LVL UP BIOTECH supplies materials for laboratory and research use only. Nothing sold here is for human or animal consumption, and none of it is a drug, supplement, food, or medical product. By entering, you confirm you are at least 21 years of age and are obtaining these materials solely for lawful research.
Neutral, science-first reference material on the peptides and research compounds we supply — how they are classified, what they are structurally, and the areas of study where they appear in the literature.
Every compound LVL UP BIOTECH carries exists because a research question exists around it. This library is where we summarize that scientific context in plain terms — for the researchers, students, and curious readers who want to understand a molecule before they read its certificate of analysis.
Nothing here is medical, therapeutic, or dosing guidance, and nothing here describes use in humans or animals. These are laboratory research materials. What follows is background on the science — a plain-language summary of the publicly available research.
A triple-receptor peptide studied across metabolic and appetite-signaling research.
Read background →A long-acting GLP-1 receptor agonist peptide studied in metabolic and glucoregulatory research models.
Read background →A dual GIP and GLP-1 receptor agonist peptide studied in incretin and metabolic research models.
Read background →A mitochondrial-derived peptide studied in metabolic and mitochondrial research models.
Read background →A synthetic peptide fragment investigated in tissue-repair and gut-lining research models.
Read background →Synthetic thymosin beta-4 fragment appearing in the actin-binding and tissue-repair research literature.
Read background →Alpha-MSH-derived tripeptide appearing in the inflammation and immunological research literature.
Read background →A copper-binding tripeptide studied in skin-remodeling and collagen research.
Read background →A synthetic analog of alpha-MSH that appears in the scientific literature on pigmentation research.
Read background →A synthetic cyclic melanocortin peptide that appears in pigmentation and melanocortin research literature.
Read background →A research blend pairing CJC-1295 No DAC, a GHRH analog, with the secretagogue Ipamorelin.
Read background →A stabilized synthetic GHRH analog peptide studied in preclinical somatotropic-axis research.
Read background →A synthetic research peptide related to the Semax neuropeptide family, examined in neurological studies.
Read background →A synthetic heptapeptide analog of ACTH(4-7), examined in neurological research literature.
Read background →A synthetic heptapeptide analog of tuftsin, examined in neurological research literature.
Read background →Nicotinamide adenine dinucleotide coenzyme appearing in the cellular-metabolism research literature.
Read background →A synthetic tetrapeptide examined in aging and telomere research literature.
Read background →A synthetic tripeptide examined in neurological research literature.
Read background →Vasoactive Intestinal Peptide appearing in the neuropeptide and cellular-signaling research literature.
Read background →Mitochondria-targeting tetrapeptide appearing in the mitochondrial and cellular-bioenergetics research literature.
Read background →A 10-amino-acid peptide that appears in reproductive and endocrine-signaling research literature.
Read background →A melanocortin-receptor-agonist peptide, also known as bremelanotide, studied in melanocortin signaling research.
Read background →A research blend of the peptides BPC-157 and TB-500, each individually studied.
Read background →A research blend of GHK-Cu, BPC-157, and TB-500, each individually studied.
Read background →A research blend of GHK-Cu, TB-500, BPC-157, and KPV, each individually studied.
Read background →A long-acting amylin analog peptide studied in amylin-receptor and metabolic research models.
Read background →A dual GLP-1 and glucagon receptor agonist peptide studied in metabolic research models.
Read background →A dual GLP-1 and glucagon receptor agonist peptide studied in metabolic and hepatic research models.
Read background →A synthetic fragment of the human growth hormone C-terminus studied in metabolic research models.
Read background →A small-molecule NNMT inhibitor studied in metabolic and cellular-energy research models.
Read background →A quaternary ammonium compound studied in fatty-acid transport and metabolic research models.
Read background →A lipotropic research blend combining components associated with lipid-metabolism research.
Read background →A lipotropic research blend combining components associated with lipid-metabolism research.
Read background →A research solution combining lipolytic-research components, often listed alongside riboflavin.
Read background →A peptidomimetic studied in metabolic and adipose-tissue vasculature research models.
Read background →Human cathelicidin-derived antimicrobial peptide appearing in the innate-immunity research literature.
Read background →EPO helix-B-derived peptide appearing in the tissue-protective and innate-repair research literature.
Read background →An octapeptide that appears in cosmetic-peptide research literature.
Read background →A research blend combining peptides and cofactors associated with keratin and collagen research.
Read background →A synthetic GHRH analog peptide, also known as Mod GRF 1-29, studied in peptide research.
Read background →A GHRH analog peptide bearing a Drug Affinity Complex that extends its circulating half-life.
Read background →A synthetic selective pentapeptide classified as a growth-hormone secretagogue, studied in peptide research.
Read background →A synthetic GHRH(1-29) analog peptide studied in preclinical somatotropic-axis research.
Read background →A synthetic secretagogue peptide classified within the growth-hormone-releasing peptide family.
Read background →A synthetic six-residue secretagogue within the growth-hormone-releasing peptide family.
Read background →An 83-amino-acid IGF-1 analog studied in growth-factor and cell-signaling research.
Read background →A small-molecule angiotensin IV analog studied in neurological and synaptogenesis research.
Read background →A nonapeptide studied in neurological and sleep-research laboratory models.
Read background →Endogenous Glu-Cys-Gly tripeptide appearing in the redox and antioxidant research literature.
Read background →Thymus-derived peptide preparation appearing in the immunological and immunoregulation research literature.
Read background →28-residue thymic peptide appearing in the immunomodulation and immunological research literature.
Read background →FOXO4-derived D-retro-inverso peptide appearing in the cellular-senescence research literature.
Read background →Cobalamin, a water-soluble vitamin and coenzyme examined in cellular-metabolism research.
Read background →A nine-amino-acid neuropeptide that appears in social and signaling research literature.
Read background →A glycoprotein hormone that appears in endocrine research literature.
Read background →A blend of the amylin analog cagrilintide and the GLP-1 agonist vlt-sem, studied as individual research peptides.
Read background →A research blend combining multiple peptides, each individually studied in the scientific literature.
Read background →A research blend combining lipotropic components such as methionine, inositol, choline, and cyanocobalamin.
Read background →Read the third-party certificate of analysis tied to each production lot.
View COAs →Each entry follows the same shape: what the compound is (its class and structure), how the research community classifies it, the broad areas of study it appears in, and practical notes on stability and handling for laboratory work. We summarize what the public scientific literature describes, so you can go on to the primary sources yourself.
We deliberately avoid efficacy language. When the literature describes a compound as "studied in" or "investigated for" an area, that is a statement about where research has looked — not a claim that the compound does anything in a person. That distinction matters scientifically, and it matters legally: these are research chemicals, full stop.
When you're ready, every in-stock lot ships with a certificate you can verify by its number.
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