Laboratory research catalog

Onderzoekpeptiden, overzichtelijk.

Shop premium onderzoekpeptiden per categorie, hoeveelheid, vorm, opslagnotitie en certificaatondersteuning.

Alleen voor onderzoeksgebruik. Niet voor persoonlijk, klinisch of veterinair gebruik. Geen begeleiding voor bereiding, behandeling of resultaten.

01 / How it works

Shop. Check. Order.

001

Kies.

Choose the compound, vial amount, and form required for your research.

002

Betaal.

Pay by card or USDC through Roots Commerce. An account keeps your order history in one place.

003

Ontvang.

Wereldwijde verzending in 7-14 werkdagen met discrete verpakking en tracking per e-mail.

02 / Catalog

Shop per categorie.

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Peptides

Single-compound listings with amount, form, and purity cues visible.

02 / 08

Blends

Multi-compound formats grouped by research category.

03 / 08

Longevity

Mitochondrial, redox, senescence, and cellular-resilience research.

04 / 08

Nootropics

Focus, sleep, stress, and neuro-signaling categories.

05 / 08

Recovery

Repair-pathway, connective-tissue, epithelial, and matrix research.

06 / 08

Metabolic

Incretin, AMPK, adipose, GH-fragment, and energy-use literature.

07 / 08

Aesthetic

Skin, pigment, melanocortin, copper peptide, and dermal matrix research.

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Supplies

Bacteriostatic water and related research supplies.

03 / Featured peptides

Uitgelichte producten.

Tier C Documentation by support

BPC-157

Researchers use BPC-157 to study how tissues respond to stress, irritation, and repair signals in preclinical models.

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Tier B/C Documentation by support

BPC-157 + TB-500 Blend

Researchers use this BPC-157 and TB-500 blend to compare two repair-pathway peptides in one study setup.

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Tier B/C Documentation by support

HGH

Researchers use HGH to study research catalog questions in a controlled lab setting.

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Tier B/C Documentation by support

GHK-Cu

Researchers use GHK-Cu to study copper-peptide signals linked to skin structure, collagen, and tissue-repair models.

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Tier C Documentation by support

MOTS-c

Researchers use MOTS-c to study how mitochondria communicate with the cell during energy stress and metabolic adaptation.

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Tier A Documentation by support

Tirzepatide

Researchers use Tirzepatide to study how two gut-hormone pathways may influence appetite, blood-sugar control, and body-weight markers.

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04 / Peptide science

Research context.

Peptide chain Amino acid sequence

Metabolic GLP-1 / GIP / glucagon

Retatrutide, tirzepatide, semaglutide, and mazdutide belong to incretin-family research around receptor signaling, appetite biology, and energy-balance markers.

Recovery Matrix / repair pathways

BPC-157, TB-500, GHK-Cu, KPV, and LL-37 are grouped around tissue-stress, collagen matrix, epithelial, immune, and antimicrobial research.

Cellular performance Mitochondria / redox / GH axis

MOTS-c: mitochondrial-derived peptide and AMPK-adjacent literature. SS-31: cardiolipin and mitochondrial membrane research. CJC / Ipamorelin: GHRH and GHS-R signaling studies. Semax / Selank / DSIP: neuropeptide, stress, and sleep-adjacent literature.

Retatrutide

Strong human-trial maturity in metabolic research, without consumer outcome claims.

Tier A

BPC-157

Recovery-category interest with a preclinical-heavy evidence profile.

Tier C

MOTS-c

Mitochondrial and longevity-adjacent research context.

Tier C