Single-cell transcriptome sequencing and proteomics reveal neonatal ileum dynamic developmental potentials

Single-cell transcriptome sequencing and proteomics reveal neonatal ileum dynamic developmental potentials

The neonatal period is a crucial time during development of the mammalian small intestine. Moreover, neonatal development and maturation of the small intestine are exceptionally important for early growth, successful weaning, and post-weaning growth and development, in order to achieve species-speci...

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Bibliographic Details
Main Authors: Chen, L. (Author), Feng, S. (Author), Feng, X. (Author), Han, H. (Author), Kang, B. (Author), Meng, Q. (Author), Shen, W. (Author), Tang, S. (Author), Tang, X. (Author), Xiong, B. (Author), Zhang, H. (Author), Zhang, P. (Author), Zhang, S. (Author), Zhao, Y. (Author), Zhong, R. (Author)
Format: Article
Language:English
Published: American Society for Microbiology 2021
Subjects:
adult
animal cell
animal experiment
animal tissue
Article
BMP signaling
cell differentiation
cell maturation
cell population
cell viability
controlled study
DNA library
enteroendocrine cell
epithelium cell
G protein coupled receptor
gene expression
gene ontology
gene regulatory network
goblet cell
histopathology
Ileum
ileum epithelium
interleukin 6
intestine cell
intestine flora
marker gene
Microbiota
mouse
Neonatal development
newborn
newborn period
nonhuman
Paneth cell
perinatal development
proteomics
Proteomics
ScRNA-seq
secretory cell
single cell analysis
single cell RNA seq
skin hemangioma
TGF beta signaling
transcriptome sequencing
transforming growth factor beta
Western blotting
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