Key Details
Catalog |
MAS-0524-YJ77 |
Applications |
ELISA |
Host |
Human |
Reactivity |
Cockroach |
Clonality |
Monoclonal |
Conjugations |
Conjugation could be customized |
Overview
Properties
Target
Related Products
Overview
Description
|
Clone 7C11 is a Mouse monoclonal IgG recognizes Cockroach Bla g 2.
|
Reactivity
|
Cockroach
|
Applications
|
ELISA
|
Host
|
Human
|
Epitope
|
The most important residues were K132 for the mAb 7C11 epitope and I199 and K251 for the mAb 4C3 epitope.
|
Isotype
|
Chimeric (mouse/human) IgG1 KAPPA
|
Clonality
|
Monoclonal
|
Clone
|
h7C11
|
Dilutions
|
ELISA: 0.1-1000 ng/mL
|
Properties
Expression Host
|
HEK293F/CHO
|
Conjugations
|
Conjugation could be customized
|
Purification
|
Protein A/G affinity purified is the regular method
|
Purity
|
SDS-PAGE> 95%
|
Endotoxin Level
|
Endotoxin level could be customized
|
Form
|
Liquid (frequently-used) or lyophilized
|
Concentration
|
About 1mg/ml. There are differences between batches. Special concentration could be customized.
|
Sterility
|
0.2 μM filtered
|
Buffer
|
See the Datasheet
|
Storage
|
See the Datasheet
|
Target
Target
|
Cockroach Bla g 2
|
Alternative Names
|
Cockroach Allergen Bla g 2; Bla g 2
|
Introduction
|
Among such allergens, Bla g 2 is of particular importance, eliciting IgE responses in 58-70% of cockroach allergic patients. The X-ray crystal structure of Bla g 2 shows a bilobal fold typical of pepsin-like aspartic proteases, but Bla g 2 is enzymatically inactive due to amino acid substitutions in the catalytic site. The structures of both lobes are similar despite the low degree of the amino acid sequence homology (< 15% identity). The presence of a zinc binding site and five disulfide bridges in Bla g 2 adds stability to the protein, thus favoring persistence of the allergen in the environment. Chronic exposure to low doses (< 1 µg/g dust) of this stable cockroach allergen may explain the association between sensitization to Bla g 2 and asthma.
|
Organism
|
Parasite
|
Related Disease
|
Allergy
|
Infections Route
|
Air
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