Molecular Biology

A cell-permeable indolo-salicylic acid compound that is shown to target SHP2 catalytic domain and inhibit SHP2-catalyzed pNPP hydrolysis (IC 50 = 5.5 &#181M) in a reversible and non-competitive manner ( K i = 5.

A cell-permeable, selective, reversible, and non-competitive allosteric inhibitor of PTP1B (IC 50 = 4 &#181M and 8 &#181M for PTP1B 403 and PTP1B 298 , respectively). Binds to a novel site away from the catalytic pocket and inhibits PTP1B

A cell-permeable dithiazolylmethylglycinate that acts as a PTP1B-selective tyrosine phosphatase inhibitor (K i = 220 nM/PTP1B, 9.3 &#181M/TCPTP, &gt30 &#181M/CD45, &gt30 &#181M/LAR Substrate = pNPP, Cat.

Recombinant, human PTP1B expressed in E. coli .

The pTriEx&ltTMSYMBOL&gt&lt/TMSYMBOL&gt-1.1 vector is uniquely designed to allow rapid characterization of target genes in multiple expression systems.

The pTriEx&ltTMSYMBOL&gt&lt/TMSYMBOL&gt-1.1 Hygro vector is designed to allow rapid characterization of target genes in multiple expression systems, and to allow rapid selection of stable transfected mammalian cells expressing high levels of

The pTriEx&ltTMSYMBOL&gt&lt/TMSYMBOL&gt-3 Neo vector is designed to allow rapid characterization of target genes in E. coli , insect and vertebrate cells, and to allow rapid selection of stable transfected vertebrate cells expressing high

The pTriEx&ltTMSYMBOL&gt&lt/TMSYMBOL&gt-4 vector is uniquely designed to allow rapid characterization of target genes in multiple expression systems. With this vector a single recombinant plasmid can be used to test expression in E.

The pTriEx&ltTMSYMBOL&gt&lt/TMSYMBOL&gt-4 Neo vector is designed to allow rapid characterization of target genes in E. coli , insect and vertebrate cells, and to allow rapid selection of stable transfected vertebrate cells expressing high

The pTriEx&ltTMSYMBOL&gt&lt/TMSYMBOL&gt-6 vector is uniquely designed to allow rapid characterization of target genes in multiple expression systems. With this vector, a single recombinant plasmid can be used to test expression in E.

Application Pullulanase is a glucanase that degrades pullulan. It is produced by the Gram-negative bacterium Klebsiella and is used for starch-debranching as well as to study polysaccharide utilization .

Application Pullulanase is a glucanase that degrades pullulan. It is produced by the Gram-negative bacterium Klebsiella and is used for starch-debranching as well as to study polysaccharide utilization .