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FOR LABORATORY RESEARCH USE ONLY NOT FOR HUMAN CONSUMPTION NOT APPROVED AS A MEDICINE 18+ ONLY

Disclaimer — Research Use Only

Materials listed on this website are supplied for laboratory research only (Research Use Only). They are not intended for human consumption.

12 entries

Retatrutide research vial
GLP-1 / metabolic Advanced clinical research

Retatrutide

Used in research on substantial body-composition research, appetite and metabolism (GIP/GLP-1/glucagon triple agonist).

  • Body-weight and fat-mass reduction (clinical research)
  • Appetite control / satiety
  • Metabolic markers and glycaemia
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Tirzepatide research vial
GLP-1 / metabolic Approved in selected indications (outside MarcinLabs)

Tirzepatide

Used for weight reduction, appetite and glycaemic control (dual GIP/GLP-1 agonist).

  • Body-weight management / obesity (where registered)
  • Type 2 diabetes (local indications)
  • Appetite and glycaemic control
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Semaglutide research vial
GLP-1 / metabolic Approved in selected indications (outside MarcinLabs)

Semaglutide

Used in research and clinic for body weight, appetite and type 2 diabetes (GLP-1 agonist).

  • Type 2 diabetes (local indications)
  • Obesity / overweight (product-dependent)
  • Appetite and calorie-intake control
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Cagrilintide research vial
GLP-1 / metabolic Early clinical research

Cagrilintide

Used in research on satiety, appetite and body weight (amylin analogue; often with GLP-1).

  • Appetite control (amylin analogue)
  • Body-weight reduction in research
  • Combinations with incretin agonists (e.g. with retatrutide)
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Tesamorelin research vial
Growth axis Approved in selected indications (outside MarcinLabs)

Tesamorelin

Used for visceral fat, the GH/IGF-1 axis and body composition (GHRH analogue).

  • Visceral adipose tissue (indications / research)
  • GH → IGF-1 axis
  • Body composition (community discussion)
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MOTS-c research vial
Cellular metabolism Mostly preclinical

MOTS-c

Discussed for glucose metabolism, performance and energetic adaptation (mitochondrial peptide).

  • Cellular metabolism / energy (research models)
  • Insulin sensitivity (preclinical + discussion)
  • “Mitochondrial” and longevity context
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BPC-157 research vial
Recovery Mostly preclinical

BPC-157

Discussed for tendon, joint and gut healing and soft-tissue recovery (mostly preclinical data).

  • Soft-tissue recovery (mostly preclinical)
  • Gut / mucosal context (discussion)
  • Muscle–tendon injuries (community narrative)
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TB-500 research vial
Recovery Mostly preclinical

TB-500

Discussed for muscle, tendon and soft-tissue recovery (thymosin β4–related).

  • Tissue recovery and flexibility (community narrative)
  • Return from overload / injuries (discussion)
  • Thymosin β4 fragment — cell migration (hypotheses)
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AOD9604 research vial
Cellular metabolism Early clinical research

AOD9604

Discussed for fat metabolism and body composition (hGH fragment; mixed evidence).

  • Body composition / lipolysis (research claims)
  • GH fragment 176–191 — without full GH spectrum
  • Fat-loss discussions
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Ipamorelin research vial
Growth axis Early clinical research

Ipamorelin

Used in research for GH pulses, recovery and body composition (often with CJC-1295).

  • GH-release stimulation (GHRP / ghrelin mimetic)
  • Sleep and recovery (community discussion)
  • Longer-term body composition (narrative)
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CJC-1295 research vial
Growth axis Early clinical research

CJC-1295

Used for GH/IGF-1 stimulation and body composition — with-DAC and no-DAC variants.

  • GHRH analogue — longer GH stimulation
  • no DAC vs DAC variants (different half-life)
  • Sleep, recovery, body composition (discussion)
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Epitalon research vial
Longevity Mostly preclinical

Epitalon

Discussed for ageing, telomeres and circadian rhythm (tetrapeptide; limited human evidence).

  • Longevity / anti-aging (niche)
  • Sleep and rhythms (discussion)
  • Telomere biology / telomerase (research hypotheses)
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