Page 4 - Scientific Library

Protein Gene Product 9.5 (PGP 9.5) is an abundant cytoplasmic neuron and neuroendocrine-cell specific protein. Over the years, this deubiquitinating enzyme (a.k.a. Ubiquitin Carboxy-terminal Hydrolase

Protein biochemistry brings together a vast and varied world of methods of protein production, purification and characterization. Once you have successfully achieved the production of your protein in a

PD-1 / NFAT Reporter

Human Peripheral Blood Mononuclear Cells (hPBMCs) are essential for designing cellular models to be used in cell therapy and drug discovery research programs [1-7, 12]. Being able to access reliable and

Following the start of our recent collaboration with Phenocell, we’re pleased to be able to provide high quality Sebocytes developed from Human

Undoubtedly, producing and purifying a protein is an art form.

Indeed, each recombinant protein (rec. protein) to be produced in vitro

In the last few decades, in the field of Drug Discovery, Immunotherapy has gained more and more importance for the treatment of various diseases and in particular for certain types of

Expression systems - removing their contaminants

CHO, E. Coli and Pichia are useful expression systems for drug production. This can be for proteins, enzymes or antibody productions. Research and

Focus Biomolecules produces a broad range of bioactive lipid mediators as well as many small molecule inhibitors of numerous lipid metabolic pathways for use as cellular

Mass spectrometry is a technology which is widely used in most scientific disciplines that require accurate and precise measurement of elemental and molecular components. Its use in the pharmaceutical

Over the last years, mRNA-based experimental approaches have been successfully used in a broad range of research applications (genome editing, gene replacement, vaccine, immunotherapy, cellular reprogramming...)

Cell-Based ELISA tests now enable precise measurement of the phosphorylation status or expression profiles of target proteins (biomarkers) in whole cells. In this post, a review of high performing cell-based assays is made.

Interestingly, the experimental design is simple and is based on 3 steps:

1. Plate
2. Treat and fix your cells of interest (adherent or in suspension)
3. Detect the target proteins with the optimized reagents provided in the kit (450 nm colorimetric detection)

These Colorimetric Cell-Based ELISA Kits enable the detection of various target proteins (biomarkers). Some references also enable the precise measurement of the phosphorylation status of proteins of interest. They can easily