Peptide Chemistry & Handling
Reference pages covering what each compound is chemically and how to work with it in a laboratory setting: molecular identity, reconstitution, storage, and verification. For mechanism and published findings, see the Research Hub.
Per-compound references: molecular profile, reconstitution, storage, and testing.
- Compounds
- 77
Growth Hormone Axis Research
13Peptides targeting the somatotropic axis: GHRHs, GHRPs, and IGF-1 analogs for growth hormone pathway research.
CJC-1295 (No DAC)
What CJC-1295 (No DAC) is chemically and how to handle it in the lab: 29 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceCJC-1295 with DAC
What CJC-1295 with DAC is chemically and how to handle it in the lab: 30 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceGHRP-2
What GHRP-2 is chemically and how to handle it in the lab: hexapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceGHRP-6
What GHRP-6 is chemically and how to handle it in the lab: hexapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceHexarelin
What Hexarelin is chemically and how to handle it in the lab: hexapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceHGH Fragment 176-191
What HGH Fragment 176-191 is chemically and how to handle it in the lab: peptide fragment structure, reconstitution, storage, stability, and verification.
Read ReferenceIGF-1 DES
What IGF-1 DES is chemically and how to handle it in the lab: protein analogue structure, reconstitution, storage, stability, and verification.
Read ReferenceIGF-1 LR3
What IGF-1 LR3 is chemically and how to handle it in the lab: protein analogue structure, reconstitution, storage, stability, and verification.
Read ReferenceIpamorelin
What Ipamorelin is chemically and how to handle it in the lab: pentapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceMGF (Mechano Growth Factor)
What MGF (Mechano Growth Factor) is chemically and how to handle it in the lab: splice variant peptide structure, reconstitution, storage, stability, and verification.
Read ReferencePEG-MGF
What PEG-MGF is chemically and how to handle it in the lab: PEGylated conjugate structure, reconstitution, storage, stability, and verification.
Read ReferenceSermorelin
What Sermorelin (GRF 1-29) is chemically and how to handle it in the lab: 29 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceTesamorelin
What Tesamorelin is chemically and how to handle it in the lab: 44 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceRegeneration Research
8Research peptides for tissue and cellular repair: BPC-157, TB-500, GHK-Cu, LL-37, and related compounds.
ARA-290
ARA-290, CAS 1208243-50-8, 1257.32 g/mol, purity greater than 99 percent. Eleven-residue peptide profile, reconstitution chemistry, storage, HPLC and MS verification.
Read ReferenceB7-33
B7-33, CAS 1818415-56-3, C131H229N41O36S, purity greater than 99 percent. Peptide profile, reconstitution chemistry, storage, HPLC and MS verification.
Read ReferenceBPC-157
What BPC-157 is chemically and how to handle it in the lab: pentadecapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceGHK-Cu
What GHK-Cu is chemically and how to handle it in the lab: copper-complex structure, reconstitution, storage, stability, and verification.
Read ReferenceKPV
What KPV is chemically and how to handle it in the lab: tripeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceLL-37
LL-37, CAS 154947-66-7, 4493.34 g/mol, purity greater than 99 percent. Cationic 37-residue peptide profile, reconstitution, storage, HPLC and MS verification.
Read ReferenceTB-500
What TB-500 is chemically and how to handle it in the lab: peptide fragment structure, reconstitution, storage, stability, and verification.
Read ReferenceThymosin Beta-4
What Thymosin Beta-4 is chemically and how to handle it in the lab: 43 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferencePeptide Bioregulators
17Short-chain regulatory peptides including the Khavinson bioregulator series of organ-specific oligopeptides, alongside related immunomodulatory peptides for research use.
Bronchogen
What Bronchogen is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceCardiogen
What Cardiogen is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceCartalax
What Cartalax is chemically and how to handle it in the lab: tripeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceCortagen
What Cortagen is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceCrystagen
What Crystagen is chemically and how to handle it in the lab: tripeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceEpitalon
What Epitalon is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceLivagen
What Livagen is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceN-Acetyl Epitalon
What N-Acetyl-Epitalon is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceOvagen
What Ovagen is chemically and how to handle it in the lab: tripeptide structure, reconstitution, storage, stability, and verification.
Read ReferencePancragen
What Pancragen is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferencePinealon
What Pinealon is chemically and how to handle it in the lab: tripeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceProstamax
What Prostamax is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceTestagen
What Testagen is chemically and how to handle it in the lab: tetrapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceThymalin
What Thymalin is chemically and how to handle it in the lab: thymus polypeptide preparation structure, reconstitution, storage, stability, and verification.
Read ReferenceVesilute
Vesilute, CAS 3918-84-1, C9H14N2O7, 262.22 g/mol, purity greater than 99 percent. Dipeptide profile, reconstitution chemistry, storage, HPLC and MS verification.
Read ReferenceVesugen
What Vesugen is chemically and how to handle it in the lab: tripeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceVilon
What Vilon is chemically and how to handle it in the lab: dipeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceCognitive & Neuropeptide Research
13Nootropic and neuropeptide compounds for cognitive and neurological pathway research, including Semax, Selank, and Dihexa.
ADAMAX
ADAMAX, C50H69N11O11S, 1032.24 g/mol, purity greater than 99 percent. Capped heptapeptide profile, reconstitution chemistry, storage, HPLC and MS verification.
Read ReferenceCerebrolysin
Cerebrolysin, CAS 12656-61-0, porcine brain peptide preparation, purity greater than 99 percent. Substance profile, reconstitution, storage and verification.
Read ReferenceColivelin
What Colivelin is chemically and how to handle it in the lab: hybrid peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceDihexa
What Dihexa is chemically and how to handle it in the lab: peptidomimetic structure, reconstitution, storage, stability, and verification.
Read ReferenceDNSP-11
DNSP-11, C50H81N15O18, 1,180.27 g/mol, purity greater than 99 percent, no assigned CAS. Amidated 11-mer: reconstitution, storage, HPLC and MS checks.
Read ReferenceDSIP
What DSIP is chemically and how to handle it in the lab: nonapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceHumanin
What Humanin is chemically and how to handle it in the lab: 24 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceOrexin A
What Orexin A is chemically and how to handle it in the lab: 33 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceOrexin B
What Orexin B is chemically and how to handle it in the lab: 28 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceP21 (P021)
P21 (P021), CAS 1246751-68-7, C27H42N6O8, 578.67 g/mol, purity greater than 99 percent. Capped tetrapeptide with adamantane cage, handling, storage, HPLC and MS.
Read ReferencePE-22-28
PE-22-28, CAS 1801959-12-5, approximately 773.9 g/mol, purity greater than 99 percent. Seven-residue profile, reconstitution, storage, HPLC and MS verification.
Read ReferenceSelank
What Selank is chemically and how to handle it in the lab: heptapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceSemax
What Semax is chemically and how to handle it in the lab: heptapeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceMetabolic & Cellular Research
12Peptides and small molecules targeting metabolic pathways, mitochondrial function, and cellular regulation.
ACE-031
What ACE-031 is chemically and how to handle it in the lab: fusion protein structure, reconstitution, storage, stability, and verification.
Read ReferenceAdipotide
What Adipotide is chemically and how to handle it in the lab: chimeric peptidomimetic structure, reconstitution, storage, stability, and verification.
Read ReferenceAICAR
What AICAR is chemically and how to handle it in the lab: nucleoside structure, reconstitution, storage, stability, and verification.
Read ReferenceAOD-9604
What AOD-9604 is chemically and how to handle it in the lab: disulfide cyclised peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceFollistatin 344
What Follistatin 344 is chemically and how to handle it in the lab: glycoprotein structure, reconstitution, storage, stability, and verification.
Read ReferenceFOXO4-DRI (Proxofim)
FOXO4-DRI (Proxofim), CAS 2460055-10-9, approximately 5,377 g/mol, purity greater than 99 percent. Retro-inverso D-peptide profile, reconstitution, storage and testing.
Read ReferenceGDF-8 (Myostatin)
What GDF-8 (Myostatin) is chemically and how to handle it in the lab: dimeric protein structure, reconstitution, storage, stability, and verification.
Read ReferenceMOTS-c
What MOTS-c is chemically and how to handle it in the lab: 16 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceNAD+
What NAD+ is chemically and how to handle it in the lab: dinucleotide structure, reconstitution, storage, stability, and verification.
Read ReferencePeptide YY (PYY 3-36)
Peptide YY (PYY 3-36), CAS 123583-37-9, C180H279N53O54, 4049.52 g/mol, over 99 percent pure. Sulfur-free 34-residue profile, handling, HPLC and MS.
Read ReferencePNC-27
PNC-27, CAS 1159861-00-3, C188H293N53O44S, 4031.72 g/mol, over 99 percent. Chimeric 32-residue profile, reconstitution, storage, HPLC and MS testing.
Read ReferenceSS-31 (Elamipretide)
SS-31, CAS 736992-21-5, C32H49N9O5, 639.80 g/mol, purity greater than 99 percent. Tetrapeptide profile with D-residue, reconstitution, storage, HPLC and MS verification.
Read ReferenceMelanocortin & Endocrine Research
7Melanocortin receptor agonists and endocrine signaling peptides for receptor binding and hormonal pathway research.
ACTH 1-39
What ACTH 1-39 is chemically and how to handle it in the lab: 39 residue polypeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceKisspeptin
What Kisspeptin is chemically and how to handle it in the lab: peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceMelanotan-2
What Melanotan-2 is chemically and how to handle it in the lab: cyclic peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceOxytocin
What Oxytocin is chemically and how to handle it in the lab: nonapeptide structure, reconstitution, storage, stability, and verification.
Read ReferencePT-141 (Bremelanotide)
PT-141, CAS 189691-06-3, C50H68N14O10, 1025.17 g/mol, purity greater than 99 percent. Cyclic heptapeptide profile, reconstitution, storage, HPLC and MS verification.
Read ReferencePTD-DBM
PTD-DBM, CAS 1609454-11-6, 3082.64 g/mol, purity greater than 99 percent. Two-segment construct, reconstitution, storage, HPLC and MS verification.
Read ReferenceVIP (Vasoactive Intestinal Peptide)
VIP, CAS 37221-79-7, C147H238N44O42S, 3325.85 g/mol, purity greater than 99 percent. Amidated 28-residue profile, reconstitution, storage, HPLC and MS verification.
Read ReferenceDermal Peptide Research
4Signal peptides for in-vitro dermal biology research, including Matrixyl, PAL-GHK, and SNAP-8.
GHK-Cu
What GHK-Cu is chemically and how to handle it in the lab: copper-complex structure, reconstitution, storage, stability, and verification.
Read ReferenceMatrixyl
What Matrixyl is chemically and how to handle it in the lab: lipopeptide structure, reconstitution, storage, stability, and verification.
Read ReferencePal-GHK
What Pal-GHK is chemically and how to handle it in the lab: lipopeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceSnap-8
Snap-8, CAS 868844-74-0, C41H70N16O16S, 1075.17 g/mol, purity greater than 99 percent. Acetyl octapeptide profile, reconstitution, storage, HPLC and MS verification.
Read ReferenceImmune & Thymic Research
4Thymic and immune signalling peptides for in-vitro immunology research, including Thymosin Alpha-1, Thymulin, Thymagen, and HEP-1.
HEP-1 (Gepon)
What HEP-1 (Gepon) is chemically and how to handle it in the lab: oligopeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceThymagen
What Thymagen is chemically and how to handle it in the lab: dipeptide structure, reconstitution, storage, stability, and verification.
Read ReferenceThymosin Alpha-1
What Thymosin Alpha-1 is chemically and how to handle it in the lab: 28 residue peptide structure, reconstitution, storage, stability, and verification.
Read ReferenceThymulin
What Thymulin is chemically and how to handle it in the lab: nonapeptide structure, reconstitution, storage, stability, and verification.
Read Reference