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H-VAL-SER-OH. 1G Forms nanotubes in the presence of trifluoroethanol. CAS: 13588-94-8 C8H16N2O4 FW: 204.23

H-VAL-TYR-OH. 1G Antihypertensive dipeptide. Acts as ACE inhibitor, ICGG 0.02 mg /ml. G-3585 showed an antihypertensive effect when administered orally to spontaneously hypertensive rats for 28 days. CAS: 3061-91-4 C14H20N2O4 FW: 280.32

H-VAL-VAL-OH. 1G A hydrophobic, nanotube-forming dipeptide. CAS: 3918-94-3 C10H20N2O3 FW: 216.28

H-VAL-VAL-OH. 5G A hydrophobic, nanotube-forming dipeptide. CAS: 3918-94-3 C10H20N2O3 FW: 216.28

H-TYR-PRO-OH. 250mg The antihypertensive peptide isolated from fermented milk had a low inhibitory activity against angiotensin I-converting enzyme (ACE), ICG G 720 ++M.eG-3625 is a possible biosynthetic precursor of endomorphin. CAS: 51871-47-7 C14H18N2O4 FW: 278.31

H-GLY-LYS-OH -HCL. 1G CAS: 31461-63-9 C8H17N3O3 -+ HCl FW: 239.7

H-GLY-LYS-OH -HCL. 5G CAS: 31461-63-9 C8H17N3O3 -+ HCl FW: 239.7

H-ARG-PRO-OH. 50mg The N-terminal sequence of Substance P. During SP metabolism, H-Arg-Pro-OH and H-Lys-Pro-OH (G-4190) are split off by post-proline dipeptidyl aminopeptidase (PPDAP), an enzyme expressed in the brain. CAS: 2418-69-1 C11H21N5O3 FW: 271.32

H-ARG-PRO-OH. 250mg The N-terminal sequence of Substance P. During SP metabolism, H-Arg-Pro-OH and H-Lys-Pro-OH (G-4190) are split off by post-proline dipeptidyl aminopeptidase (PPDAP), an enzyme expressed in the brain. CAS: 2418-69-1 C11H21N5O3 FW: 271.32

H-ALA-D-GLN-OH. 250mg CAS: 281660-34-2 C8H15N3O4 FW: 217.23

H-D-ALA-GLN-OH. 250mg CAS: 205252-36-4 C8H15N3O4 FW: 217.23

H-D-ALA-GLN-OH. 1G CAS: 205252-36-4 C8H15N3O4 FW: 217.23

PYR-GLY-OH. 250mg Epidermal dipeptide (EDP) inhibited the proliferation of retinal pigment epithelial (RPE) cells, a maximum inhibitory effect was reached at concentrations ranging from 10G+-- to 10G+-G M. CAS: 29227-88-1 C7H10N2O4 FW: 186.17 . Synonym: Epidermal Dipeptide, EDP

PYR-GLY-OH. 1G Epidermal dipeptide (EDP) inhibited the proliferation of retinal pigment epithelial (RPE) cells, a maximum inhibitory effect was reached at concentrations ranging from 10G+-- to 10G+-G M. CAS: 29227-88-1 C7H10N2O4 FW: 186.17 . Synonym: Epidermal Dipeptide, EDP

H-ASP-TRP-OH. 250mg CAS: 71835-79-5 C15H17N3O5 FW: 319.32

H-ASN-VAL-OH. 250mg CAS: 145314-87-0 C9H17N3O4 FW: 231.25

H-ASN-VAL-OH. 1G CAS: 145314-87-0 C9H17N3O4 FW: 231.25

H-GLY-D-GLN-OH. 250mg CAS: 115588-13-1 C7H13N3O4 FW: 203.2

H-CYS-GLY-OH. 1G This dipeptide found in plasma and urine is generated during the catabolism of glutathione. Cysteinylglycine has been sug gested to induce oxidative stress and lipid peroxidation, leading to the development of human cancers. For the oxidized form see G-1815. CAS: 19246-18-5 C5H10N2O3S FW: 178.21

CYCLO(-VAL-VAL). 1G CAS: 19943-16-9 C10H18N2O2 FW: 198.27

H-TRP-PRO-OH. 250mg CAS: 38136-75-3 C16H19N3O3 FW: 301.35

H-TRP-LYS-OH. 250mg CAS: 51790-14-8 C17H24N4O3 FW: 332.4

H-TRP-LYS-OH. 1G CAS: 51790-14-8 C17H24N4O3 FW: 332.4

H-D-PHE-D-PHE-OH. 250mg D-Phe-D-Phe forms enzymatically stable nanotubes from HFIP solution. CAS: 58607-69-5 C18H20N2O3 FW: 312.37

H-D-PHE-D-PHE-OH. 1G D-Phe-D-Phe forms enzymatically stable nanotubes from HFIP solution. CAS: 58607-69-5 C18H20N2O3 FW: 312.37

H-VAL-ARG-OH. 250mg A salt taste-enhancing dipeptide. CAS: 37682-75-0 C11H23N5O3 FW: 273.34

H-VAL-ARG-OH. 1G A salt taste-enhancing dipeptide. CAS: 37682-75-0 C11H23N5O3 FW: 273.34

H-LEU-ASP-OH. 1G CAS: 32949-40-9 C10H18N2O5 FW: 246.26

H-ARG-HIS-NH2. 250mg CAS: 244765-93-3 C12H22N8O2 FW: 310.36

H-GLU(ABU-OH)-OH. 250mg (Des-Gly)-Ophthalmic acid CAS: 16869-42-4 C9H16N2O5 FW: 232.24 . Synonym: H-g-Glu-Abu-OH

H-GLU(ABU-OH)-OH. 1G (Des-Gly)-Ophthalmic acid CAS: 16869-42-4 C9H16N2O5 FW: 232.24 . Synonym: H-g-Glu-Abu-OH

PYR-PHE-OH. 250mg Substrate for pyroglutamyl peptidase I. CAS: 21282-12-2 C14H16N2O4 FW: 276.29

PYR-PHE-OH. 1G Substrate for pyroglutamyl peptidase I. CAS: 21282-12-2 C14H16N2O4 FW: 276.29

H-VAL-GLN-OH. 1G CAS: 42854-54-6 C10H19N3O4 FW: 245.28

H-ARG-GLY-OH -HCL. 1G A salt taste-enhancing dipeptide. CAS: 105241-88-1 C8H17N5O3 -+ HCl FW: 267.72

H-ARG-GLY-OH -HCL. 5G A salt taste-enhancing dipeptide. CAS: 105241-88-1 C8H17N5O3 -+ HCl FW: 267.72

CYCLO(-GLN-GLY). 250mg As its linear analog, N-1070, cyclo(-Gly-Gln) is a biologically active peptide. The diketopiperazine is capable of reversing the cardiorespiratory depression produced by +-endorphin or morphine. CAS: 52662-00-7 C7H11N3O3 FW: 185.18

CYCLO(-GLN-GLY). 1G As its linear analog, N-1070, cyclo(-Gly-Gln) is a biologically active peptide. The diketopiperazine is capable of reversing the cardiorespiratory depression produced by +-endorphin or morphine. CAS: 52662-00-7 C7H11N3O3 FW: 185.18

H-GLU(HIS-OH)-OH. 250mg CAS: 37460-15-4 C11H16N4O5 FW: 284.27 . Synonym: H-g-Glu-His-OH

H-THR-PRO-OH -HCL. 250mg CAS: 281670-51-7 C9H16N2O4 -+ HCl FW: 252.7

H-THR-PRO-OH -HCL. 1G CAS: 281670-51-7 C9H16N2O4 -+ HCl FW: 252.7

H-ASP(HIS-OH)-OH. 250mg CAS: 20223-80-7 C10H14N4O5 FW: 270.25 . Synonym: H-b-Asp-His-OH

H-ASP(HIS-OH)-OH. 1G CAS: 20223-80-7 C10H14N4O5 FW: 270.25 . Synonym: H-b-Asp-His-OH

H-THR-GLU-OH. 250mg CAS: 54532-73-9 C9H16N2O6 FW: 248.24

H-ALA-ALA-OTBU -HCL. 1G CAS: 60417-38-1 C10H20N2O3 -+ HCl FW: 252.74

H-ALA-ALA-OTBU -HCL. 5G CAS: 60417-38-1 C10H20N2O3 -+ HCl FW: 252.74

H-LEU-GLU-OH. 250mg CAS: 16364-31-1 C11H20N2O5 FW: 260.29

H-LEU-GLU-OH. 1G CAS: 16364-31-1 C11H20N2O5 FW: 260.29

H-GLN-GLU-OH. 250mg CAS: 88830-90-4 C10H17N3O6 FW: 275.26

H-GLN-GLU-OH. 1G CAS: 88830-90-4 C10H17N3O6 FW: 275.26

AC-PHE-LYS-OH. 1G Inverted aspartame-type sweetener. Adrover et al. used Ac-Phe-Lys as a model compound in their studies on protein glycation. CAS: 14287-21-9 C17H25N3O4 FW: 335.4

BZ-ALA-ARG-OH. 250mg A good substrate for carboxypeptidases B and N. CAS: 71448-11-8 C16H23N5O4 FW: 349.39

CYCLO(-D-ALA-PRO). 1G CAS: 36238-64-9 C8H12N2O2 FW: 168.2

H-ARG-ALA-OH. 250mg A salt taste-enhancing dipeptide. CAS: 40968-45-4 C9H19N5O3 FW: 245.28

H-ARG-ALA-OH. 1G A salt taste-enhancing dipeptide. CAS: 40968-45-4 C9H19N5O3 FW: 245.28

H-VAL-LYS-OH. 250mg CAS: 22677-62-9 C11H23N3O3 FW: 245.32

H-HIS-PRO-NH2 -2 HBR. 250mg CAS: 59760-04-2 C11H17N5O2 -+ 2 HBr FW: 413.11

H-LYS-PRO-OH. 250mg This dipeptide has the potential as a very promising healing agent in ulcer therapy. Daily oral applications to rats accelerated ulcer healing as well by stimulation of angiogenesis as by good mucous regeneration. In mice, a single administration stimulated granulation tissue production. CAS: 52766-27-5 C11H21N3O3 FW: 243.31

H-GLY-GLY-OET -HCL. 25G Used as a low molecular model compound for the nitrosation of peptides and proteins. CAS: 2087-41-4 C6H12N2O3 -+ HCl FW: 196.63

H-GLY-GLY-OET -HCL. 100GUsed as a low molecular model compound for the nitrosation of peptides and proteins. CAS: 2087-41-4 C6H12N2O3 -+ HCl FW: 196.63

H-ARG-GLN-OH. 250mg Neu et al. showed that Arg-Gln inhibited retinal neovascularization in a mouse model of oxygen-induced retinopathy. CAS: 2483-17-2 C11H22N6O4 FW: 302.33

H-ARG-GLN-OH. 1G Neu et al. showed that Arg-Gln inhibited retinal neovascularization in a mouse model of oxygen-induced retinopathy. CAS: 2483-17-2 C11H22N6O4 FW: 302.33

N-ME-VAL-LEU-ANILIDE. 50mg CAS: 194351-54-7 C18H29N3O2 FW: 319.45

N-ME-VAL-LEU-ANILIDE. 250mg CAS: 194351-54-7 C18H29N3O2 FW: 319.45

N-2-CYANOETHYL-VAL-LEU-ANILIDE. 50mg CAS: 194351-52-5 C20H30N4O2 FW: 358.48

N-2-HYDROXYETHYL-VAL-LEU-ANILIDE. 50mg CAS: 194351-53-6 C19H31N3O3 FW: 349.47

H-GLU(CYS-OH)-OH. 1G CAS: 636-58-8 C8H14N2O5S FW: 250.28 . Synonym: H-g-Glu-Cys-OH

N-(2-CARBAMOYL-ETHYL)-VAL-LEU-. 50mg This acrylamide adduct was used as a standard compound in a study on the adduct formation of hemoglobin with acrylamide and N-methylolacrylamide. CAS: 282725-67-1 C20H32N4O3 FW: 376.5

N-((RS)-2-HYDROXY-PROPYL)-VAL-LEU. 50mg C20H33N3O3 FW: 363.5

CYCLO(-D-HIS-PRO). 50mg C11H14N4O2 FW: 234.26

CYCLO(-LEU-PHE). 250mg This diketopiperazine is converted into the antibacterial dehydropeptide albonoursin by cyclo(Leu-Phe) oxidase from S. albulus KO-23. CAS: 7280-77-5 C15H20N2O2 FW: 260.34

CYCLO(-LEU-PHE). 1G This diketopiperazine is converted into the antibacterial dehydropeptide albonoursin by cyclo(Leu-Phe) oxidase from S. albulus KO-23. CAS: 7280-77-5 C15H20N2O2 FW: 260.34

AC-LYS-D-ALA-D-LACTIC ACID -ACET. 50mg Ac-Lys-D-Ala-D-Lac-OH, depsipeptide analog of H-8005. CAS: 282729-62-8 C14H25N3O6 -+ C2H4O2 FW: 391.42

H-B-ALA-HISTAMINE. 250mg Carcinine was originally discovered in the cardiac tissue of the crustacean Carcinus maenas. Both carnosine (G-1250) and carcinine act as natural antioxidants with hydroxyl-radical-scavenging and lipid-peroxidase activities. Unlike carnosine, carcinine is not a substrate for carnosinase or other dipeptidases. Therefore it may play a greater role in the prolongation and potentiation of physiological responses to the therapeutical treatments.eCarcinine forms complexes with Cu(II). CAS: 56897-53-1 C8H14N4O FW: 182.23

H-B-ALA-HISTAMINE. 1G Carcinine was originally discovered in the cardiac tissue of the crustacean Carcinus maenas. Both carnosine (G-1250) and carcinine act as natural antioxidants with hydroxyl-radical-scavenging and lipid-peroxidase activities. Unlike carnosine, carcinine is not a substrate for carnosinase or other dipeptidases. Therefore it may play a greater role in the prolongation and potentiation of physiological responses to the therapeutical treatments.eCarcinine forms complexes with Cu(II). CAS: 56897-53-1 C8H14N4O FW: 182.23

H-GLU(CYS-OET)-OH. 250mg +-GCE has been shown to be much more easily transported into isolated rat hepatocytes than glutathione. Within the cells it could be converted into reduced glutathione. Therefore it could - better than glutathione - prevent immunological cell injury in isolated rat hepatocytes treated with anti-rat liver plasma membrane rabbit antiserum. +-GCE may help to reduce oxidative stress in various biological systems. CAS: 114627-30-4 C10H18N2O5S FW: 278.33 . Synonym: g-GCE, GCEE

H-GLU(CYS-OET)-OH. 1G +-GCE has been shown to be much more easily transported into isolated rat hepatocytes than glutathione. Within the cells it could be converted into reduced glutathione. Therefore it could - better than glutathione - prevent immunological cell injury in isolated rat hepatocytes treated with anti-rat liver plasma membrane rabbit antiserum. +-GCE may help to reduce oxidative stress in various biological systems. CAS: 114627-30-4 C10H18N2O5S FW: 278.33 . Synonym: g-GCE, GCEE

H-GLY-CYS-OH. 250mg CAS: 57281-78-4 C5H10N2O3S FW: 178.21

H-Asp-Arg-Oh 10Mg. H-Asp-Arg-OH,Molecular Formula CGGHGGNGOG,CAS Registry Number [2640-07-5],Source Synthetic

H-Asp-Arg-Oh 25Mg. H-Asp-Arg-OH,Molecular Formula CGGHGGNGOG,CAS Registry Number [2640-07-5],Source Synthetic

H-Asp-Arg-Oh 100Mg. H-Asp-Arg-OH,Molecular Formula CGGHGGNGOG,CAS Registry Number [2640-07-5],Source Synthetic

PYR-TRP-OH. 250mg CAS: 35937-24-7 C16H17N3O4 FW: 315.33

PYR-TRP-OH. 1G CAS: 35937-24-7 C16H17N3O4 FW: 315.33

H-B-ALA-HIS(3-ME)-OH -NITRATE. 100mg Like L-carnosine (G-1250), L-anserine is a histidine-containing dipeptide found in vertebrate skeletal muscles. Both are potent antioxidants with membrane-stabilizing function. CAS: 10030-52-1 C10H16N4O3 -+ HNO3 FW: 303.28

H-B-ALA-HIS(3-ME)-OH -NITRATE. 250mg Like L-carnosine (G-1250), L-anserine is a histidine-containing dipeptide found in vertebrate skeletal muscles. Both are potent antioxidants with membrane-stabilizing function. CAS: 10030-52-1 C10H16N4O3 -+ HNO3 FW: 303.28

H-GLY-D-TYR-OH. 1G CAS: 133706-65-7 C11H14N2O4 FW: 238.24

AC-ASP(GLU-OH)-OH. 100mg A non-hydrolyzable NAAG isomer which acts as selective metabotropic glutamate receptor-3 (mg luR3) antagonist and NAAG peptidase inhibitor. CAS: 4910-46-7 C11H16N2O8 FW: 304.26 . Synonym: b-NAAG, b-Spaglumic acid, Ac-b-Asp-Glu-OH

H-HIS-HIS-OH. 250mg CAS: 306-14-9 C12H16N6O3 FW: 292.3

H-HIS-HIS-OH. 1G CAS: 306-14-9 C12H16N6O3 FW: 292.3

PYR-HIS-OH. 250mg CAS: 32159-22-1 C11H14N4O4 FW: 266.26

PYR-HIS-OH. 1G CAS: 32159-22-1 C11H14N4O4 FW: 266.26

CYCLO(-D-ALA-VAL). 250mg CAS: 15136-27-3 C8H14N2O2 FW: 170.21

CYCLO(-D-ALA-VAL). 1G CAS: 15136-27-3 C8H14N2O2 FW: 170.21

CYCLO(-PRO-TYR). 250mg This host-specific phytotoxin produced by Alternaria alternata on spotted knapweed is an ideal prototype for creating a safe and an environmentally friendly antiknapweed herbicide. Furthermore, this cyclic dipeptide induced a high degree of phosphorylation of histones. CAS: 4549-02-4 C14H16N2O3 FW: 260.29 . Synonym: Maculosin

CYCLO(-PRO-TYR). 1G This host-specific phytotoxin produced by Alternaria alternata on spotted knapweed is an ideal prototype for creating a safe and an environmentally friendly antiknapweed herbicide. Furthermore, this cyclic dipeptide induced a high degree of phosphorylation of histones. CAS: 4549-02-4 C14H16N2O3 FW: 260.29 . Synonym: Maculosin

CYCLO(-PHE-PRO). 250mg Cain et al. obtained an array of small molecule peptide mimetics targeting the melanocortin receptors from this diketopiperazine. Brauns et al. demonstrated that cyclo(Phe-Pro) inhibits the growth of HT-29, MCF-7 and HeLa cells and induces apoptosis in HT-29 colon cancer cells. CAS: 3705-26-8 C14H16N2O2 FW: 244.29

CYCLO(-PHE-PRO). 1G Cain et al. obtained an array of small molecule peptide mimetics targeting the melanocortin receptors from this diketopiperazine. Brauns et al. demonstrated that cyclo(Phe-Pro) inhibits the growth of HT-29, MCF-7 and HeLa cells and induces apoptosis in HT-29 colon cancer cells. CAS: 3705-26-8 C14H16N2O2 FW: 244.29

CYCLO(-MET-PRO). 250mg Cyclo(Met-Pro) could be detected in grilled and stewed beef. The cyclopeptide seems to be an important component of beef flavor. C10H16N2O2S FW: 228.32

CYCLO(-MET-PRO). 1G Cyclo(Met-Pro) could be detected in grilled and stewed beef. The cyclopeptide seems to be an important component of beef flavor. C10H16N2O2S FW: 228.32

CYCLO(-PRO-VAL). 250mg Cyclo(-Pro-Val) and other Pro-containing diketopiperazines were detected in roasted coffee. The amount of these compounds increases with the intensity of roasting, they contribute to the bitterness of taste. The bitter-tasting cyclodipeptide has also been detected in other foodstuffs as cocoa, chocolate, beef, and cheese.eCyclo(-Pro-Val), which shows antifungal activity, has also been isolated from microorganisms and further natural sources. CAS: 2854-40-2 C10H16N2O2 FW: 196.25

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