Research Explorer

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Researcher

Lore Pottie

17 Results

2022

Bi-allelic loss-of-function variants in LTBP1cause autosomal recessive cutis laxa syndrome

Lore PottieChristin S. AdamoAude BeyensSteffen LuetkePiyanoot TapaneeyaphanAdelbert De ClercqPhil SalmonRiet De RyckeAlper GezdiriciElif Yilmaz Gulec et al.

EMILIN1 deficiency causes arterial tortuosity with osteopenia and connects impaired elastogenesis with defective collagen fibrillogenesis

Christin S. AdamoAude BeyensAlvise SchiavinatoDouglas R. KeeneSara F. TufaMatthias MorgelinJurgen BrinckmannTakako SasakiAnja NiehoffMaren Dreiner et al.

A1 Journal Article in AMERICAN JOURNAL OF HUMAN GENETICS

2021

Bi-allelic premature truncating variants in LTBP1 cause cutis laxa syndrome

Lore PottieChristin S. AdamoAude BeyensSteffen LütkePiyanoot TapaneeyaphanAdelbert De ClercqPhil L. SalmonRiet De RyckeAlper GezdiriciElif Yilmaz Gulec et al.

A1 Journal Article in AMERICAN JOURNAL OF HUMAN GENETICS

Bi-allelic premature truncating variants in LTBP1 cause cutis laxa syndrome (vol 108, pg 1095, 2021)

Lore PottieChristin S. AdamoAude BeyensSteffen LutkePiyanoot TapaneeyaphanAdelbert De ClercqPhil L. SalmonRiet De RyckeAlper GezdiriciElif Yilmaz Gulec et al.

Clinical and molecular delineation of cutis laxa syndromes : paradigms for elastic fiber homeostasis

Aude BeyensLore PottiePatrick SipsBert Callewaert

Bookchapter in Progress in Heritable Soft Connective Tissue Diseases

Clinical and molecular delineation of cutis laxa syndromes : paradigms for elastic fiber homeostasis (vol 1348, pg 273, 2021)

Aude BeyensLore PottiePatrick SipsBert Callewaert

Bookchapter in Progress in Heritable Soft Connective Tissue Diseases

Exploring cutis laxa syndromes in vitro and in vivo through zebrafish modeling : lessons learnt from recently and newly discovered disease-causing genes

Lore PottieBert CallewaertPatrick Sips

Loss of zebrafish atp6v1e1b, encoding a subunit of vacuolar ATPase, recapitulates human ARCL type 2C syndrome and identifies multiple pathobiological signatures

Lore PottieWouter Van GoolMichiel VanhooydonckFranz-Georg HanischGeert GoeminneAndreja RajkovicPaul CouckePatrick SipsBert Callewaert

A1 Journal Article in PLOS GENETICS

Loss-of-function variants in EFEMP1 cause a recognizable connective tissue disorder characterized by cutis laxa and multiple herniations

Maxim VerleeAude BeyensAlper GezdiriciElif GulecLore PottieSilke De FeyterMichiel VanhooydonckPiyanoot TapaneeyaphanSofie SymoensBert Callewaert

A1 Journal Article in GENES

2020

Mutations in LTBP1 cause autosomal recessive cutis laxa syndrome

Lore PottieAlper GezdiriciChristin AdamoWilliam NewmanAude BeyensRiet De RyckeAdelbert De ClercqPatrick SipsGerhard SengleBert Callewaert

2019

Defining the clinical, molecular and ultrastructural characteristics in occipital horn syndrome : two new cases and review of the literature

Aude BeyensKyaran Van MeenselLore PottieRiet De RyckeMichiel De BruyneFemke BaekePiet HoebekeFrank PlasschaertBart LoeysSofie De Schepper et al.

A1 Journal Article in GENES

Knock-out of atp6v1e1b in zebrafish faithfully recapitulates the human cutis laxa syndrome and highlights the endosomal pathway in disease pathogenesis

Lore PottiePatrick SipsBert CallewaertPetra VermassenHanna De SaffelPaul Coucke

Knock-out of atp6v1e1b in zebrafish faithfully recapitulates the human cutis laxa syndrome and highlights the endosomal pathway in disease pathogenesis.

Lore PottiePatrick SipsHanna De SaffelPetra VermassenPaul CouckeBert Callewaert

Transcriptome and protein analysis highlight the endosomal pathway in disease pathogenesis of metabolic CL syndrome

Lore PottieWouter Van GoolMichiel Van HooydonckPaul CouckePatrick SipsBert Callewaert

2018

A mutant ATP6V1E1 zebrafish model recapitulates the human cutis laxa syndrome

Lore PottiePatrick SipsPaul CouckeBert Callewaert

A mutant ATP6V1E1 zebrafish model recapitulates the human cutis laxa syndrome

Lore PottiePatrick SipsPaul Coucke

ATP6V1E1 zebrafish model recapitulates the human cutis laxa syndrome

Lore PottiePatrick SipsPaul CouckeBert Callewaert