VIRAL NUCLEIC-ACID SYNTHESIS IN HSV INFECTED NEURAL CELLS

HSV-1 replication and synthesis of viral DNA and RNA have been examined in gliomas of human (COX) and rat origin (C6) and in mouse neuroblastomas (D2). COX cells fully support HSV-1 replication and show patterns of viral DNA and RNA synthesis similar to those seen in continuous line cells. HSV-1 also grows to high titers in D2 cells but without concomitant high levels of viral DNA and RNA synthesis in the infected cells. Finally, HSV-1 established a persistent infection in C6 cells. Viral mRNA and DNA synthesis could not be detected in these cultures. At cycles of approximately 15-20 days, the persistently infected cultures exhibited massive CPE and relatively high production of infectious HSV. © 1979 Springer-Verlag.