Search results for "AlphaScreen™"

Co-transcriptionally cap 5-methyl-cytidine- pseudouridine-containing, in vitro transcribed RNA with Anti-Reverse cap analog (ARCA). Produce up to 40 µg of capped 5mCΨ-RNA from 1 µg of template in 3 hours. Optimized for maximum transcript capping and yield. Induce lower innate immune responses in mammalian cells by using 5mCΨ-mRNAs.

Quantitate the percentage of mRNA with Cap 1 vs Cap 0 5’-cap structures using standard polyacrylamide gel electrophoresis (PAGE). Easy, cost-effective benchtop method for QC as an alternative to mass spec analysis.

A high-performance product for fluorescent probe-based PCR applications, including quantitation and SNP genotyping.

The ready-to-use QuickPick DEAE weak anion exchange kit is intended for the fractionation of proteins based on weak ion exchange. It is optimized for use with the PickPen magnetic tool.

The ready-to-use QuickPick CM weak cation exchange kit is intended for the fractionation of proteins based on weak ion exchange. It is optimized for use with the PickPen magnetic tool.

The ready-to-use QuickPick IMAC metal affinity kit is intended for the purification of histidine-tagged proteins using Immobilized Metal Affinity Chromatography. It is optimized for use with the PickPen magnetic particle tool.

The ready-to-use QuickPick IMAC metal affinity kit is intended for the purification of histidine-tagged proteins using Immobilized Metal Affinity Chromatography. It is optimized for use with the PickPen magnetic particle tool.

MILLIPLEX® MAP EpiQuant™ technology uses computational algorithms to identify unique, continuous linear sequences (EpiQuant Sequences) in proteins. EpiQuant antibodies generated against EpiQuant sequences have pre-defined target specificity. Protein abundance and/or protein phosphorylation measurements are made at the peptide level, using EpiQuant antibodies, following proteolytic fragmentation of samples and liberation of Epi…

MILLIPLEX® MAP EpiQuant™ technology uses computational algorithms to identify unique, continuous linear sequences (EpiQuant Sequences) in proteins. EpiQuant antibodies generated against EpiQuant sequences have pre-defined target specificity. Protein abundance and/or protein phosphorylation measurements are made at the peptide level, using EpiQuant antibodies, following proteolytic fragmentation of samples and liberation of Epi…

MILLIPLEX® MAP EpiQuant™ technology uses computational algorithms to identify unique, continuous linear sequences (EpiQuant Sequences) in proteins. EpiQuant antibodies generated against EpiQuant sequences have pre-defined target specificity. Protein abundance and/or protein phosphorylation measurements are made at the peptide level, using EpiQuant antibodies, following proteolytic fragmentation of samples and liberation of Epi…

MILLIPLEX® MAP EpiQuant™ technology uses computational algorithms to identify unique, continuous linear sequences (EpiQuant Sequences) in proteins. EpiQuant antibodies generated against EpiQuant sequences have pre-defined target specificity. Protein abundance and/or protein phosphorylation measurements are made at the peptide level, using EpiQuant antibodies, following proteolytic fragmentation of samples and liberation of Epi…

MILLIPLEX® MAP EpiQuant™ technology uses computational algorithms to identify unique, continuous linear sequences (EpiQuant Sequences) in proteins. EpiQuant antibodies generated against EpiQuant sequences have pre-defined target specificity. Protein abundance and/or protein phosphorylation measurements are made at the peptide level, using EpiQuant antibodies, following proteolytic fragmentation of samples and liberation of Epi…

EMD Millipore's hERG membrane preparations are crude membrane preparations made from HEK293 stable recombinant cell lines, which are ideal HTS tools for screening antagonists against the hERG channel. The membrane preparations exhibit a Kd of 5.2 nM for [3H]-Astemizole. With 10 μg/well hERG Membrane Prep and 3.0 nM [3H]-Astemizole, a greater than 4-fold signal-to-background ratio was obtained.

EMD Millipore's CXCR1 membrane preparations are crude membrane preparations made from our proprietary stable recombinant cell lines to ensure high-level of GPCR surface expression; thus, they are ideal HTS tools for screening of antagonists of CXCR1 interaction with IL-8. The membrane preparations exhibit a Kd of 0.2 nM for [125I]-IL-8. With 5 μg/well CXCR1 Membrane Prep and 0.1 nM [125I]-IL-8, a greater than 5-fold signal-to-…

EMD Millipore’s ChemiScreenTM CXCR3 receptor membrane preparations are ideal tools for screening for antagonists of CXCR3 interactions with its ligands. With 0.1 nM 125I-labeled IP10, the CXCR3 membrane preparation at 5 μg/well gives a signal:bakground of greater than 10-fold.

EMD Millipore's CB2 membrane preparations are crude membrane preparations made from stable recombinant cell lines with a high-level of GPCR surface expression; thus, they are ideal HTS tools for screening for agonists and antagonists of CB2. The membrane preparations exhibit a Kd of 2.7 nM for [3H]-CP55,940. With 5 μg/well CB2 Membrane Prep and 2.5 nM [3H]-CP55,940, greater than 10-fold signal-to-background ratio is obtained.

EMD Millipore's D2 dopamine membrane preparations are crude membrane preparations made from our proprietary stable recombinant cell lines to ensure high-level of GPCR surface expression; thus, they are ideal HTS tools for screening of antagonists of D2 dopamine receptor interactions with its ligand. The membrane preparations exhibit a Kd of 0.51nM for [125I]-Iodospiperone. With 5.0 ug/well D2 Dopamine Membrane Prep and 0.1nM […

Chemicon's cloned human β2-expressing cell line is made in the Chem-2 host, which supports high levels of recombinant β2 expression on the cell surface and contains high levels of the promiscuous G protein Gα16 to couple the receptor to the calcium signaling pathway. Thus, the cell line is an ideal tool for screening for agonists and antagonists of β2.