Humectantes
Ingredientes con función humectante en CosIng: atraen y retienen el agua, por ejemplo glicerina, hialuronato de sodio o urea.
3254 ingredientes
SR-(METHIONYL S-RAINBOW TROUT OLIGOPEPTIDE-1 SH-POLYPEPTIDE-72 HEXAPEPTIDE-40)
sr-(Methionyl s-Rainbow Trout Oligopeptide-1 sh-Polypeptide-72 Hexapeptide-40) is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the gene from s-Rainbow Trout Oligopeptide-1, sh-Polypeptide-72, and Hexapeptide-40, with the initiation code for methionine. The fusion peptide contains 187 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-(METHIONYL S-RAINBOW TROUT OLIGOPEPTIDE-1 SH-POLYPEPTIDE-8 HEXAPEPTIDE-40)
sr-(Methionyl s-Rainbow Trout Oligopeptide-1 sh-Polypeptide-8 Hexapeptide-40) is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes from s-Rainbow Trout Oligopeptide-1, sh-Polypeptide-8 and Hexapeptide-40 with the initiation code for methionine. The fusion peptide contains 121 amino acids which may contain disulfide bonds and/or glycosylation and consists of the proper sequence of the 20 standard amino acids.
SR-(METHIONYL S-RAINBOW TROUT OLIGOPEPTIDE-1 SH-POLYPEPTIDE-85 HEXAPEPTIDE-40)
sr-(Methionyl s-Rainbow Trout Oligopeptide-1 sh-Polypeptide-85 Hexapeptide-40) is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the gene from s-Rainbow Trout Oligopeptide-1, sh-Polypeptide-85, and Hexapeptide-40 with the initiation code for methionine. The fusion peptide contains 228 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-(METHIONYL S-RAINBOW TROUT OLIGOPEPTIDE-1 SH-POLYPEPTIDE-9 HEXAPEPTIDE-40)
sr-(Methionyl s-Rainbow Trout Oligopeptide-1 sh-Polypeptide-9 Hexapeptide-40) is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes from s-Rainbow Trout Oligopeptide-1, sh-Polypeptide-9 and Hexapeptide-40 with the initiation code for methionine. The fusion peptide contains 133 amino acids which may contain disulfide bonds and/or glycosylation and consists of the proper sequence of the 20 standard amino acids.
SR-(METHIONYL SH-OLIGOPEPTIDE-75 SH-OLIGOPEPTIDE-1)
sr-(Methionyl sh-Oligopeptide-75 sh-Oligopeptide-1) is a single chain recombinant peptide produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes from sh-Oligopeptide-75 and sh-Oligopeptide-1 with the initiation code for methionine. The fusion peptide contains 69 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence from the 20 standard amino acids.
SR-(METHIONYL SH-OLIGOPEPTIDE-75 SH-POLYPEPTIDE-11 HEXAPEPTIDE-40)
sr-(Methionyl sh-Oligopeptide-75 sh-Polypeptide-11 Hexapeptide-40) is a single chain recombinant peptide produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes from sh-Oligopeptide-75, sh-Polypeptide-11, and Hexapeptide-40 with the initiation code for methionine. The fusion peptide contains 162 amino acids which may contain disulfide bonds and/or glycosylation and consists of the proper sequence from the 20 standard amino acids.
SR-(METHIONYL SH-OLIGOPEPTIDE-75 SH-POLYPEPTIDE-60)
sr-(Methionyl sh-Oligopeptide-75 sh-Polypeptide-60) is a single chain recombinant peptide produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes from sh-Oligopeptide-75 and sh-Polypeptide-60 with the initiation code for methionine. The fusion peptide contains 169 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence from the 20 standard amino acids.
SR-(METHIONYL SH-OLIGOPEPTIDE-75 SH-POLYPEPTIDE-8 HEXAPEPTIDE-40)
sr-(Methionyl sh-Oligopeptide-75 sh-Polypeptide-8 Hexapeptide-40) is a single chain recombinant peptide produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes from sh-Oligopeptide-75, sh-Polypeptide-8, and Hexapeptide-40 with the initiation code for methionine. The fusion peptide contains 147 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence from the 20 standard amino acids.
SR-(METHIONYL SH-OLIGOPEPTIDE-75 SH-POLYPEPTIDE-9 HEXAPEPTIDE-40)
sr-(Methionyl sh-Oligopeptide-75 sh-Polypeptide-9 Hexapeptide-40) is a single chain recombinant peptide produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes from sh-Oligopeptide-75, sh-Polypeptide-9, and Hexapeptide-40 with the initiation code for methionine. The fusion peptide contains 134 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence from the 20 standard amino acids.
SR-(METHIONYL SH-POLYPEPTIDE-152 SH-OLIGOPEPTIDE-1 HEXAPEPTIDE-40)
sr-(Methionyl sh-Polypeptide-152 sh-Oligopeptide-1 Hexapeptide-40) is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the genes of Methionine, sh-Polypeptide-152, sh-Oligopeptide-1, and Hexapeptide-40.
SR-(MUSSEL POLYPEPTIDE-1 MUSSEL OLIGOPEPTIDE-1 MUSSEL POLYPEPTIDE-1)
sr-(Mussel Polypeptide-1 Mussel Oligopeptide-1 Mussel Polypeptide-1) is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the gene from r-Mussel Polypeptide-1, r-Mussel Oligopeptide-1, and r-Mussel Polypeptide-1. The fusion peptide contains 196 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-(OCTAPEPTIDE-53 SH-POLYPEPTIDE-47)
sr-(Octapeptide-53 sh-Polypeptide-47) is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the gene from Octapeptide-53 and sh-Polypeptide-47. The fusion peptide contains 347 amino acids which may contain disulfide bonds and/or glycosylation and consists of the proper sequence of the 20 standard amino acids.
SR-(OLIGOPEPTIDE-163 SH-POLYPEPTIDE-117 SH-POLYPEPTIDE-94 SH-POLYPEPTIDE-95 PENTAPEPTIDE-63 OLIGOPEPTIDE-163 SH-POLYPEPTIDE-6 NONAPEPTIDE-43 SH-POLYPEPTIDE-6) DIMER
This peptide is a dimer linked by a disulfide bridge between the cysteines, consisting of a single chain synthetic fusion peptide produced by fermentation in Chinese hamster ovary cells (CHO). The starting gene is synthesized by the fusion of the genes from Oligopeptide-163, sh-Polypeptide-117, sh-Polypeptide-94, sh-Polypeptide-95, Pentapeptide-63, sh-Polypeptide-6 and Nonapeptide-43. This fusion protein binds to Immunoglobulin E (IgE) and Interleukin-10 (IL-10) receptors; and it contains 433 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 amino acids.
SR-(OLIGOPEPTIDE-297 OLIGOPEPTIDE-163 CLOSTRIDIUM BOTULINUM POLYPEPTIDE-1 DIPEPTIDE-19 HEXAPEPTIDE-40)
sr-(Oligopeptide-297 Oligopeptide-163 Clostridium Botulinum Polypeptide-1 Dipeptide-19 Hexapeptide-40) is the synthetic peptide consisting of Oligopeptide-297, Oligopeptide-163, s-Clostridium Botulinum Polypeptide-1, Dipeptide-19, and Hexapeptide-40. The fusion peptide contains 485 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-(OLIGOPEPTIDE-297 OLIGOPEPTIDE-163 CLOSTRIDIUM BOTULINUM POLYPEPTIDE-2 DIPEPTIDE-19 HEXAPEPTIDE-40)
sr-(Oligopeptide-297 Oligopeptide-163 Clostridium Botulinum Polypeptide-2 Dipeptide-19 Hexapeptide-40) is the synthetic peptide consisting of Oligopeptide-297, Oligopeptide-163, sr-Clostridium Botulinum Polypeptide-2, Dipeptide-19, and Hexapeptide-40. The fusion peptide contains 478 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-(PENTAPEPTIDE-107 HEXAPEPTIDE-40 SH-POLYPEPTIDE-164)
sr-(Pentapeptide-107 Hexapeptide-40 sh-Polypeptide-164) is a single chain fusion peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the gene from Pentapeptide-107 and sh-Polypeptide-164. The fusion peptide contains 179 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence from the 20 standard amino acids.
SR-(PROLINYL SH-POLYPEPTIDE-145)
is a single chain recombinant peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of Proline and the gene from sh-Polypeptide-145. The fusion peptide contains 9 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-(SH-POLYPEPTIDE-129 OLIGOPEPTIDE-163 SH-POLYPEPTIDE-117 SH-POLYPEPTIDE-94 SH-POLYPEPTIDE-95 PENTAPEPTIDE-63 OLIGOPEPTIDE-163 SH-POLYPEPTIDE-6 NONAPEPTIDE-43 SH-POLYPEPTIDE-6) DIMER
This peptide is a dimer linked by a disulfide bridge between the cysteines, consisting of a single chain synthetic fusion peptide produced by fermentation in Chinese hamster ovary (CHO) cells. The starting gene is synthesized by the fusion of the genes from sh-Polypeptide-129, Oligopeptide-163, sh-Polypeptide-117, sh-Polypeptide-94, sh-Polypeptide-95, Pentapeptide-63, Oligopeptide-163, sh-Polypeptide-6 and Nonapeptide-43. This fusion protein contains 613 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 amino acids.
SR-(SH-POLYPEPTIDE-170 DIPEPTIDE-19 HEXAPEPTIDE-40)
sr-(sh-Polypeptide-170 Dipeptide-19 Hexapeptide-40) is a single chain fusion peptide, produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the gene from sh-Polypeptide-170, Dipeptide-19, and Hexapeptide-40. The fusion peptide contains 367 amino acids which may contain disulfide bonds and/or glycosylation and consists of the proper sequence from the 20 standard amino acids.
SR-ESCHERICHIA COLI METHIONYL COW POLYPEPTIDE-3 FERMENT LYSATE EXTRACT
sr-Escherichia Coli Methionyl Cow Polypeptide-3 Ferment Lysate Extract is the extract of the lysed cells obtained by the fermentation of E. coli which contains the fusion peptide consisting of sr-Cow Polypeptide-3 and Methionine.
SR-ESCHERICHIA COLI POLYPEPTIDE-1 TRIPEPTIDE-64 SR-SILKWORM POLYPEPTIDE-1 SH-POLYPEPTIDE-50 OLIGOPEPTIDE-144 HEXAPEPTIDE-40
sr-Escherichia Coli Polypeptide-1 Tripeptide-64 sr-Silkworm Polypeptide-1 sh-Polypeptide-50 Oligopeptide-144 Hexapeptide-40 is a single chain synthetic fusion peptide produced by fermentation in E. coli. The starting gene is synthesized by the fusion of the gene from sr-Escherichia Coli Polypeptide-1, sr-Silkworm Polypeptide-1, Tripeptide-64, sh-Polypeptide-50, Oligopeptide-144 and Hexapeptide-40. The fusion peptide contains 884 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 amino acids.
SR-HAGFISH POLYPEPTIDE-1
sr-Hagfish Polypeptide-1 is a single chain recombinant protein produced by fermentation in E. coli. The starting gene is synthesized to be identical to the gene which codes for Thread Biopolymer Filament Subunit Alpha derived from hagfish. The protein contains a maximum of 643 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-HYDROZOAN POLYPEPTIDE-1
sr-Hydrozoan Polypeptide-1 is a single chain recombinant protein fragment produced by fermentation in E. coli. The starting gene is synthesized to be identical to the gene which codes for Fibrillar Collagen derived from Podocoryna carnea (hydrozoan). The parent protein contains a maximum of 429 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
SR-MOUSE POLYPEPTIDE-6
sr-Mouse Polypeptide-6 is a single chain recombinant protein produced by fermentation in E. coli. The starting gene is synthesized to be identical to the gene which codes for Leukemia Inhibitory Factor derived from mouse. The parent protein contains a maximum of 203 amino acids which may contain disulfide bonds and/or glycosylation, and consists of the proper sequence of the 20 standard amino acids.
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