太鼎生物科技/太鼎食安科技

UVssDNA單股DNA--單株抗體 (C3B6)

UVssDNA單株抗體(C3B6)

Trevigen
is pleased to provide highly qualified enzymes, antibodies, and assay kits for
DNA damage and repair research. As always, our products are accompanied by
detailed product data sheets or instructions for use, and backed with expert
technical support.

DNA Repair
Deficient Cell Lines

DNA repair
pathways maintain the integrity of the genome reducing the onset of cancer,
disease and aging phenotypes. To further study repair pathways, Trevigen offers
panels of human cell lines each deficient in proteins associated with DNA
repair. This consists of cell lines deficient for proteins in the Base
Excision Repair Pathway, Non
Homologous End Joining, Homologous
Recombination and Mismatch
Repair. For the availability of other DNA repair deficient
cell lines contact Trevigen.

PARP/PAR/PARG

PARP-1
contributes to the sequence of events that occurs during DNA base excision
repair. Trevigen offers kits that measure the in vivo and in vitro activities
of PARP and PARG.

CometAssay^®

The single
cell gel electrophoresis or CometAssay^®
is a state-of-the-art technique for quantitating DNA damage and repair from in
vivo and in vitro samples of eukaryotic cells and some prokaryotic cells. In
conjunction with Trevigen’s new CometAssay® Electrophoresis System, which
eliminates known causes of assay variability, it is the only technique that
directly measures DNA damage in individual cells and as a result has rapidly
gained importance in the fields of genetic toxicology and human biomonitoring.

DNA Repair Enzymes
and Antibodies

Trevigen’s
unique FLARE™ Assays characterize DNA damage in single cells using a variety of
DNA repair enzymes that recognize oxidative and UV damage in conjunction with
Trevigen’s CometAssay^® Electrophoresis System. A
variety of DNA repair enzymes and antibodies are available as individual
components with optimized assay conditions and buffers for research in areas of
double-strand break repair, base excision repair, DNA methylation, oxidative
damage, UV damage, and radiation damage.