Adamax

ADAMAX 10mg

Important Notices:
This product is sold for scientific research purposes only.
Product is provided as a lyophilized (freeze-dried) powder in a sealed, sterile vial.
The quantity on the label refers to the total amount of product inside each vial.
Additional lab supplies are required for conducting research such as bacteriostatic water for reconstitution, syringes  & needles to draw from the vials, and alcohol prep pads for sanitizing vial stoppers prior to needle insertion.
Vial appearance, label, seal and cap colors may vary from product photos.

Adamax is a synthetic peptide based on the Russian-developed nootropic Semax, with a modified structure designed to enhance its stability and effects. Research on Adamax has primarily been conducted in animal and laboratory settings, and much of the evidence on its benefits is based on studies of its predecessor, Semax

Research is ongoing, with potential benefits identified of:

• Enhanced cognitive function
  Adamax and Semax may offer powerful nootropic effects, or “smart drug” effects, that enhance cognitive performance, particularly in stressful conditions. This could lead to improved attention, focus, and executive function. Like its parent peptide, Adamax may enhance brain activity within the default mode network, which is linked to focused thought. 
• Improved endurance and recovery
  The added adamantane portion in Adamax may improve its ability to cross the blood-brain barrier and enhance stability, making it potentially more effective than some other Semax analogues. This may lead to improved endurance and speedier recovery after strenuous exercise. 
• Mood regulation
  The precursor peptide, Semax, has demonstrated antidepressant-like and anxiolytic-like (anti-anxiety) effects in studies. It works by influencing receptors and enzymes involved in regulating mood, which suggests Adamax may offer similar benefits
• Increased neuroprotection
  Adamax, like Semax, may help protect neurons in the brain, potentially preserving brain functions such as memory, perception, and motor skills. 

   

  1. Protection from stress: Semax promotes neuron survival during hypoxia (lack of oxygen) and protects mitochondria, which can prevent cell damage.
  2. Regulation of inflammation: By modulating inflammatory genes, Semax can reduce inflammation and the resulting oxidative stress that may contribute to neurodegeneration