Research Explorer

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Researcher

Nathan Carpentier

Awards & Distinctions

15 Results

2024

Gelatin-based hybrid hydrogels as matrices for organoid culture

Nathan CarpentierShicheng YeMaarten D. DelemarreLouis Van der MeerenAndre SkirtachLuc J. W. van der LaanKerstin SchneebergerBart SpeePeter DubruelSandra Van Vlierberghe

A1 Journal Article in BIOMACROMOLECULES

Optimization of hybrid gelatin-polysaccharide bioinks exploiting thiol-norbornene chemistry using a reducing additive

Nathan CarpentierLaurens ParmentierLouis Van der MeerenAndre SkirtachPeter DubruelSandra Van Vlierberghe

A1 Journal Article in BIOMEDICAL MATERIALS

Porcine ex-vivo intestinal mucus has age-dependent blocking activity against transmissible gastroenteritis virus

Waqar SaleemNathan CarpentierCharlotte HinnekensDayoung OhSandra Van VlierbergheKevin BraeckmansHans Nauwynck

A1 Journal Article in VETERINARY RESEARCH

2023

A preclinical platform for assessing long-term drug efficacy exploiting mechanically tunable scaffolds colonized by a three-dimensional tumor microenvironment

Elly De VlieghereKoen Van de VijverEva BlondeelNathan CarpentierRouba GhobeiraJarne PauwelsSebastian RiemannManon MinsartCharlotte FieuwsJohanna Mestach et al.

A1 Journal Article in BIOMATERIALS RESEARCH

Biopolymer-based hydrogel inks serving liver tissue engineering

Nathan CarpentierSandra Van VlierberghePeter Dubruel

Gelatin-based hybrid hydrogel scaffolds : toward physicochemical liver mimicry

Nathan CarpentierLouis Van der MeerenAndre SkirtachLindsey DevisscherHans Van VlierberghePeter DubruelSandra Van Vlierberghe

A1 Journal Article in BIOMACROMOLECULES

Porcine intestinal mucus has an age-dependent blocking activity against a porcine coronavirus (Transmissible Gastroenteritis Virus)

Waqar SaleemNathan CarpentierCharlotte HinnekensSandra Van VlierbergheKevin BraeckmansHans Nauwynck

The native liver as inspiration to create superior in vitro hepatic models

Nathan CarpentierLuca UrbaniPeter DubruelSandra Van Vlierberghe

A1 Journal Article in BIOMATERIALS SCIENCE

2022

Development of ECM mimicking 3D-hydrogel scaffolds for liver tissue engineering

Nathan CarpentierSara CampinotiLuca UrbaniPeter DubruelSandra Van Vlierberghe

Hybrid scaffolds as long-term in vitro co-culture model for targeted treatment of ovarian cancer

Elly De VlieghereEva BlondeelNathan CarpentierKoen Van de VijverSandra Van VlierbergheOlivier De Wever

Hybrid scaffolds to create long-term in vitro co-culture model for targeted treatment of ovarian cancer

Elly De VlieghereEva BlondeelNathan CarpentierKoen Van de VijverSandra Van VlierbergheOlivier De Wever

Preclinical platform for long-term evaluation of drug efficacy using three-dimensional tumor-stroma spheroids embedded in stiffness-tunable scaffolds

Elly De VlieghereEva BlondeelNathan CarpentierManon MinsartKoen Van de VijverSandra Van VlierbergheOlivier De Wever

2021

Tissue engineered hybrid scaffold with relevant stiffness and extracellular matrix (ECM) as long-term in vitro model for low-grade serous ovarian carcinoma (LGSOC)

Elly De VlieghereEva BlondeelNathan CarpentierSebastian RiemannWim CeelenSandra Van VlierbergheOlivier De Wever

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