33 Degrees of Healing. Research Compounds

Tissue Biology

Tissue Repair Research

Research investigates peptide mechanisms in tissue repair pathways, inflammatory response, and vascular function. BPC-157, a synthetic peptide based on a fragment of BPC, a protein naturally present in human gastric fluid, is one of the most extensively studied peptides in research settings.

✓BPC-157 shown in clinical research to accelerate muscle, tendon, and ligament repair

✓TB-500 investigated for cell-migration and tissue-remodeling mechanisms

BPC-157

Pentadecapeptide research compound

$75.00Learn More

TB-500

Tissue-remodeling research

From $45Learn More

BPC-157 + TB-500 Bundle

BPC-157 + TB-500 dual-pathway

$110.00Learn More

GHK-CU

Collagen & skin research

From $45Learn More

Explore Tissue Biology

Cellular Aging

Cellular Aging & Longevity Research

Research examines cellular health mechanisms, mitochondrial energy pathways, and age-related biological processes. NAD+ is a coenzyme critical for cellular energy production that declines significantly with age.

~30%NAD+ decline between ages 45–60 Source

✓Studied in cellular-energy and DNA-repair pathway research

NAD+

Cellular energy & DNA repair

From $99Learn More

MOTS-c

Mitochondrial exercise mimetic

From $69Learn More

Epithalon

Telomerase activator

From $45Learn More

SS-31

Mitochondria-targeting peptide

From $60Learn More

Glutathione

Redox & antioxidant research

$75.00Learn More

Explore Cellular Aging

Metabolic Science

Metabolic & Endocrine Research

Gold 33 is a triple-receptor agonist (multi-pathway) studied in Phase 3 clinical trials for metabolic mechanisms. Research investigates effects on appetite signaling, digestion pathways, and glucose-insulin metabolism.

3 Receptor TargetsThe first tri-agonist peptide studied across multi-receptor metabolic pathways simultaneously Source

✓Triple-receptor mechanism studied across appetite, digestion, and metabolism pathways

Gold 33

Triple-receptor metabolic agonist

From $145Learn More

Tesamorelin

Visceral fat reduction

$85.00Learn More

AOD 9604

HGH fragment 176-191 research

$90.00Learn More

5-Amino-1MQ

Selective NNMT inhibitor

$89.00Learn More

Tesofensine

Monoamine reuptake inhibitor

$300.00Learn More

LIPO-C Blend

Lipotropic research blend

$399.00Learn More

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Immune Signaling

Skin & Tissue Research

The Glow Blend combines three research peptides. BPC-157, TB-500, and GHK-CU. in a single formulation investigated for mechanisms in collagen synthesis, wound-closure pathways, and skin cell function.

40–50%Wound closure mechanisms examined in research models vs. control Source

60%GHK-CU plasma decline from age 20 to 60 Source

Glow Blend

BPC-157 + TB-500 + GHK-CU

$125.00Learn More

GHK-CU

Copper peptide complex

From $45Learn More

KPV

Alpha-MSH C-terminal tripeptide

$49.00Learn More

CJC + IPA

Dual GH secretagogue blend

$75.00Learn More

Thymosin Alpha-1

Immunomodulatory peptide research

$89.00Learn More

Explore Immune Signaling

Cellular Energy

Cellular Energy Research

Ipamorelin is one of the most selective growth hormone secretagogues studied. investigated for GH release mechanisms without cortisol or ACTH elevation. Research examines mechanisms in growth-hormone signaling and sleep pathways."

SelectiveIpamorelin stimulates GH release without elevating cortisol or ACTH

✓Published peer-reviewed research confirms selectivity over other GH secretagogues

Ipamorelin

Selective GH secretagogue

$69.00Learn More

MOTS-c

Endurance & fatigue resistance

From $69Learn More

Sermorelin

GHRH analog

$89.00Learn More

SLU-PP-332

Pan-ERR agonist

$99.00Learn More

Methylene Blue

Mitochondrial electron carrier

$150.00Learn More

Explore Cellular Energy

Neuro & Cognitive

Neurological & Cognitive Research

Research investigates peptide mechanisms in neuronal signaling, cognitive pathways, sleep architecture, and neuroendocrine regulation — spanning nootropic, neurotrophic, and receptor-signaling research.

✓Studied for mechanisms in neuronal signaling and cognitive research pathways

✓Spans nootropic, neurotrophic, and neuroendocrine research