IGF-1LR3 1MG

Insulin-like Growth Factor 1 Long-Reduced 3 (IGF-1LR3) is a research-use-only peptide derived from human recombinant DNA technology. This molecule is synthesized as part of academic and industrial biochemistry research to study its potential biological effects under controlled laboratory conditions.

Research Context

IGF-1 is a key growth factor involved in cell growth, metabolism, and repair. The Long-Reduced 3 variant represents a modified form of IGF-1, characterized by specific amino acid truncations or modifications that alter its structure. Such peptides are often studied for their distinct biological activities compared to native IGF-1.

Research Overview

IGF-1LR3 has been explored in research settings for its potential role in various physiological and pathological mechanisms. The Long-Reduced variants are typically synthesized to investigate their binding affinity, receptor specificity, and downstream signaling pathways distinct from native IGF-1. While IGF-1LR3 itself has not been widely documented in extensive clinical studies, its derivative forms are used extensively in academic research to gain insights into growth factor biology.

Key Research Focus Areas

• Binding affinity and receptor specificity studies
• Investigation of metabolic and anabolic effects under controlled conditions
• Exploration of cellular signaling pathways
• Comparative structural and functional analysis with native IGF-1
• Evaluation of potential applications in disease models or aging research

Safety and Compliance Statement

This product is intended solely for research purposes and is not authorized for human or animal consumption. Due to its potential biological activity, IGF-1LR3 must be handled with strict adherence to laboratory biosafety protocols and proper disposal procedures. Researchers are advised to follow all applicable regulatory guidelines and institutional requirements for the storage, use, and disposal of peptide materials.

Important Disclaimer

For research use only. Not for human or animal consumption.