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GTP-Binding Protein Fragment Catalog Number KS061031 CAS 101038-78-2

GTP-Binding Protein Fragment Catalog Number KS061031 CAS 101038-78-2

Product Details:
Catalog Number:
KS061031
Product Name:
GTP-Binding Protein Fragment
Sequence:
CKQLQKDKQVYRATHR-OH (trifluoroacetate Salt)
CAS NO.:
101038-78-2
Price/1mg:
$97
Purity:
≥95% (HPLC)
Molecular Formula:
C85H144N30O24S1
Molecular Weight:
2002.23
Form:
Lyophilized
Storage:
Store At -20°C Or -80°C
High Light: 

GTP Hormone Peptide

,

Fragment Hormone Peptide

,

GTP fragment peptide

Product Description

GTP-Binding Protein Fragment,Catalog Number: KS061031,CAS NO.: 101038-78-2

 

GTP-binding protein fragments are molecules that bind to guanosine triphosphate (GTP), playing a key role in transmitting signals within cells. They couple to specific receptors on the cell surface, causing changes that activate downstream signaling pathways. These proteins are involved in many physiological processes, and their malfunction is linked to diseases such as cancer and cardiovascular disease.

Products
products details
Home > Products >
GTP-Binding Protein Fragment Catalog Number KS061031 CAS 101038-78-2

GTP-Binding Protein Fragment Catalog Number KS061031 CAS 101038-78-2

Product Details:
Catalog Number:
KS061031
Product Name:
GTP-Binding Protein Fragment
Sequence:
CKQLQKDKQVYRATHR-OH (trifluoroacetate Salt)
CAS NO.:
101038-78-2
Price/1mg:
$97
Purity:
≥95% (HPLC)
Molecular Formula:
C85H144N30O24S1
Molecular Weight:
2002.23
Form:
Lyophilized
Storage:
Store At -20°C Or -80°C
Details Link:
Https://shopping.ks-vpeptide.com/sale-470513-gtp-binding-protein-fragment-catalog-number-ks061031-cas-101038-78-2.htm
High Light: 

GTP Hormone Peptide

,

Fragment Hormone Peptide

,

GTP fragment peptide

Product Description

GTP-Binding Protein Fragment,Catalog Number: KS061031,CAS NO.: 101038-78-2

 

GTP-binding protein fragments are molecules that bind to guanosine triphosphate (GTP), playing a key role in transmitting signals within cells. They couple to specific receptors on the cell surface, causing changes that activate downstream signaling pathways. These proteins are involved in many physiological processes, and their malfunction is linked to diseases such as cancer and cardiovascular disease.