IGF DES

IGF DES Peptide – Short-Acting IGF-1 Fragment for Research Use

IGF DES is a synthetic peptide fragment derived from Insulin-Like Growth Factor 1 (IGF-1), commonly studied in cellular biology and biochemical research. This short-acting IGF-1 fragment, often referred to as the “IGF-1 DES fragment,” has been widely investigated for its role in cell signaling, protein synthesis, and tissue modeling in experimental settings.

What Is IGF DES?

IGF DES is a truncated version of IGF-1, specifically designed to target cellular receptors with higher tissue selectivity in research models. It is highly valued in laboratory studies for understanding cellular proliferation, receptor interactions, and signaling pathways without the complexity of full-length IGF-1.

Key Research Observations / Benefits

• Supports cell proliferation studies – widely referenced in in vitro models for tissue and muscle research.

• Short-acting IGF fragment – allows controlled receptor interaction in lab experiments.

• Enhanced receptor binding selectivity – commonly studied for tissue-specific signaling in research applications.

• Promotes protein synthesis in experimental models – often referenced in laboratory studies of growth factor pathways.

Laboratory Applications

IGF DES is primarily used in cell culture and molecular biology experiments, including:

• Tissue modeling and cellular growth research

• Protein synthesis and receptor signaling studies

• Comparative analysis of IGF-1 fragments and their biological activity

Experimental concentrations typically range from nanomolar to micromolar levels in in vitro assays, depending on protocol and cell type.

Product Highlights

• High-purity IGF DES peptide

• Water-soluble, lab-ready formulation

• No fillers, excipients, or additives

• Manufactured to strict research-grade standards

Important Notice:
This product is intended for research and educational purposes only.
Not for human consumption, medical use, or diagnostic purposes.