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Multi-Omics Uncover Neonatal Cecal Cell Development Potentials
by
Li Shen
, Ruqing Zhong
, Qingshi Meng
, Hongfu Zhang
, Xiangfang Tang
, Liang Chen
, Cong Zhang
, Yong Zhao
, Xiaohui Feng
, Sheng Zhang
, Yue Jiang
, Shouwei Tang
in
Biochemistry
/ Biochemistry, Genetics and Molecular Biology
/ Biology
/ Biology (General)
/ Cecum
/ Cell
/ Cell and Developmental Biology
/ Cell biology
/ Composition and Health Effects of Human Milk
/ Comprehensive Integration of Single-Cell Transcriptomic Data
/ development
/ Diversity and Function of Gut Microbiome
/ Ecology
/ Endocrine system
/ Enteroendocrine cell
/ Environmental health
/ Epithelium
/ FOS: Biological sciences
/ FOS: Clinical medicine
/ FOS: Health sciences
/ Genetics
/ Goblet cell
/ Health Sciences
/ Hormone
/ Immune Development
/ Immune system
/ Immunology
/ Life Sciences
/ Medicine
/ metabolomics
/ Microbiology
/ microbiota
/ Microfold cell
/ Molecular Biology
/ Nursing
/ Nutrition and Dietetics
/ Paneth cell
/ Population
/ proteomics
/ QH301-705.5
/ single cell RNA-seq (transcriptomics)
/ Small intestine
2022
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Multi-Omics Uncover Neonatal Cecal Cell Development Potentials
by
Li Shen
, Ruqing Zhong
, Qingshi Meng
, Hongfu Zhang
, Xiangfang Tang
, Liang Chen
, Cong Zhang
, Yong Zhao
, Xiaohui Feng
, Sheng Zhang
, Yue Jiang
, Shouwei Tang
in
Biochemistry
/ Biochemistry, Genetics and Molecular Biology
/ Biology
/ Biology (General)
/ Cecum
/ Cell
/ Cell and Developmental Biology
/ Cell biology
/ Composition and Health Effects of Human Milk
/ Comprehensive Integration of Single-Cell Transcriptomic Data
/ development
/ Diversity and Function of Gut Microbiome
/ Ecology
/ Endocrine system
/ Enteroendocrine cell
/ Environmental health
/ Epithelium
/ FOS: Biological sciences
/ FOS: Clinical medicine
/ FOS: Health sciences
/ Genetics
/ Goblet cell
/ Health Sciences
/ Hormone
/ Immune Development
/ Immune system
/ Immunology
/ Life Sciences
/ Medicine
/ metabolomics
/ Microbiology
/ microbiota
/ Microfold cell
/ Molecular Biology
/ Nursing
/ Nutrition and Dietetics
/ Paneth cell
/ Population
/ proteomics
/ QH301-705.5
/ single cell RNA-seq (transcriptomics)
/ Small intestine
2022
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Do you wish to request the book?
Multi-Omics Uncover Neonatal Cecal Cell Development Potentials
by
Li Shen
, Ruqing Zhong
, Qingshi Meng
, Hongfu Zhang
, Xiangfang Tang
, Liang Chen
, Cong Zhang
, Yong Zhao
, Xiaohui Feng
, Sheng Zhang
, Yue Jiang
, Shouwei Tang
in
Biochemistry
/ Biochemistry, Genetics and Molecular Biology
/ Biology
/ Biology (General)
/ Cecum
/ Cell
/ Cell and Developmental Biology
/ Cell biology
/ Composition and Health Effects of Human Milk
/ Comprehensive Integration of Single-Cell Transcriptomic Data
/ development
/ Diversity and Function of Gut Microbiome
/ Ecology
/ Endocrine system
/ Enteroendocrine cell
/ Environmental health
/ Epithelium
/ FOS: Biological sciences
/ FOS: Clinical medicine
/ FOS: Health sciences
/ Genetics
/ Goblet cell
/ Health Sciences
/ Hormone
/ Immune Development
/ Immune system
/ Immunology
/ Life Sciences
/ Medicine
/ metabolomics
/ Microbiology
/ microbiota
/ Microfold cell
/ Molecular Biology
/ Nursing
/ Nutrition and Dietetics
/ Paneth cell
/ Population
/ proteomics
/ QH301-705.5
/ single cell RNA-seq (transcriptomics)
/ Small intestine
2022
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Multi-Omics Uncover Neonatal Cecal Cell Development Potentials
Journal Article
Multi-Omics Uncover Neonatal Cecal Cell Development Potentials
2022
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Publisher
Frontiers Media SA
Subject
/ Biochemistry, Genetics and Molecular Biology
/ Biology
/ Cecum
/ Cell
/ Cell and Developmental Biology
/ Composition and Health Effects of Human Milk
/ Comprehensive Integration of Single-Cell Transcriptomic Data
/ Diversity and Function of Gut Microbiome
/ Ecology
/ Genetics
/ Hormone
/ Medicine
/ Nursing
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