Research Explorer

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Eva Jacobs

Prijzen & Erkenningen

32 Resultaten

2025

Loss of function of the zinc finger homeobox 4 gene, ZFHX4, underlies a neurodevelopmental disorder

Maria del Rocio Pérez BacaMaría Palomares-BraloMichiel VanhooydonckLisa HamerlinckEva D'haeneSebastian LeimbacherEva JacobsLaurenz De CockErika D'haenensAnnelies Dheedene et al.

A1 Artikel in een tijdschrift in AMERICAN JOURNAL OF HUMAN GENETICS

2024

Loss-of-function of the Zinc Finger Homeobox 4 (ZFHX4) gene underlies a neurodevelopmental disorder

Maria del Rocio Pérez BacaMaria Palomares BraloMichiel VanhooydonckLisa HamerlinckEva D'haeneSebastian LeimbacherEva JacobsLaurenz De CockErika D'haenensZoë Malfait et al.

Loss-of-function of the Zinc Finger Homeobox 4 (ZFHX4) gene underlies a neurodevelopmental disorder

Maria del Rocio Pérez BacaMaría Palomares BraloMichiel VanhooydonckLisa HamerlinckEva D'haeneSebastian LeimbacherEva JacobsLaurenz De CockErika D'haenensAnnelies Dheedene et al.

2022

A novel neurodevelopmental syndrome caused by loss-of-function of the Zinc Finger Homeobox 3 (ZFHX3) gene

Maria del Rocio Pérez BacaEva JacobsLies VantommePontus LeBlancElke BogaertAnnelies DheedeneLaurenz De CockBart DermautAidin ForoutanJennifer Kerkhof et al.

Luminescent human iPSC-derived neurospheroids enable modeling of neurotoxicity after oxygen-glucose deprivation

Elise Van BreedamAleksandra NijakTamariche Buyle-HuybrechtJulia Di StefanoMarlies BoerenJonas GovaertsAlessandra QuartaTine SwartenbroekxEva JacobsBjörn Menten et al.

A1 Artikel in een tijdschrift in NEUROTHERAPEUTICS

2021

A novel neurodevelopmental syndrome caused by loss-of-function of the Zinc Finger Homeobox 3 gene (ZFHX3)

Maria del Rocio Pérez BacaEva JacobsLies VantommeMareike BauerMelissa BelliniClaire BeneteauNatasha BrownDavid ComanLaurenz De CockAnnelies Dheedene et al.

CRISPR-ing the gap between discovery and validation of candidate genes for neurodevelopmental disorders

Eva JacobsSarah VergultBert CallewaertBjörn Menten

Expanding the molecular spectrum and the neurological phenotype related to CAMTA1 variants

Eva JacobsKathleen BrownMelissa C. BylerErika D'haenensAnnelies DheedeneLindsay B. HendersonJennifer B. HumbersonRichard H. JaarsveldFarah KananiRobert Roger Lebel et al.

A1 Artikel in een tijdschrift in CLINICAL GENETICS

Recurrent chromosomal imbalances provide selective advantage to human embryonic stem cells under enhanced replicative stress conditions

Liselot MusStéphane Van HaverMina PopovicWim TrypsteenSteve LefeverNadja ZeltnerYudelca OgandoEva JacobsGeertrui DeneckerEllen Sanders et al.

A1 Artikel in een tijdschrift in GENES CHROMOSOMES & CANCER

2019

17q gain provides proliferative advantage to human embryonic stem cells under conditions of replicative stress

Liselot MusGeertrui DeneckerStéphane Van HaverNadja ZeltnerYudelca OgandoEllen SandersEva JacobsMina PopovicChristophe Van NesteSuzanne Vanhauwaert et al.

17q gain provides proliferative advantage to human embryonic stem cells under replicative stress

Liselot MusStéphane Van HaverGeertrui DeneckerNadja ZeltnerYudelca OgandoEllen SandersEva JacobsMina PopovicChristophe Van NesteSuzanne Vanhauwaert et al.

A novel neurodevelopmental syndrome caused by loss-of-function of the Zinc Finger Homeobox 3 gene (ZFHX3)

Eva JacobsSarah VergultMaria Palomares BraroSixto Garcia-MinaurS. Simmaro FernandoT. Duelund HjortshøjM. GérardA. MolinP. Villavicencio-LoriniJ. Köhlhase et al.

Exploring the contribution of gene dosage effects of 17q gain genes on hESC and neuroblastoma proliferation

Liselot MusGeertrui DeneckerStéphane Van HaverNadja ZeltnerYudelca OgandoEllen SandersEva JacobsMina PopovicChristophe Van NesteSuzanne Vanhauwaert et al.

2018

CRISPR/Cas9-mediated genome editing in naïve human embryonic stem cells

Eva JacobsSharat WarrierPieter-Jan VoldersEva D'haeneEva VanlombergenLies VantommeMargot Van der JeughtBjörn HeindryckxBjörn MentenSarah Vergult

CRISPR/Cas9-mediated genome editing in naïve human embryonic stem cells

Eva JacobsSharat WarrierPieter-Jan VoldersEva D'haeneEva VanlombergenLies VantommeMargot Van der JeughtBjörn HeindryckxBjörn MentenSarah Vergult

Exploring the contribution of gene dosage effects of 17Q gain on ESC and neuroblastoma proliferation

Liselot MusGeertrui DeneckerNadja ZeltnerYudelca OgandoStéphane Van HaverEllen SandersEva JacobsMina PopovicChristophe Van NesteSuzanne Vanhauwaert et al.

Exploring the contribution of gene dosage effects of 17q gain genes on hESC and neuroblastoma proliferation

Liselot MusGeertrui DeneckerStéphane Van HaverNadja ZeltnerYudelca OgandoEllen SandersEva JacobsMina PopovicChristophe Van NesteSuzanne Vanhauwaert et al.

Exploring the contribution of gene dosage effects of 17q gain on ESC and neuroblastoma proliferation

Liselot MusGeertrui DeneckerNadja ZeltnerYudelca OgandoStéphane Van HaverEllen SandersEva JacobsMina PopovicChristophe Van NesteSuzanne Vanhauwaert et al.

Exploring the contribution of gene dosage effects of 17q gain on ESC and neuroblastoma proliferation

Liselot MusGeertrui DeneckerNadja ZeltnerYudelca OgandoStéphane Van HaverEllen SandersEva JacobsMina PopovicChristophe Van NesteSuzanne Vanhauwaert et al.

2017

CRISPR/Cas9-mediated genome editing in naive human embryonic stem cells followed by neural differentiation : an optimized workflow

Eva JacobsSharrat WarrierEva D'haeneMargot Van der JeughtBjörn HeindryckxBjörn MentenSarah Vergult

CRISPR/Cas9-mediated genome editing in naïve human embryonic stem cells

Eva JacobsSharat WarrierPieter-Jan VoldersEva D'haeneEva Van LombergenLies VantommeMargot Van der JeughtBjörn HeindryckxBjörn MentenSarah Vergult

A1 Artikel in een tijdschrift in SCIENTIFIC REPORTS

2016

CRISPR/Cas9-mediated genome editing in naive human embryonic stem cells : an optimized workflow

Eva JacobsSharrat WarrierEva D'haeneMargot Van der JeughtBjörn HeindryckxBjörn MentenSarah Vergult

Elucidating the role of coding and noncoding genes in neuronal development using human embryonic stem cells and the CRISPR/Cas9 system

Eva JacobsSharat WarrierEva Van LombergenEva D'haeneMargot Van der JeughtBjörn HeindryckxSarah VergultBjörn Menten

Identification of lncRNAs involved in neuronal differentiation and intellectual disability

Eva D'haeneEva JacobsPieter-Jan VoldersBjörn MentenSarah Vergult

Identification of long non-coding RNAs in neuronal development and intellectual disability

Eva D'haeneEva JacobsPieter-Jan VoldersBjörn MentenSarah Vergult

Identification of long non-coding RNAs involved in neuronal development and intellectual disability

Eva D'haeneEva JacobsPieter-Jan VoldersTim De MeyerBjörn MentenSarah Vergult

A1 Artikel in een tijdschrift in SCIENTIFIC REPORTS

Identification of long non-coding RNAs involved in neuronal development and intellectual disability

Eva D'haeneEva JacobsPieter-Jan VoldersTim De MeyerBjörn MentenSarah Vergult

2015

CRISPR/Cas9-mediated genome editing in primed versus naïve human embryonic stem cells

Eva JacobsSharat WarrierEva D'haeneFilip MatthijssensMargot Van der JeughtBjörn HeindryckxBjörn MentenSarah Vergult

Identification of lncRNAs involved in neuronal development and intellectual disability

Sarah VergultEva D'haeneEva JacobsBjörn Menten

Refinement of the critical 2p25.3 deletion region: the role of MYT1L in intellectual disability and obesity

Nina De RockerSarah VergultDavid KoolenEva JacobsAlexander HoischenSusan ZeesmanBirgitte BangFrédérique BénaNele BockaertErnie Bongers et al.

A1 Artikel in een tijdschrift in GENETICS IN MEDICINE

Selection of lncRNAs involved in neuronal development and intellectual disability

Sarah VergultEva D'haeneEva JacobsBjörn Menten

Selection of lncRNAs involved in neuronal development and intellectual disability

Sarah VergultEva D'haeneEva JacobsBjörn Menten