Description
IGF-1 LR3 (IGF1 LR3) โ Premium IGF-1 Analog for Research Buy IGF1LR3
extend activity and maintain receptor engagement during experiments. The LR3 modification (an N-terminal
extension plus an Arg substitution at position 3) decreases affinity for IGF-binding proteins (IGFBPs), leaving more
peptide freely available to bind IGF-1 receptors (IGF1R). For researchers interested in growth, repair, and metabolic
signaling, IGF-1 LR3 offers a durable tool to interrogate the GH/IGF axis. If you are looking to
buy IGF1LR3 for laboratory study, this listing summarizes the key mechanisms and suggested cross-links.
Why Researchers Choose to buy IGF-1 LR3 (Buy IGF1LR3)
- Extended activity: Reduced IGFBP binding preserves free peptide to engage IGF1R longer.
- Robust anabolic readouts: Convenient for assays focused on mTOR-driven protein synthesis, hypertrophy, and repair.
- Versatility: Useful in skeletal muscle, tendon/ligament, and general tissue-engineering contexts where IGF1 signaling is relevant.
- Complementary with GH-axis tools: Often studied alongside GHRH/GHS secretagogues to profile the GH/IGF system.
Research-Use Only. Not for human consumption. No medical claims. Handle according to standard laboratory and institutional guidelines. Refer to COA for analytical details and purity data.
Notes on Handling & Study Design
When designing studies with IGF-1 LR3, consider time-course readouts (e.g., 30โ240ย min) to capture early Akt phosphorylation
versus later mTOR-dependent protein synthesis; define serum conditions to manage IGFBP background; and pre-register endpoints
(myotube diameter, p-Akt/p-S6, myogenic markers, collagen synthesis, or glucose uptake) to keep data comparable across runs.
If pairing with GH-axis secretagogues, include appropriate single-agent controls to map pathway independence or synergy.
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