Anti-mouse IgG2a heavy chain nanobody Agarose Beads (hereinafter referred to as anti-mouse H beads) are anti-mouse IgG2a heavy chain nanobodies covalently coupled to agarose beads and are used to capture mouse IgG2a heavy chain proteins and proteins that closely interact with them. 

VHH (variable domain of heavy chain of heavy chain-only antibody) is 4 nm in length, 2.5 nm in width, and have a molecular weight of 12-15 kDa, only one tenth the size of conventional antibodies. VHH exhibits high specificity and affinity and outperforms conventional antibodies in many aspects, such as high stability, great specificity, and an easy and feasible development process.

Anti-mouse IgG2a heavy chain nanobody agarose beads are agarose beads covalently coupled with VHH antibodies, which have high specificity and affinity for mouse IgG2a. These beads can efficiently capture and separate mouse IgG2a-tagged proteins, along with associated proteins, from cell extracts of mammals, plants, bacteria, yeast, insects, and other organisms.

IP, Co-IP, CHIP, RIP, MS

Beads size: 45-165 μm (4% cross-linked agarose beads)

Storage buffer: 1xPBS, 25% glycero and 0.02% NaN3

Antibody: Anti-mouse IgG2a heavy chain VHH antibody (fused with 6xhis tag and Myc tag)

Binding capacity: 10 μL anti-mouse H beads bind 100 μg of IgG2a heavy chain tagged protein.

Specificity: Selectively recognizes mouse IgG2a heavy chain fusion protein.

Host: Alpaca

Class: Recombinant