Metabolism

Metabolism

Metabolism research delves into the intricate biochemical processes powering every cell, involving a complex network of reactions converting nutrients into energy and building blocks. It encompasses all chemical reactions within organisms, governing nutrient transformation, molecule synthesis, and waste elimination. This dynamic field explores metabolic pathways and regulatory mechanisms, aiming to uncover fundamental principles in cellular and organismal metabolism.

In metabolism research, scientists explore metabolic regulation, nutrient sensing, and signal integration across tissues. Understanding metabolic pathways provides profound insights into disorders, obesity, and adaptations. The impact of this research extends widely, influencing fields like medicine, nutrition, and exercise physiology, leading to breakthroughs in diabetes management, personalized nutrition plans, and strategies for metabolic health.

With a catalog boasting over 15,000 protein targets, trial sizes for exploring emerging projects, and advanced validation methods, Aviva is dedicated to supporting researchers as they pave the way for new discoveries and breakthroughs in Metabolism Research.


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Silibinin improves nonalcoholic fatty liver by regulating the expression of miR-122: An in vitro and in vivo study.
https://pubmed.ncbi.nlm.nih.gov/33760189/

Product: ARP44796_P050
Target: CPT1A
Application: WB

This study demonstrates that silibinin, a flavonoid, improves fatty liver and insulin resistance by regulating lipid metabolism. It reduces triglyceride content and the expression of miR-122, FAS, and ACC while increasing CPT1A expression, suggesting that miR-122 inhibition could be a novel therapeutic target for fatty liver disease.


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