Sentence examples for production of diagnostic from inspiring English sources

Production of diagnostic reagents in the yeast Pichia pastoris is particularly attractive since this organism is capable of expressing complex eukaryotic proteins in their correctly folded form and is amenable to large-scale fermentation at low cost.

Current commercial platforms for the production of diagnostic and research-grade GAD65 include yeast, baculovirus-infected insect cells, and wheat germ lysates, with costs of €2,000 60,000/mg.

According to Dr. Ronoh, KEMRI has been approached for contract manufacturing by domestic and international companies that want to develop health products for low resource settings – reportedly due to its location in a tropical country, and facility availability for trial production of diagnostic technologies.

Cell cultures have many clinical applications in medicine, such as the production of vaccines, diagnostic tests, and cell therapy.

This review article focuses on recent developments in the production of novel diagnostic radionuclides by using small medical cyclotrons.

This process/technology is of interest to clinicians in that it may lead to the production of novel diagnostic tests and the design of novel and even personalized therapeutics.

Local production of such diagnostic kits will further reduce the cost.

New pharma production processes           New kinds of therapeutic products           New kinds of diagnostic products           New forms of targeted delivery           Development of pharma products          .

The heterologous production of hGAD65 for diagnostic and therapeutic applications is hampered by low upstream productivity and the absence of a robust and efficient downstream process for product isolation.

International regulations for working with the live virus, and particularly for the production of vaccine and diagnostic test kits, typically require biosafety level 3 (BSL-3) laboratory facilities as a minimum and enhanced BSL-3 Ag/ABSL-3 (with many of the features of a BSL-4 laboratory) for working with live RVFV and loose-housed animals (30 ).

This creates a major problem in the production and specificity verification of diagnostic anti-Ig reagents for the vast majority of mammals.