Sentence examples for knowledge of virus from inspiring English sources

Knowledge of virus removal in subsurface environments is pivotal for assessing the risk of viral contamination of water resources and developing appropriate protection measures.

Finally, studies of VACV interactions with the host cell and the immune system are uncovering new features of cell biology and immunology, and an increasing knowledge of virus pathogenesis.

Increased knowledge of virus structure and host cell interactions has led to reengineering of first-generation Ad vectors to improve tissue targeting, and this may improve transgene expression as well as reduce vector toxicity.

Knowledge of virus architecture has increased greatly in recent years, due to a wide range of techniques which have given more detailed chemical information, and to the application of more refined electron microscopic, optical diffraction, and X-ray crystallographic procedures.

Such strategies have also been dependent upon a priori knowledge of virus sequences for primer design and are limited by potential inter and intra-sample sequence variation [ 20].

The discoveries of a new genogroup III picobirnavirus and circular DNA virus from human diarrhea samples expands our knowledge of virus diversity in the human gut.

Many scientists believe another one is overdue, and new knowledge of viruses indicates that this strain of bird flu has acquired some of the mutations it would need to be transmitted easily between humans, which has caused much of the alarm this year.

The use of luciferase reporter influenza viruses allows for new mechanistic studies to expand our knowledge of virus-induced disease and provides a new quantitative method to evaluate future antiviral therapies.

The discovery of the Epstein Barr virus - named after British doctor Anthony Epstein - resulted from his specialist knowledge of viruses which caused tumours in chickens plus his skills gained using one of the first commercially-available electron microscopes.

Knowledge of virus-specific immunity in the population and the manner in which it changed as the pandemic progressed is essential for understanding disease transmission.

Ours is a hypothesis-based approach, and does not require a priori knowledge of virus-host interactions beyond what can be gathered from viral and host protein sequences.