Sentence examples for biopharmaceutical methods from inspiring English sources

Differences in anatomy and physiology of paediatric patients require adaptation of existing biopharmaceutical methods to ensure that in vivo predictions are relevant for this population.

Biopharmaceutical methods are routinely used in the design of medicines to predict in vivo absorption and hence guide the development of new products.

This is the first study that verifies both activity and secondary structure of a glycoprotein after enzymatic glycan trimming for use in biopharmaceutical development methods.

NISTmAb is a humanized IgG1κ antibody, produced in murine cell culture and purified by standard biopharmaceutical production methods, developed at the National Institute of Standards and Technology NISTto to serve as a reference material.

To investigate practical utility for the determination of non-proteinogenic amino acids in biopharmaceutical relevant processes, the method was applied to recombinant antibody fermentation samples of E. coli at different time points.

This article focuses on current expression systems used to produce biopharmaceuticals in CHO cells and current methods being investigated to produce biopharmaceuticals more efficiently.

To this end, a Lang factor method adapted for disposable-based biopharmaceutical facilities is currently the best method available by which to approximate the FCI associated with stem cell manufacturing [ 35].

Iacob et al. detailed how HDX MS and other methods in the biopharmaceutical industry can be used in combination to gain a more complete picture of aggregation for three monoclonal antibodies that have a propensity for forming dimers.

These are well established for traditional stainless steel biopharmaceutical facilities using the Lang Factor method [ 34], which involves multiplying the total equipment purchase cost by the 'Lang factor'.

The U.S. has dominated the global biopharmaceutical and software industries because the business methods are protected.

For production of biopharmaceuticals, there is a permanent demand for improved methods for cell line development featuring shorter time lines, higher productivity, improved consistency and genetic stability.