Sentence examples for knowledge of protein function from inspiring English sources

Proteins participate in virtually every cellular activity, and a knowledge of protein function is essential for an understanding of biological systems.

The deep knowledge of protein function, structure, biological interactions, and the possibility to design new polypeptides with desired biological activities have been the main factors involved in the increase of intensive research and preclinical and clinical approaches.

We applied PCA to our microarray dataset without using any knowledge of protein function.

Both studies outlined demonstrate the importance of structural analyses to further knowledge of protein function.

Fluorescence microscopy allows for real-time imaging in living cells and has greatly expanded our knowledge of protein function and cellular processes.

The approach we describe takes advantage of protein sequence data, but does not require any knowledge of protein function, a major advantage since the elucidation of function for the majority of Plasmodium genes remains a distant goal.

This data enhances greatly the ability to functionally characterize many proteins and demonstrates that our knowledge of protein functions can be increased based on more sensitive searches against the current databases.

Gene Ontology (GO) provides a valuable source of structured knowledge of protein functions [ 48] and has been widely used as a source of positive and negative samples to train classifiers [ 11, 62, 63].

Although the knowledge of protein functions can be acquired by conducting various biochemical experiments, it is both expensive and time-consuming by relying doing experiments alone to identify the functional properties of newly sequenced proteins which can no longer catch up with their rapid growth.

These findings may have implications beyond recent S100B research efforts, inasmuch as most of our current knowledge on protein function is based on antibody detection of levels by gel electrophoresis.

(11) At the end of his book Protein Interactions, published in 1992 , 60 Gregorio Weber wrote that "Future knowledge of the relation of protein function to structure and dynamics is much more likely to come from the comparative study of the proteins than from their study as isolated entities to which elementary physics and chemistry are applicable".