Virus Research, 19 (1991) 237-238 © 1991 Elsevier Science Publishers B.V. 0168-/1917 /0$032.5 0 Author Index Aguilera, M.C., see Akkina, R.K. (19) 17 mononuclear cells: comparison of a standard Akkina, R.K., Richardson, J.C., Aguilera, M.C. co-culture technique with a newly developed and Yang, C.-M. microculture method (19) 153 Heterogeneous forms of polymerase proteins Ehrenfeld, E., see Neufeld, K.L. (19) 173 exist in influenza A virus-infected cells (19) Ginzburg, V.P., see Klimov, A.I. (19) 105 17 Gott, P., Zoller, L., Yang, S., Stohwasser, R.., Akkina, R.K. Bautz, E.K.F. and Darai, G. Pestivirus bovine viral diarrhea virus Antigenicity of hantavirus nucleocapsid pro- polypeptides: identification of new precursor teins expressed in E. coli (19) 1 proteins and alternative cleavage pathways (19) 67 Holloway, D., see Pogo, B.G.-T. (19) 131 Antic, D., Lim, B.-U. and Kang, C.Y. Huismans, H., see Nel, L.H. (19) 139 Molecular characterization of the M ge- Jahn, G., see Eberlein, B. (19) 153 nomic segment of the Seoul 80-39 virus; Joesten, M.E., see Pogo, B.G.-T. (19) 131 nucleotide and amino acid sequence compar- isons with other hantaviruses reveal the evo- Kamps, C.A., see Yu, Y. (19) 83 lutionary pathway (19) 47 Kang, C.Y., see Antic, D. (19) 47 Antic, D., Lim, B.-U. and Kang, C.Y. Kang, C.Y., see Antic, D. (19) 59 Nucleotide sequence and coding capacity of Kefalides, N.A., see Brinker, J.M. (19) 209 the large (L) genomic RNA segment of Seoul King, L.A., Mann, S.G., Lawrie, A.M. and Mul- 80-39 virus, a member of the hantavirus shaw, S.H. genus (19) 59 Replication of wild-type and recombinant Autographa californica nuclear polyhedrosis Baur, A., see Eberlein, B. (19) 153 Bautz, E.K.F., see Gott, P. (19) 1 virus in a cell line derived from Mamestra brassicae (19) 93 Blixenkrone-MOller, M., see Kévamees, J. (19) 223 Klimov, A.I., Sokolov, N.I., Orlova, N.G. and Ginzburg, V.P. Bovolenta, C., Tognon, M. and Liboi, E. Epidermal growth factor induces, in the Correlation of amino acid residues in the M1 ELa@4-2 cell line, herpes simplex virus-1 a4 and M2 proteins of influenza virus with high gene transcription in the absence of the viral yielding properties (19) 105 trans-activator VP16 (19) 199 Kovamees, J., Blixenkrone-MO6ller, M. and Nor- Brinker, J.M., Ziaie, Z. and Kefalides, N.A. rby, E. Differential suppression of host cell protein The nucleotide and predicted amino acid synthesis and mRNA levels in herpes sim- sequence of the attachment protein of ca- plex virus-infected endothelial cells (19) 209 nine distemper virus (19) 223 Cenacchi, G., see Landini, M.P. (19) 189 Lai, A.C.-K., see Pogo, B.G.-T. (19) 131 Landini, M.P., Severi, B., Cenacchi, G., Laz- Darai, G., see Gott, P. (19) 1 zarotto, T., Lindenmeier, W. and Necker, A. Darai, G., see ROsen-Wolff, A. (19) 115 Human cytomegalovirus structural compo- Eberlein, B., Baur, A., Neundorfer, M. and Jahn, nents: intracellular and intraviral localiza- G. tion of p38 (19) 189 Expression of human immunodeficiency virus Lawrie, A.M., see King, L.A. (19) 93 (HIV) in naturally infected peripheral blood Lazzarotto, T., see Landini, M.P. (19) 189 238 Li, P., see Martin, J.D. (19) 163 Pogo, B.G.-T., Lai, A.C.-K., Joesten, M.E., Liboi, E., see Bovolenta, C. (19) 199 Royston, M.E. and Holloway, D. Lim, B.-U., see Antic, D. (19) 47 Changes in cell gene expression in human Lim, B.-U., see Antic, D. (19) 59 leukemic cells persistently infected with vac- Lindenmeier, W., see Landini, M.P. (19) 189 cinia virus (19) 131 Luftig, R.B., see Macejak, D.G. (19) 31 Richards, O.C., see Neufeld, K.L. (19) 173 Macejak, D.G. and Luftig, R.B. Richardson, J.C., see Akkina, R.K. (19) 17 Stabilization of actin filaments at early times Rosen-Wolff, A. and Darai, G. after adenovirus infection and in_heat- Identification and mapping of the ULS6 gene shocked cells (19) 31 transcript of herpes simplex virus type 1 (19) Mann, S.G., see King, L.A. (19) 93 115 Martin, J.D. and Li, P. Royston, M.E., see Pogo, B.G.-T. (19) 131 Comparison of regulatory sequences and en- Severi, B., see Landini, M.P. (19) 189 hancer activities of SV40 variants isolated Sokolov, N.1., see Klimov, A.I. (19) 105 from patients with neurological diseases (19) Stohwasser, R., see Gott, P. (19) 1 163 Mulshaw, S.H., see King, L.A. (19) 93 Tognon, M., see Bovolenta, C. (19) 199 Necker, A., see Landini, M.P. (19) 189 Wong, P.K.Y., see Yu, Y. (19) 83 Nel, L.H. and Huismans, H. Synthesis of the virus-specified tubules of Yang, C.-M., see Akkina, R.K. (19) 17 epizootic haemorrhagic disease virus using a Yang, S., see Gott, P. (19) 1 baculovirus expression system (19) 139 Yu, Y., Kamps, C.A., Yuen, P.H. and Wong, Neufeld, K.L., Richards, O.C. and Ehrenfeld, E. P.K.Y. Expression and characterization of po- Construction and characterization of expres- liovirus proteins 3BY’®, 3C?"°, and 3D°°! in sion systems for the env gene of tsl, a mu- recombinant baculovirus-infected tant of Moloney murine leukemia virus-TB Spodoptera frugiperda cells (19) 173 (19) 83 Neundorfer, M., see Eberlein, B. (19) 153 Yuen, P.H., see Yu, Y. (19) 83 Norrby, E., see Kovamees, J. (19) 223 Ziaie, Z., see Brinker, J.M. (19) 209 Orlova, N.G., see Klimov, A.I. (19) 105 Zoller, L., see Gott, P. (19) 1 Virus Research, 19 (1991) 239 239 © 1991 Elsevier Science Publishers B.V. 0168-/1917 /$0032.5 0 Subject Index Actin filament, (19) 31 Influenza polymerase, (19) 17 Adenovirus infection, (19) 31 Influenza virus, (19) 105 Alternative insect cell line, (19) 93 Influenza virus replication, (19) 17 Amino acid homology, (19) 223 Amino acid residues, (19) 105 K562 cells, (19) 131 Baculovirus, (19) 139 Latency, (19) 115 Baculovirus expression, (19) 173 Latrunculin, (19) 31 Baculovirus expression system, (19) 93 Bovine viral diarrhea virus, (19) 67 Mamestra brassicae, (19) 93 Bunyaviridae, (19) 1 Molecular characterization, (19) 47 ts1-MoMuLYV, (19) 83 Canine distemper virus, (19) 223 Collagen type IV, (19) 209 Nephropathia epidemica, (19) 1 Cytomegalovirus, (19) 189 New forms of influenza polymerase, (19) 17 Nonstructural protein NS1, (19) 139 Diagnostic antigen, (19) 1 Northern blot analysis, (19) 115 EGF, (19) 199 ompA, (19) 1 EHDV2 (Alberta), (19) 139 Endothelial cell, (19) 209 Pathogenicity, (19) 115 Enhancer, (19) 163 Persistent infection, (19) 131 Envelope protein, (19) 83 Pestiviral polypeptides, (19) 67 Evolution, (19) 47 Pestivirus genome, (19) 67 Expression, (19) 139 Poliovirus, (19) 173 Expression vector, (19) 83 Polymerase (3D), (19) 173 Fetal hemoglobin, (19) 131 Protease (3C), (19) 173 Fibronectin, (19) 209 Protease (3CD), (19) 173 Hantavirus, (19) 47 Regulatory sequence, (19) 163 Hemorrhagic fever with renalsyndrome (HFRS), mRNA, (19) 209 (19) 1 RNA transcripts, (19) 115 High yield proteins, (19) 105 HIV, (19) 153 Seoul 80-39 virus, (19) 47 HIV replication, (19) 153 Spodoptera frugiperda, (19) 93 HIV strains, (19) 153 Structural antigen, (19) 189 H protein, (19) 223 HSV-1, (19) 199; (19) 209 Thrombospondin, (19) 209 Human HSP70, (19) 31 Tubules, (19) 139 Human SV40 isolate, (19) 163 Vaccinia virus, (19) 131 ICP4, (19) 199 Virus cultivation, (19) 153 Immunoelectron microscopy, (19) 189 Virus gene expression, (19) 1