Due to its reduced binding affinity to IGFBPs, IGF-1 DES can achieve greater concentrations in targeted areas, enhancing its anabolic and hypoglycemic effects. This property has made IGF-1 DES a popular molecule in research, especially for its potential applications in cellular regeneration and glial proliferation in the central nervous system. Studies suggest that IGF-1 DES might promote faster wound repair, making it a candidate for investigations into neuroprotection and recovery after neuronal injury, though its effects vary depending on dose and administration.
Frontiers in CNS Drug Discovery (2011) Frontiers in CNS Drug Discovery. Bentham Science Publishers.
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For detailed information about IGF DES 1-3 by Pharmaqo Labs, consult with your doctor or healthcare professional.
Frontiers in CNS Drug Discovery (2011) Frontiers in CNS Drug Discovery. Bentham Science Publishers.
Frontiers in CNS Drug Discovery (2011) Frontiers in CNS Drug Discovery. Bentham Science Publishers.
Frontiers in CNS Drug Discovery (2011) Frontiers in CNS Drug Discovery. Bentham Science Publishers.