Bacterial vs. Mammalian Expression Systems

This blog focuses on the differences between bacterial and mammalian cell expression systems. E. coli make excellent organisms for expression of several types of proteins, but do have limitations based on their cellular hardware. This is where mammalian cells can really shine, creating more native, natural proteins and effective antibodies. Learn more here!

Antibody Basics: Recombinant Antibodies

This Antibody Basics looks into the development of recombinant antibodies and their advantages over monoclonal and polyclonal antibodies. Learn about how recombinant antibodies can be developed through display systems, B-cell cloning, or directly from hybridoma. 

Antigen Preparation Infographic

We have created an easy to read infographic that sums up everything that nees to be done to prep your antigen for shipment in all custom projects. Check out the process and see how it's to make shipment of your antigen as smooth as possible.

Antibody Basics: Rabbit Monoclonal Antibodies

This blog covers the the major rabbit monoclonal antibody development techniques most commonly used, including phage display, rabbit hybridoma, B-cell cloning, and individual plasma cell cloning.

The Antibody Basics Table of Contents

The Antibody Basics are a planned series of blogs designed to teach the science behind antibody development, and to serve as a buyers guide to assure that we develop the perfect product for your project.

The 5 A's of Antibody Development

The 5 A’s of Antibody Development as the basis of our custom antibody services, we are able to create antibodies for even the most difficult antigens. This infographic will serve as a brief description of each of the 5 A’s and the options therein. 

Antibody Basics: Hybridoma Development

Hybridoma technology is the core technique that is used for monoclonal antibody development. By isolating B-cells from mice and fusing them with tumor cells, immortal cell lines are able to be grown and used for production purposes. Learn more about hybridoma protocol on ProSci's blog.