Postnatal human enteric neurospheres show a remarkable molecular complexity.

Stefanie SchmitteckertTanja MedererRalph RöthPatrick GüntherStefan Holland-CunzMarco MetzgerYvonne SamstagJutta Schröder-BraunsteinGuido WabnitzStefan KurzhalsJutta ScheuererCarlo A BerettaFelix LasitschkaGudrun A RappoldPhilipp RomeroBeate Niesler

Published in: Neurogastroenterology and motility : the official journal of the European Gastrointestinal Motility Society (2019)

Our results emphasize the assessment of molecular signatures to be essential for standardized use, optimization of experimental approaches, and elimination of potential risk factors, as the formation of tumors. Our study pipeline may serve as a blueprint implemented into the characterization procedure of enteric neurospheres for various future applications.

Keyphrases

risk factors
endothelial cells
preterm infants
single molecule
induced pluripotent stem cells
gene expression
pluripotent stem cells
risk assessment
climate change
human health