1. ???virus?? - ??, ??; ???, ????; Inaba, Noriyuki; INABA, Noriyuki
Viral infections during pregnancy are of concern not only in terms of maternal morbidity and the possibility of attendant fetal loss, but because certain agents are capable of crossing the placenta and inducing chronic perinatal infections that have serious pathogenic potential for the fetus and newborn.

2. Purification and characterization of infectious myonecrosis virus of penaeid shrimp - POULOS, B; TANG, K; PANTOJA, C; BONAMI, Jean-Robert; LIGHTNER, D
Sequencing of the viral genome revealed two non-overlapping open reading frames (ORFs).

3. UNA virus: first report of human infection in Argentina - Diaz,Luis Adrián; Spinsanti,Lorena Ivana; Almiron,Walter Ricardo; Contigiani,Marta Silvia
Una virus (UNAV), Togaviridae family, is widely distributed in South America, where infections have been detected in mosquitoes and vertebrate hosts (humans, birds and horses).

4. Virus respiratorio sincicial bovino : padronização e comparação de tecnicas sorologicas - Helena Gallicchio Domingues
padrão, BRSV -25-BR isolada 110 Brasil foi utilizada nos dois ensaios, tendo sido produzida em célula CER e processadas por ultracentrifugação em gradiente descontínuo de sacarose 30-55% (v/v).

5. Virus-Dependent Glycosylation - Sefton, Bartholomew M.
The oligosaccharides of the membrane glycoproteins of Sindbis virus, vesicular stomatitis virus, and Rous sarcoma virus were compared on the basis of apparent size and sugar composition.

6. Virus-Dependent Glycosylation - Sefton, Bartholomew M.
The oligosaccharides of the membrane glycoproteins of Sindbis virus, vesicular stomatitis virus, and Rous sarcoma virus were compared on the basis of apparent size and sugar composition.

7. Hemagglutination by Rabies Virus - Kuwert, Ernst; Wiktor, Tadeusz J.; Sokol, Frantisek; Koprowski, Hilary
Goose erythrocytes were agglutinated by five strains of rabies virus grown in monolayer cell cultures at pH 6.4 and at 0 to 4 C.

8. Hemagglutination by Rabies Virus - Kuwert, Ernst; Wiktor, Tadeusz J.; Sokol, Frantisek; Koprowski, Hilary
Goose erythrocytes were agglutinated by five strains of rabies virus grown in monolayer cell cultures at pH 6.4 and at 0 to 4 C.

9. Morphogenesis of Bittner Virus - Gay, Frederick W.; Clarke, John K.; Dermott, Evelyn
The morphogenesis of Bittner virus (mouse mammary tumor virus) was studied in sectioned mammary tumor cells.

10. Morphogenesis of Bittner Virus - Gay, Frederick W.; Clarke, John K.; Dermott, Evelyn
The morphogenesis of Bittner virus (mouse mammary tumor virus) was studied in sectioned mammary tumor cells.

11. Densonucleosis Virus Structural Proteins - Kelly, D. C.; Moore, N. F.; Spilling, C. R.; Barwise, A. H.; Walker, I. O.
The protein coats of two densonucleosis viruses (types 1 and 2) were examined by a variety of biophysical, biochemical, and serological techniques.

12. Densonucleosis Virus Structural Proteins - Kelly, D. C.; Moore, N. F.; Spilling, C. R.; Barwise, A. H.; Walker, I. O.
The protein coats of two densonucleosis viruses (types 1 and 2) were examined by a variety of biophysical, biochemical, and serological techniques.

13. Photoreactivation of a Cytoplasmic Virus - Pfefferkorn, E. R.; Boyle, Mary K.
A cellular enzyme is presumably responsible for this repair of viral deoxyribonucleic acid, for the phenomenon is insensitive to an inhibitor of protein synthesis and is not seen in mammalian cells that are known to lack photoreactivating enzyme.

14. Photoreactivation of a Cytoplasmic Virus - Pfefferkorn, E. R.; Boyle, Mary K.
A cellular enzyme is presumably responsible for this repair of viral deoxyribonucleic acid, for the phenomenon is insensitive to an inhibitor of protein synthesis and is not seen in mammalian cells that are known to lack photoreactivating enzyme.

15. Virus Replication in Enucleate Cells: Vesicular Stomatitis Virus and Influenza Virus - Follett, E. A. C.; Pringle, C. R.; Wunner, W. H.; Skehel, J. J.
The requirement of the presence of a nucleus for the replication of vesicular stomatitis virus and influenza virus has been examined by following the growth and development of these viruses in enucleate BS-C-1 cells.

16. Virus Replication in Enucleate Cells: Vesicular Stomatitis Virus and Influenza Virus - Follett, E. A. C.; Pringle, C. R.; Wunner, W. H.; Skehel, J. J.
The requirement of the presence of a nucleus for the replication of vesicular stomatitis virus and influenza virus has been examined by following the growth and development of these viruses in enucleate BS-C-1 cells.

17. Separation of Reticuloendotheliosis Virus from Avian Tumor Viruses - Maldonado, R. L.; Bose, H. R.
Velocity sedimentation and isopycnic density gradient centrifugation indicate that reticuloendotheliosis virus has a different mass and buoyant density than members of the avian tumor virus group.

18. Separation of Reticuloendotheliosis Virus from Avian Tumor Viruses - Maldonado, R. L.; Bose, H. R.
Velocity sedimentation and isopycnic density gradient centrifugation indicate that reticuloendotheliosis virus has a different mass and buoyant density than members of the avian tumor virus group.

19. Infective Virus Substructure from Vesicular Stomatitis Virus - Brown, F.; Cartwright, B.; Crick, Joan; Smale, C. J.
Treatment of suspensions of vesicular stomatitis virus with Tween-ether results in a rapid and considerable loss of infectivity (ca.

20. Infective Virus Substructure from Vesicular Stomatitis Virus - Brown, F.; Cartwright, B.; Crick, Joan; Smale, C. J.
Treatment of suspensions of vesicular stomatitis virus with Tween-ether results in a rapid and considerable loss of infectivity (ca.

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