AGPAT6: Proteins and Enzymes
Glycerol-3-phosphate acyltransferase 4 (GPAT4), also known as AGPAT6, is a novel glycerolipid acyltransferase of the ER, which is crucial for the production of milk fat by the mammary gland.
Agpat6 deficiency leads to a reduction in body weight and resistance to both diet-induced and genetically induced obesity. This reduced body weight is associated with increased energy expenditure, reduced triglyceride accumulation in BAT and WAT, reduced white adipocyte size, and lack of adipose tissue in the subdermal region. AGPAT6 fills a unique role in determining triglyceride content and composition in adipose tissue and liver that cannot be compensated by other members of the Agpat family.
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Agpat6 deficiency leads to a reduction in body weight and resistance to both diet-induced and genetically induced obesity. This reduced body weight is associated with increased energy expenditure, reduced triglyceride accumulation in BAT and WAT, reduced white adipocyte size, and lack of adipose tissue in the subdermal region. AGPAT6 fills a unique role in determining triglyceride content and composition in adipose tissue and liver that cannot be compensated by other members of the Agpat family.
3 results for "AGPAT6 Proteins and Enzymes" in Products
3 results for "AGPAT6 Proteins and Enzymes" in Products
AGPAT6: Proteins and Enzymes
Glycerol-3-phosphate acyltransferase 4 (GPAT4), also known as AGPAT6, is a novel glycerolipid acyltransferase of the ER, which is crucial for the production of milk fat by the mammary gland.
Agpat6 deficiency leads to a reduction in body weight and resistance to both diet-induced and genetically induced obesity. This reduced body weight is associated with increased energy expenditure, reduced triglyceride accumulation in BAT and WAT, reduced white adipocyte size, and lack of adipose tissue in the subdermal region. AGPAT6 fills a unique role in determining triglyceride content and composition in adipose tissue and liver that cannot be compensated by other members of the Agpat family.
Show More
Agpat6 deficiency leads to a reduction in body weight and resistance to both diet-induced and genetically induced obesity. This reduced body weight is associated with increased energy expenditure, reduced triglyceride accumulation in BAT and WAT, reduced white adipocyte size, and lack of adipose tissue in the subdermal region. AGPAT6 fills a unique role in determining triglyceride content and composition in adipose tissue and liver that cannot be compensated by other members of the Agpat family.
| Applications: | WB, ELISA, MA, AP |
| Applications: | WB, ELISA, MA, AP |
| Applications: | AC |