Search results for Treg-Protector anti-ARTC2 Nanobody - anti-ARTC2 - S 16a
Treg-Protector anti-ARTC2 Nanobody - anti-ARTC2 - S+16a, BioLegend, 149801
Treg-Protector™ (S+16a Nanobody) is a recombinant llama VH Ig domain that binds to the ADP-ribosyltransferase ARTC2, which reversibly blocks its enzymatic activity and protects ARTC2+cells from NAD+-induced cell death (NICD), which is caused by the release of NAD+by cells that die during the preparation of primary lymphocytes. The S+16a nanobody has been demonstrated to protect a variety of cell types including Tregs, NKT cells, and tissue-resident memory T cells8.
Host
Reactivity
Mouse
Applications
Block - Quality tested
Conjugation
Treg-Protector anti-ARTC2 Nanobody - anti-ARTC2 - S+16a, BioLegend, 149803
Treg-Protector™ (S+16a Nanobody) is a recombinant llama VH Ig domain that binds to the ADP-ribosyltransferase ARTC2, which reversibly blocks its enzymatic activity and protects ARTC2+cells from NAD+-induced cell death (NICD), which is caused by the release of NAD+by cells that die during the preparation of primary lymphocytes. The S+16a nanobody has been demonstrated to protect a variety of cell types including Tregs, NKT cells, and tissue-resident memory T cells8.
Host
Reactivity
Mouse
Applications
Block - Quality tested
Conjugation
Treg-Protector anti-ARTC2 Nanobody - anti-ARTC2 - S+16a, BioLegend, 149802
Treg-Protector™ (S+16a Nanobody) is a recombinant llama VH Ig domain that binds to the ADP-ribosyltransferase ARTC2, which reversibly blocks its enzymatic activity and protects ARTC2+cells from NAD+-induced cell death (NICD), which is caused by the release of NAD+by cells that die during the preparation of primary lymphocytes. The S+16a nanobody has been demonstrated to protect a variety of cell types including Tregs, NKT cells, and tissue-resident memory T cells8.
Host
Reactivity
Mouse
Applications
Block - Quality tested
Conjugation
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