Exempel på virology

• In this review, we discuss recent advances in biophysical virology, presenting experimental and theoretical studies on the physical properties of viruses.

• The use of living cells as experimental subjects increased in many subdisciplines of biology such as virology, immunology, and oncology.

• This epidemic has resulted in mobilization of vast sums for research and has certainly revolutionized some areas of virology.

• In the second part, a case from the history of virology and cytomorphology is presented.

• Biological and physical simplicity relative to other viral systems have made the bacteriophages an attractive model system in biophysical virology.

• Descriptive and analytical epidemiology, virology, product traceback and an orchard investigation were carried out.

• Biophysical virology is a rather new field that seeks to define the physical mechanisms controlling virus development.

• Although such research remains an essential part of molecular virology, viruses are also important genetic tools that can be u s e d to analyse cell function.

• The work includes transmission experiments, histopathology and other investigations of infected hosts, tissue culture and virology.

• Prospective members will be approached shortly and will include representatives from colposcopy, cyto-pathology, virology, primary care, epidemiology and consumer groups.

• The reason is that it is so expensive to do virology.

• If indicated, these special tests can include toxicological and virology tests.

• Precise expenditure figures are not available since research on the common cold forms an integral part of studies in virology.

• Work in other fields, such as in genetics and virology, may also have a bearing on these particular problems as well as on others.

• Researches in genetics, in virology and other subjects also are relevant here and make important contributions.