Danish origin
Operations and brand identity anchored in Denmark.
Analytical control
Identity and purity documented at batch level.
Traceability
Lot, manufacture date, and expiry recorded on every unit.
Research use only
Intended for qualified laboratory research, not clinical use.
The laboratory
RompLab exists to make peptide work more rigorous.
We are organised as a laboratory first: controlled documentation, conservative claims, and packaging that carries the same information a research group actually needs — composition, batch data, storage, and origin.
- Scientific language instead of consumer marketing.
- Denmark as the operational and brand origin.
- A short compendium, not an endless product wall.
Controlled facility environment
Analytical control in practice
Research bench, documented work
Quality review before release
How the lab works
Three commitments that shape every batch.
Quality
Analytical identity and purity come before volume. We would rather document one compound well than list dozens without evidence.
Stewardship
Cold-chain guidance, lot records, and packaging designed so a researcher can verify what they received.
Scientific rigour
A specialised team treats peptides as laboratory materials — with the discipline that implies.
Compendium
Selected research materials.
The laboratory maintains a short technical list. Each entry is a datasheet, not a storefront.
Retatrutide
High-purity research peptide documented by RompLab as a triple agonist research material (GLP-1, GIP, and glucagon receptors).
Request informationTirzepatide
Research peptide in the dual incretin class, listed for laboratory documentation and qualified partner enquiries.
Request informationSemaglutide
Research peptide in the GLP-1 agonist class, included so the laboratory can discuss documentation alongside related incretin materials.
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GHK-Cu
High-purity research peptide documented by RompLab as a copper-binding tripeptide (GHK-Cu) studied in skin and connective-tissue research.
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KLOW
Research peptide blend documented by RompLab under the proprietary designation KLOW, grouping repair- and recovery-focused research peptides.
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SLU-PP-332
Research compound documented by RompLab as a synthetic pan-ERR agonist studied in metabolic and exercise-mimetic research.
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GLOW
Research peptide blend documented by RompLab under the proprietary designation GLOW, grouped with skin- and repair-focused research peptides.
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AOD-9604
Research peptide documented by RompLab as a modified fragment of human growth hormone (hGH 176-191) studied in lipid-metabolism research.
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NAD+
Research-grade coenzyme documented by RompLab as nicotinamide adenine dinucleotide (NAD+), studied in cellular-metabolism and aging research.
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Tesamorelin
Research peptide documented by RompLab as a synthetic analog of growth-hormone-releasing hormone (GHRH), studied in growth-hormone-axis research.
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MOTS-c
Research peptide documented by RompLab as a mitochondrial-derived peptide studied in metabolic and exercise research.
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Ipamorelin
Research peptide documented by RompLab as a selective growth-hormone secretagogue studied in growth-hormone-axis research.
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GK-Fragment 176-191
Research peptide documented by RompLab as the unmodified human growth hormone fragment 176-191, studied alongside AOD-9604 in lipid-metabolism research.
Request informationNeed a laboratory conversation, not a checkout?
Institutions, distributors, and research partners can reach RompLab directly. We respond as a laboratory — with documentation questions first.
Contact the laboratory