Meet Our Research Line

Calm and stress-response research

Selank is studied for the way the brain responds to stress and mental pressure.

Think of it as researchers examining the brain’s “volume control” during stressful situations.

Focus and brain-signaling research

Semax is studied for its connection to focus, memory, and communication between brain cells.

Think of it as exploring how the brain sends, receives, and protects important messages.

BPC-157 10 mg + TB-500 10 mg

Repair and recovery research

This combination is studied for signals involved in inflammation, tissue repair, and recovery after physical stress.

Think of the two compounds as members of a repair crew, with each one being studied for a different job.

Most of the available research is still based on laboratory and animal studies.

Antioxidant and cellular-protection research

Glutathione is made naturally inside the body. It helps cells manage oxidative stress and process certain unwanted compounds.

Think of it as part of the body’s built-in cleanup and recycling system.

Metabolism research

5-Amino-1MQ is studied for its effect on an enzyme connected to how cells store and use energy.

Think of that enzyme as a small control gate within the metabolism. Researchers are studying what changes when the gate is slowed down.

5-Amino-1MQ is technically a research compound rather than a peptide. Current published findings are mainly from laboratory and animal studies.

Cellular-energy research

SLU-PP-332 is studied for the way cells produce and use energy, particularly inside muscle tissue.

Animal research has examined some of the same cellular signals activated by exercise. This does not mean the compound replaces exercise or that the same findings have been proven in people.

SLU-PP-332 is a research compound rather than a peptide.

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Metabolic research

Retatrutide is being studied because it communicates with three receptors involved in appetite, digestion, blood sugar, and energy use.

Think of it as researchers studying three related control switches at the same time instead of only one.

Retatrutide has reached human clinical trials, but it remains investigational and is not currently an FDA-approved medication.

GHK-Cu 50 mg + KPV 10 mg + BPC-157 10 mg + TB-500 10 mg

Skin, inflammation, and repair research

KLOW combines four research compounds.

GHK-Cu is studied in connection with skin and collagen. KPV is studied for inflammation-related signals. BPC-157 and TB-500 are studied in tissue-repair and recovery models.

Think of KLOW as a four-member research team. Each member brings a different area of interest to the larger study of cellular repair.

The complete KLOW combination has not been established as safe or effective through controlled human trials.

Growth-hormone signaling research

CJC and Ipamorelin are studied for signals connected to the body’s release of growth hormone.

Think of them as two different doorbells connected to the same communication system.

Researchers are interested in how this signaling system relates to sleep, recovery, metabolism, and body composition.

Desire and brain-signaling research

PT-141 is studied for the way the brain communicates signals connected with desire and arousal.

Unlike compounds studied mainly for blood flow, PT-141 research begins with signaling inside the brain.

One specific prescription form of bremelanotide has FDA approval for a narrowly defined condition in certain women. That approval does not extend to research-grade PT-141 or other proposed uses.