Page 7 - Scientific Library

…or how to make your protein attractive

Biomagnetic separation is a powerful lab tool in protein biochemistry which can be used in a wide range of applications including analysis tools

Immune checkpoint molecules play an important role in T cell functionality after TCR/MHC signaling. In fact, blockade of two B7/CD28 family checkpoint molecules, namely CTLA-4 and PD-1, have already demonstrated

Polyethylene Glycols (aka. PEGs) are biologically inert, non-immunogenic, and hydrophilic molecules. These properties make them very attractive for research and drug discovery applications (ex. Antibody-Drug

The Picokine™ line of ELISA kits is the culmination of over 20 years of development. Today, I would like to tell you a bit more about this innovation by Boster for your ELISA tests.

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

On your journey to Biomarker profiling, you will reach the point where you need to quantify the proteins of interest identified along the way (eg. validation of semi-quantitative

In a recent paper, Horita H. et al. identified a set of novel Post-Translational Modifications (PTMs) of the protein Programmed Cell Death Ligand (PD-L1).

Messenger RNAs - a promising class of new therapeutic biologics

As messenger RNAs (mRNAs) are easier to deliver into cells than plasmids or viral vectors, they are useful for non-dividing cells.

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

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

Biomolecule conjugation is critical to many applications such as bead-based assays, ELISA and chromatography by affinity. Unfortunately the classical methods are known to be tedious and with low

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...)