mutation in a patient with severe combined immunodeficiency

Delfien BogaertKristof Van SchilTom TaghonVictoria Bordon MariaMelissa DullaersElfride De BaereFilomeen Haerynck

Biallelic mutations in the autophagy regulator DRAM2 cause retinal dystrophy with early macular involvement

Mohammed E El-AsragPanagiotis I SergouniotisMartin McKibbinVincent PlagnolEamonn SheridanNaushin WaseemZakia AbdelhamedDeclan McKeefryKristof Van SchilJames A Poulter et al.

A1 Journal Article in AMERICAN JOURNAL OF HUMAN GENETICS

Disease expression in autosomal recessive retinal dystrophy associated with mutations in the DRAM2 gene

Panagiotis I SergouniotisMartin McKibbinAnthony G RobsonHanno J BolzElfride De BaerePhilipp L MüllerRaoul HellerMohammed E El-AsragKristof Van SchilVincent Plagnol et al.

A1 Journal Article in INVESTIGATIVE OPHTHALMOLOGY & VISUAL SCIENCE

Early-onset autosomal recessive cerebellar ataxia associated with retinal dystrophy: new human hotfoot phenotype caused by homozygous GRID2 deletion

Kristof Van SchilFrançoise MeireMarcus KarlstetterMiriam BauwensHannah VerdinFrauke CoppietersEva ScheiffertChristian Van NechelThomas LangmannNicolas Deconinck et al.

A1 Journal Article in GENETICS IN MEDICINE

Homozygous deletion of glutamate receptor gene GRID2 causes early-onset cerebellar ataxia and retinal dystrophy

Kristof Van SchilMarcus KarlstetterFrançoise MeireMiriam BauwensHannah VerdinFrauke CoppietersEva ScheiffertNicolas DeconinckThomas LangmannElfride De Baere

Homozygous deletion of glutamate receptor gene GRID2 causes early-onset cerebellar ataxia and retinal dystrophy

Kristof Van SchilMarcus KarlstetterAlexander AslanidisBart LeroyFrauke CoppietersFanny DepasseThomas LangmannElfride De Baere

Recessive RHO mutation E150K and SAMD7 regulatory variants in a consanguineous family with retinitis pigmentosa

Kristof Van SchilMarcus KarlstetterAlexander AslanidisBart LeroyFrauke CoppietersFanny DepasseThomas LangmannElfride De Baere

Recessive RHO mutation E150K and SAMD7 regulatory variants in a consanguineous family with retinitis pigmentosa

Kristof Van SchilMarcus KarlstetterAlexander AslanidisBart LeroyFrauke CoppietersFanny DepasseThomas LangmannElfride De Baere

Recessive RHO mutation E150K and SAMD7 regulatory variants in a consanguineous family with retinitis pigmentosa

Kristof Van SchilMarcus KarlstetterAlexander AslanidisBart LeroyFrauke CoppietersFanny DepasseThomas LangmannElfride De Baere

Recessive RHO mutation E150K and SAMD7 regulatory variants in a consanguineous family with retinitis pigmentosa

Kristof Van SchilMarcus KarlstetterAlexander AslanidisBart LeroyFrauke CoppietersFanny DepasseThomas LangmannElfride De Baere

2014

Clinical presentation of hyper-IgE syndrome in a family with impaired IL-22 production and STAT3 phosphorylation

Filomeen HaerynckDelfien BogaertElfride De BaereBart LambrechtKarim VermaelenVeronique DebackerKristof Van SchilFrans De BaetsPetra SchelstraeteVictoria Bordon Maria et al.

Exploring the role of a novel disease gene EML4 in autosomal recessive retinitis pigmentosa

Kristof Van SchilBart LeroyElfride De Baere

Homozygous deletion of glutamate receptor gene GRID2 causes early-onset cerebellar ataxia and retinal dystrophy

Kristof Van SchilMarcus KarlstetterFrançoise MeireMiriam BauwensHannah VerdinFrauke CoppietersEva ScheiffertNicolas DeconinckThomas LangmannElfride De Baere

Homozygous deletion of glutamate receptor gene GRID2 causes early-onset cerebellar ataxia and retinal dystrophy

Kristof Van SchilMarcus KarlstetterFrançoise MeireMiriam BauwensHannah VerdinFrauke CoppietersEva ScheiffertNicolas DeconinckThomas LangmannElfride De Baere

Homozygous deletion of glutamate receptor gene GRID2 causes new hotfoot mutant phenotype, characterized by early-onset cerebellar ataxia and retinal dystrophy

Kristof Van SchilMarcus KarlstetterFrançoise MeireMiriam BauwensHannah VerdinFrauke CoppietersEva ScheiffertNicolas DeconinckThomas LangmannElfride De Baere

Homozygous deletion of glutamate receptor gene GRID2 causes new human hotfoot mutant phenotype, characterized by early-onset cerebellar ataxia and retinal dystrophy

Kristof Van SchilMarcus KarlstetterFrançoise MeireMiriam BauwensHannah VerdinFrauke CoppietersEva ScheiffertNicolas DeconinckThomas LangmannElfride De Baere

Identity-by-descent-guided mutation analysis and exome sequencing in consanguineous families reveals unusual clinical and molecular findings in retinal dystrophy

Frauke CoppietersKristof Van SchilMiriam BauwensHannah VerdinAnnelies De JaegherDelfien SyxTom SanteSteve LefeverNouha Bouayed AbdelmoulaFanny Depasse et al.

A1 Journal Article in GENETICS IN MEDICINE

2013

Identification of novel homozygous deletions in consanguineous pedigrees as a shortcut to candidate gene discovery in hereditary blindness

Kristof Van SchilThomy De RavelBart LeroyHannah VerdinFrauke CoppietersFrançoise MeireElfride De Baere

Identification of novel homozygous deletions in consanguineous pedigrees as a shortcut to candidate gene discovery in retinal dystrophies

Kristof Van SchilThomy De RavelBart LeroyHannah VerdinFrauke CoppietersFrançoise MeireElfride De Baere

Identification of novel homozygous deletions in consanguineous pedigrees as a shortcut to candidate gene discovery in retinal dystrophies

Kristof Van SchilFrançoise MeireThomy De RavelBart LeroyHannah VerdinFrauke CoppietersElfride De Baere

Identification of novel homozygous deletions in consanguineous pedigrees as a shortcut to candidate gene discovery in retinal dystrophies

Kristof Van SchilFrançoise MeireThomy De RavelBart LeroyHannah VerdinFrauke CoppietersElfride De Baere

2012

Exploring the role of a novel disease gene RERG in early-onset retinal dystrophy and related conditions

Kristof Van SchilBart LeroyElfride De Baere

Identification de gènes candidats pour des dystrophies rétiniennes par des délétions homozygotes

Kristof Van SchilFrançoise MeireThomy De RavelBart LeroyElfride De Baere