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The secretory function of BECN1 in metabolic regulation
Kenta Kuramoto,
Congcong He
*
*
Corresponding author for this work
Cell & Developmental Biology
Research output
:
Contribution to journal
›
Article
›
peer-review
7
Scopus citations
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Keyphrases
Metabolic Regulation
100%
Insulin Sensitivity
100%
Autophagy-related Proteins
100%
BECN1
100%
Secretory Activity
100%
Adiponectin
75%
Autophagy
75%
Adipose Tissue
50%
Energy Metabolism
50%
Insulin Storage
50%
Collagen
25%
Molecular Mechanism
25%
Adipokines
25%
Islet
25%
Specific Expression
25%
Non-cell Autonomous
25%
Protein Subunit
25%
Organ Development
25%
Metabolic Disorders
25%
Lysosome
25%
Organ Function
25%
Metabolic Organs
25%
Metabolic Tissues
25%
Degradation Pathway
25%
Macroautophagy
25%
Exocyst
25%
Organ Homeostasis
25%
Biochemistry, Genetics and Molecular Biology
BECN1
100%
Metabolic Regulation
100%
Autophagy
100%
Insulin Sensitivity
57%
Secretion (Process)
28%
Energy Metabolism
28%
Lysosome
14%
Homeostasis
14%
Organogenesis
14%
Protein Subunit
14%
Macroautophagy
14%
Adipokine
14%
Exocyst
14%
Adiponectin
14%
Immunology and Microbiology
Metabolic Regulation
100%
Autophagy
100%
Insulin Sensitivity
57%
Adipose Tissue
42%
Secretion (Process)
28%
Energy Metabolism
28%
Insulin
28%
Homeostasis
14%
Adipokine
14%
Organogenesis
14%
Protein Subunit
14%
Lysosome
14%
Macroautophagy
14%
Adiponectin
14%