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PRODUCT PROFILE

IGF-1 LR3

£47.99

IGF-1 LR3 is extended igf-1 analogue with reduced binding-protein affinity. Researchers examine it in relation to sustained igf-1 receptor signalling in growth, metabolism and cell-culture models.

Why it is distinct

Designed for longer, less binding-protein-restricted IGF signalling than native IGF-1 or IGF-1 DES.

  • Evidence stageExperimental
  • AvailabilityAvailable · 10 in stock
  • Batch recordPublished after verification
  • DispatchConfirmed at checkout

10 in stock

SKU: ADINA-GHR-IGF-1-LR3-1MG Category: Tags: , ,

PRODUCT INFORMATION

Clear first. Detailed when needed.

What this material is+

IGF-1 LR3 is extended igf-1 analogue with reduced binding-protein affinity. Researchers examine it in relation to sustained igf-1 receptor signalling in growth, metabolism and cell-culture models.

Research focus+

Researchers study how prolonged IGF-1 signalling affects cell growth, metabolism and survival. Because it strongly affects growth pathways, it is not presented as a wellness or personal-use product.

How the mechanism differs+

Sequence extension and substitution reduce IGF-binding-protein interaction, increasing free analogue exposure in experimental systems.

Evidence and limitations+

Experimental laboratory reagent without an authorised human indication; safety and efficacy are not established.

Testing and batch documentation+

No live certificate is shown for this staging item. ADINA will only publish a batch document after the product identifier, test method and result have been checked.

RESEARCH PROFILE

Understand the distinction.

Molecular role

Extended IGF-1 analogue with reduced binding-protein affinity

Research focus

Researchers study how prolonged IGF-1 signalling affects cell growth, metabolism and survival. Because it strongly affects growth pathways, it is not presented as a wellness or personal-use product.

How it works

Sequence extension and substitution reduce IGF-binding-protein interaction, increasing free analogue exposure in experimental systems.

Key differentiator

Designed for longer, less binding-protein-restricted IGF signalling than native IGF-1 or IGF-1 DES.

Evidence context

Experimental laboratory reagent without an authorised human indication; safety and efficacy are not established.

Educational research context only. This information is not dosage, administration or personal-use guidance.