W. Arber, W. Braun, F. Cramer, R. Haas, W. Henle, P. H. Hofschneider, N. K. Jerne, P. Koldovsky, H. Koprowski, O. Maaløe
1.1 Classification of Togaviruses The family, Togaviridae, is composed of the alphaviruses, the flaviviruses, rubella (a rubivirus), and the pestiviruses (Fenner, 1976). Of these four genera, two (the alpha- and flaviviruses) are transmitted by blood-sucking arthropods, specif- ically mosquitoes and ticks. Among the togaviruses, extensive studies of defective interfering (DI) particles have so far been carried out only with Sindbis virus (SV) and Semliki Forest virus (SFV), both members of the alphavirus genus. Since these viruses are so similar, in most cases it will be assumed that what is...
1.1 Classification of Togaviruses The family, Togaviridae, is composed of the alphaviruses, the flaviviruses, rubella (a rubivirus), and the pestiviru...
W. Arber, W. Braun, F. Cramer, R. Haas, W. Henle, P. H. Hofschneider, N. K. Jerne, P. Koldovsky, H. Koprowski, O. Maaløe
In lymphoiden Zellen Tb-sensibilisierter Meerschweinchen sind sessile Antikorper vorhanden, die in der Lage sind nach Kontakt mit Tuberkulin Komplement zu binden. Dieser Nachweis ist sowohl fluorescenzserologisch als auch - unter Verwendung von Extrakten aus solchen Zellen - mit der Hamagglutination und der Coombs-Technik oder mit dem Konglutinations- verfahren moglich. Sie konnen ferner mit dem Hamaggregationsverfahren nachgewiesen werden. Die sessilen Antikorper besitzen mindestens zwei, nach ihrer immunologischen Spezifitat und dem Mechanismus ihrer cytolytischen Funktion distinkte...
In lymphoiden Zellen Tb-sensibilisierter Meerschweinchen sind sessile Antikorper vorhanden, die in der Lage sind nach Kontakt mit Tuberkulin Komplemen...
W. Arber, W. Braun, F. Cramer, R. Haas, W. Henle, P. H. Hofschneider, N. K. Jerne, P. Koldovsky, H. Koprowski, O. Maaløe
This article is concerned with the use of viral models for the study of the mechanism of protein biosynthesis and its regulation. The scope is restricted mainly to general aspects of animal viral systems and how these systems may be used to approach the question of cellular regulation. Most information on the regulation of metabolic processes in eukaryotic cells comes from the study of bacteria and from the successful application of this knowledge to higher systems. However, differences in regulation of the translation of genetic information from the messenger RNA into protein may be expected...
This article is concerned with the use of viral models for the study of the mechanism of protein biosynthesis and its regulation. The scope is restric...