Life sciences encompass a diverse range of scientific disciplines focused on the study of living organisms and their interactions with the environment. From basic life sciences (such as cell biology, genetics, immunology, and microbiology) to applied life sciences (such as disease research, multi-omics, and biotechnology), this broad field explores the fundamental processes of life and drives advancements in disease research, patient care, and our overall understanding of living organisms. Discover the endless possibilities of life sciences and their impact on shaping a healthier and more sustainable world.
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…
The MILLIPLEX® MAP EpiQuant™ EGFR Pathway Magnetic Bead Panel, MPEQMAG-110K is used for the simultaneous quantification of the following Human analytes: CSK (Tyr304), EGFR (Total), ErbB3 (Tyr1197/1199/1262/1276/1298/1307), ERK 1/2 (Tyr204/187), FAK (Tyr397/407), FAK (Tyr861), FRS2 (Tyr436), Gab1 (Tyr285/307/317), Gab2 (Tyr266), Gab2 (Tyr584), Gab2 (Tyr614), PI3Kp110δ (Tyr485), PKCμ (Tyr502), PLCγ1 (Tyr1253), PLCγ2 (Tyr1197/121…
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…
The MILLIPLEX® MAP Rat Adipocyte Panel is used for the simultaneous quantification of the following Rat analytes: Adiponectin, IL-1β, IL-6, Leptin, MCP-1, PAI-1 (Active), PAI-1 (Total), TNF-α
The MILLIPLEX® MAP Rat Serum Adipokine Panel is used for the simultaneous quantification of the following Rat analytes: IL-1β, IL-6, Insulin, Leptin, MCP-1, PAI-1 (Active), PAI-1 (Total), TNF-α
The MILLIPLEX® MAP Rat Adiponectin - Single Plex is used for the simultaneous quantification of the following Rat analytes: Adiponectin
The MILLIPLEX® MAP Rat Bone Panel 1 is used for the simultaneous quantification of the following Rat analytes: ACTH, Insulin, Leptin, Osteoprotegerin
