The Colorimetric Cell-Based ELISA Kits are a convenient, lysate free, high throughput and sensitive assay kit that can detect protein phosphorylation and expression profile in cells. The kit can be used for measuring the relative amounts of phosphorylated proteins in cultured cells as well as screening for effects that various treatments, inhibitors (i.e. siRNA or chemicals), or activators have on protein phosphorylation.
Detect over 1000 different proteins in adherent and suspension cells.
High sensitivity, low background with exceptional signal to noise ratio.
Convenient Colorimetric 450 nm detection or Fluorometric Ex/Em 651/667 and 495/521 nm
Determination of phosphorylated and total protein expression profiles in adherent and suspension cells
The Colorimetric Sandwich ELISAs are one of our most popular ELISA kit. It employs a traditional sandwich immunoassay platform for detection of cytokines, growth factors, various cellular markers and respective receptors in a variety of Colorimetric Sandwich ELISA Kits. We offer excellent sensitivity, convenience, and quality you can trust for a fraction of standard industry prices.
High sensitivity, low background with exceptional signal to noise ratio.
Hundreds of kits available for Human, Mouse, and Rat protein targets.
Detection and Quantification of proteins at pg/mL to ng/mL concentrations using Protein Standards.
450 nm Colorimetric Detection or Chemiluminescent Detection available.
The DNA-Binding ELISA provides on indirect ELISA method to facilitate the detection and semi-quantitative determination of active transcription factor profiles in a variety of nuclear and cell lysates. Our DNA-Binding ELISAs have been developed to significantly reduce the effective assay time compared to traditional methods, remove the need for harmful radioactive labeling, and allow researchers to perform high-throughput screening as detect multiple targets simultaneously.
Pre-Coated oligonucleotides and pre-blocked immunoassay plates included.
Positive Nuclear Lysate Control included.
High Sensitivity, low background with exceptional signal-to-noise ratio.
450 nm Colimetric Detection
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