Research Explorer

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Researcher

Adriana Karcz

Awards & Distinctions

7 Results

2023

Development of a microfluidic chip powered by EWOD for in vitro manipulation of bovine embryos

Adriana KarczAnn Van SoomKatrien SmitsSandra Van VlierbergheRik VerplanckeOsvaldo Américo Bogado PascottiniEtienne Van den AbbeelJan Vanfleteren

A1 Journal Article in BIOSENSORS-BASEL

Digital microfluidic platform for the in vitro culture of mammalian embryos

Adriana KarczJan VanfleterenKatrien SmitsRik Verplancke

2022

Electrically-driven handling of gametes and embryos : taking a step towards the future of ARTs

Adriana KarczAnn Van SoomKatrien SmitsRik VerplanckeSandra Van VlierbergheJan Vanfleteren

A1 Journal Article in LAB ON A CHIP

2021

Introduction of a high quality nanofilm of aluminum oxide enhances the performance of EWOD microfluidic platforms

Adriana KarczDavid SchaubroeckRik VerplanckeAnn Van SoomJan Vanfleteren

2018

3D-printing technology as a means to create microfluidic channels mimicking the oviduct during in vitro culture of bovine embryos

Adriana KarczBabs Van de VoordeNathan CarpentierJasper Van HoorickKatrien SmitsRik VerplanckeJan VanfleterenAnn Van SoomSandra Van VlierbergheEtienne Van den Abbeel

Mimicking the in vivo environment of the oviduct in microfluidic channels for the in vitro culture of mammalian embryos using hydrogels and 3D printing technology

Adriana KarczBabs Van de VoordeNathan CarpentierKatrien SmitsJasper Van HoorickRik VerplanckeAnn Van SoomEtienne Van den AbbeelJan VanfleterenSandra Van Vlierberghe

Simple method of creating microfluidic structures using 3D printing

Adriana KarczAnn Van SoomJan Vanfleteren