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c-IAP-2 w/contol Mouse anti-Human, Unlabeled, Clone: F30-2285, BD
Mouse Monoclonal Antibody with Control
349.00 CHF - 679.00 CHF
Spezifikation
Antigen | c-IAP-2 w/contol |
---|---|
Klon | F30-2285 |
Anwendungen | Western Blot |
Klassifikation | Monoclonal |
Konjugat | Unconjugated |
Produktcode | Marke | Menge | Preis | Menge & Verfügbarkeit | |||||
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Produktcode | Marke | Menge | Preis | Menge & Verfügbarkeit | |||||
15816858
|
BD Biosciences
552782 |
50 μg |
Dieser Artikel wurde eingestellt und ist leider nicht mehr verfügbar. Sehen Sie sich das Produkt an, um alternative Produktvorschläge zu sehen oder kontaktieren Sie unseren Technischen Support unter 056 618 41 11. |
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15826858
|
BD Biosciences
552783 |
150 μg |
Dieser Artikel wurde eingestellt und ist leider nicht mehr verfügbar. Sehen Sie sich das Produkt an, um alternative Produktvorschläge zu sehen oder kontaktieren Sie unseren Technischen Support unter 056 618 41 11. |
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Beschreibung
Programmed cell death is a normal physiologic process required for maintenance as well as for development in multi-cellular organisms. It is important for apoptosis to be tightly controlled because dysregulation of cell death pathways can lead to pathogenesis. One group of proteins which aids in the regulation of the apoptotic process is called inhibitors of apoptosis (IAPs). This group of proteins acts by directly inhibiting a class of proteins known as the executioners of apoptosis, the caspases. Caspases are inactive cytosolic proteases that upon activation can cause the demise of the cell. IAPs directly inhibit apoptosis by physically interacting with and blocking caspase activity. The first human IAP to be identified, NAIP, was discovered based on its association with a neurodegenerative disorder. Subsequently, six additional human IAPs have been identified, including survivin, XIAP, c-IAP-1, c-IAP-2, BRUCE, and pIAP. These proteins share sequence motifs including a RING zinc finger domain as well two to three copies of an ∼65 amino acid baculovirus IAP repeat (BIR) domain. BIR regions promote protein-protein interaction(s) with caspases and are required for inhibition of caspase activity and apoptosis. While the RING zinc finger regions are not required for this function, they have been found to enhance the caspase inhibitory action of IAPs. Each of these inhibitors displays some specificity with regard to their ability to bind and inhibit caspases. c-IAP-1, c-IAP-2 and XIAP have been shown to block the activity of caspases-3 and -7, while NAIP does not. Thus, IAPs provide a central role in regulation of apoptosis, while subtle differences between the IAPs may confer specificity in the regulation of the various caspases. c-IAP-1 has a molecular weight of ∽72kDa in SDS/PAGE. The antibody recognizes human c-IAP-2. Recombinant human c-IAP-2 expressed in E. coli was used as an immunogen.
Host Species:
Clone: F30-2285
Species Reactivity: Human
Western Blotting
Spezifikation
c-IAP-2 w/contol | |
Western Blot | |
Unconjugated | |
RUO | |
Human | |
IgG1 | |
Affinity Purified |
F30-2285 | |
Monoclonal | |
Mouse | |
Cell Biology | |
Aqueous buffered solution containing BSA, glycerol, and ≤0.09% sodium | |
Primary | |
Store undiluted at -20°C. |
For Research Use Only.