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The Future of Tissue Engineering: Peptide-based Biomaterials The medical and research fields have experienced significant technological growth. Most biological processes are becoming simpler each day due to advanced technology. Additionally, more inventions and discoveries are being realized. Scientists can now efficiently study organs, cells, and tissues and their role in the body. For example, the improved recombinant antibody production process has made it easier for large-scale productio

Currently, proteins must be produced in the correct quantity and quality. Mammalian cells are increasingly being used to produce proteins. Mammalian cell-based recombinant protein expression methods can add the proper protein folding, post-translational modifications, and product assembly required for complete biological activity. Mammalian cell-based expression systems are the most common technique used in the production of biopharmaceuticals. These expression systems function remarkab

The availability of commercial antibody providers has dramatically expanded the scope of study in immunoassays and immunohistochemistry. Thousands of antigen-specific products are just a click away and can be delivered the following day at the latest. Today, we will examine the production of polyclonal antibodies. This procedure can be frightening because of the upfront expenses and potential dangers, but it's an excellent approach employed by commercial antibody providers. In add

In today’s modern world, biotechnology has gained significant ground in the commercial market. Gone are those days when a simple antibody test took forever. But, if you’re wondering what antibodies we’re referring to, you might be mistaken. Even though antibodies are important proteins the immune system produces to protect the body from harmful pathogens, they attach themselves chemically to the substances the body identifies as alien, like viruses, bacteria, and other foreign substance

A protein purification process that works as planned is remarkable. Whether you're working with a recombinant protein generated by E. coli or attempting to separate a protein from a plant or animal membrane, you'll likely be working with an intricate combination of proteins, nucleic acids, polysaccharides, lipids, etc. Moreover, you'll need to obtain milligram (or microgram) quantities of the required protein, typically with exceptional purity and possibly high yield. Protein puri