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10. LIST OF CONTRIBUTORS

Author

Alazard, J.P., primary, Amin, S.G., additional, Andrus, A., additional, ApSimon, J.W., additional, Armstrong, V.W., additional, Au-Yeung, B.-W., additional, Avram, M., additional, Ayer, W.A., additional, Babin, D., additional, Backinowsky, L.V., additional, Baldwin, J.E., additional, Bally, I., additional, Balsetan, A.T., additional, Bamezai, S., additional, Bandara, B.M.R., additional, Barth, G., additional, Barton, D.H.R., additional, Beaujean, M., additional, Beeley, N.R.A., additional, Berke, C.M., additional, Besselièvre, R., additional, Betaneli, V.I., additional, Beugelmans, R., additional, Birch, A.J., additional, Bose, A.K., additional, Brambilla, R., additional, Braun-Keller, E., additional, Brown, E., additional, Brownbridge, P., additional, Caspi, E., additional, Chamberlain, K., additional, Chan, T.H., additional, Chauncy, B., additional, Chottard, J.C., additional, Clardy, J., additional, Clark, B.C., additional, Collins, J.B., additional, Coulton, S., additional, Crouse, G.D., additional, Dadoun, H., additional, Dahler, P., additional, Day, A.I., additional, De Ville, G., additional, Dinulescu, I.G., additional, Djerassi, C., additional, von E. Doering, W., additional, Drâghici, C., additional, Elian, M., additional, Factor, R.E., additional, Faulkner, D.J., additional, Fernandez, I.F., additional, Finer-Moore, J., additional, Fleming, I., additional, Florent, J.-C., additional, Fourneron, J.-D., additional, Friary, R., additional, Fuhrer, H., additional, Fukuyama, T., additional, Funke, P.T., additional, Furmanova, N.G., additional, Fürst, A., additional, Furuhata, K., additional, Gala, K., additional, Ganguly, A., additional, Georgescu, E.G., additional, Gheorghiu, M.D., additional, Girard, P., additional, Gneuss, K.D., additional, Greaves, A.M., additional, Grier, D., additional, Gruska, R., additional, Guilhem, J., additional, Hangauer, D.G., additional, Hendrickson, J.B., additional, Hillenbrand, G.F., additional, Holohan, J.J., additional, Huber, C.P., additional, Huffman, J.W., additional, Husson, H.-P., additional, Iacobucci, G.A., additional, Ireland, C., additional, Irwin, A.J., additional, Janousek, Z., additional, Jenkins, I.D., additional, Johnson, M.A., additional, Jones, B.B., additional, Julia, M., additional, Kagan, H.B., additional, Kägi, D., additional, Kalvoda, J., additional, Kapur, J.C., additional, Katritzky, A.R., additional, Kaufmann, H., additional, Kelly, L.P., additional, Khajavi, M.S., additional, Khor, T.-C., additional, Kishi, Y., additional, Kitchin, J.P., additional, Kochetkov, N.K., additional, Kreder, J., additional, Kretschmer, G., additional, Kriemler, H.-P., additional, Ksander, G.M., additional, Kuwano, H., additional, Lansbury, P.T., additional, Lester, D.J., additional, Lewis, M., additional, Ley, S.V., additional, Liepa, A.J., additional, Lindley, M., additional, Lusinchi, X., additional, Mahanty, M.K., additional, Mallion, K.B., additional, Manhas, M.S., additional, Mansuy, D., additional, Mastrocola, A.R., additional, McMurry, J.E., additional, McPhail, A.T., additional, Meerholz, C.A., additional, Merenyi, R., additional, Metlushenko, V.P., additional, Mignani, S., additional, Minkin, V.I., additional, Mohr, P., additional, Monneret, C., additional, Motherwell, W.B., additional, Mukkavilli, L., additional, Müller, G., additional, Müller, M., additional, Mulliez, E., additional, Musser, J.H., additional, Naegeli, P., additional, Nakatsuka, S.-I., additional, Namy, J.L., additional, Narula, A.S., additional, Ogura, H., additional, Olekhnovich, L.P., additional, Onan, K.D., additional, Ovchinnikov, M.V., additional, Papoula, M.T.B., additional, Paquette, L.A., additional, Parker, W.L., additional, Pârvulescu, L., additional, Patel, R.C., additional, Peel, R., additional, Pickett, J.E., additional, Piper, J.U., additional, Puar, M.S., additional, Ragault, M., additional, Ram, B., additional, Ramachandran, P.V., additional, Ramage, R., additional, Ranganathan, D., additional, Ranganathan, S., additional, Rathnum, M.L., additional, Raverty, W.D., additional, Reed, N.V., additional, Rizzardo, E., additional, Roussi, G., additional, Saeedi-Ghomi, M.H., additional, Saito, I., additional, Scheuer, P.J., additional, Schriver, G.W., additional, Schwartz, R.E., additional, Scott, A.I., additional, Sell, C., additional, Sependa, G.J., additional, Shapiro, S., additional, Sing, L.Y., additional, Smith, K.M., additional, Sondheimer, F., additional, Soulié, J., additional, Stanescu, L., additional, Stephenson, G.R., additional, Stiller, K., additional, Streitwieser, A., additional, Sugiura, M., additional, Sum, F.W., additional, Sundararaman, P., additional, Sunday, B.R., additional, Sutherland, J.K., additional, Suzuki, M., additional, Tagle, B., additional, Tamm, Ch., additional, Tho, N.-D., additional, Thomas, E.J., additional, Thompson, D.J., additional, Toczko, G.A., additional, Van Engen, D., additional, van der Veen, J.M., additional, Viehe, H.G., additional, Vincent, J.E., additional, Wasserman, H.H., additional, Watson, W.H., additional, Weiler, L., additional, Wetli, M., additional, Wiley, D.C., additional, Williamson, D.H., additional, Wolff, M.S., additional, Wong, H.N.C., additional, Wright, J.J., additional, Zabel, V., additional, and Zimmerman, H.E., additional

Published
1982
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31. Properties of a calicivirus isolated from cats dying in an agitated state.

Author

Sato, Y., Ohe, K., Fukuyama, M., Furuhata, K., Kishikawa, S., Sakai, S., Kiuchi, A., Hara, M., Watanabe, T., Ishikawa, V., and Taneno, A.

Subjects
CALICIVIRUS infections in animals, CAT diseases, CALICIVIRUSES, VETERINARY virology, VETERINARY medicine
Abstract

In June 1993, two of five pet cats kept in Yokohama city in Japan suddenly became agitated and died. Feline calicivirus (FCV) was isolated from them. One strain (FCV-S) was isolated from the spinal cord, lung and tonsil of cat 1, another (FCV-B) from the ileum, medulla oblongata and cervical spinal cord of cat 2, and a third (FCV- SAKURA) from the oral cavity of one of the three surviving cats which showed no clinical signs. These three strains were equally resistant to pH 3-0 and serologically similar to each other, but distinct from strain F9. A genetic analysis, using a 208 base pair fragment from region E of the capsid, showed that FCV-Ari had a 70-4 per cent nucleotide and 77.3 per cent amino acid homology and FCV-F9 had a 68.6 per cent nucleotide and 73.9 per cent amino acid homology with the three strains, indicating that these two strains were genetically distinct from the three new isolates. Unvaccinated cats and cats which had been vaccinated against FCV-F9 developed watery diarrhoea but did not become agitated after the administration of FCV-S. The FCV-S strain did not induce signs of excitability after it was administered orally to specific pathogen-free cats. [ABSTRACT FROM AUTHOR]

Published
2004

36. Detection of Feline calicivirus(FCV) from Vaccinated Cats and Phylogenetic Analysis of its Capsid Genes

Author

Ohe, K., Sakai, S., Sunaga, F., Murakami, M., Kiuchi, A., Fukuyama, M., Furuhata, K., Hara, M., Soma, T., Ishikawa, Y., and Taneno, A.

Abstract

We analysed genogroups of four feline calcivirus (FCV) isolates (FCV-S, H10, Ao198-1 and ML89) obtained from cats that experienced FCV infection after having been vaccinated against FCV. New PCR primer sets (8F/8R, Ao-S/Ao-A, cp-S/cp-A) were also designed, since the conventional Seal primer failed to amplify the target sequences in two samples. The genogroups of the four isolates as well as eight global and 17 domestic strains were determined by phylogenetic analysis of their amino acid sequences. One out of the four strains (25%) isolated in this study, H10, was grouped into genogroup I, along with the vaccine strains F9 and FCV-255. The other three isolates (75%) belonged to genogroup II. Thus, there were more isolates in genogroup II than in genogroup I. However, the antibody values of the four isolates against cat anti-F9 antisera were significantly decreased. There may be no relationship between the neutralizing antibody titre and genogroup. Amino acid sequence alignment of the four isolates showed that only a single amino acid in region C, which is involved in neutralization epitopes, was different in ML89 strain from that of F9. The other three strains, H10, Ao198-1 and FCV-B, shared the same amino acid sequence with F9. Alignment of amino acids for linear epitopes in the F9 strain, which are located at regions D and E, showed variations in 5' hypervariable region (HVR) of E, whereas D and conE had only synonymous substitutions i.e. no change in the amino acid sequence. This mutation in 5' HVR of region E suggested a vaccine breakdown, as the region is known to be essential for antigenicity. The genogroup II FCV is likely to be the cause of the FCV infection in this study, while the vaccine strains belong to genogroup I. Thus, the existing vaccine may need reevaluation for its effectiveness.

Published
2006
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37. The S.pombe mei2 gene encoding a crucial molecule for commitment to meiosis is under the regulation of cAMP.

Author

Watanabe, Y., Lino, Y., Furuhata, K., Shimoda, C., and Yamamoto, M.

Abstract

The complete nucleotide sequence of the mei2 gene of Schizosaccharomyces pombe, which is essential for initiation of meiosis, is presented and four transcriptional start sites assigned. Transcription of mei2 and other genes involved in life cycle control of S. pombe, which is inducible by nitrogen starvation, is inhibited by addition of cAMP, suggesting that cAMP can mediate the signal of nitrogen supply in S.pombe. mei2 is the furthest downstream among target genes regulated by cAMP and genetic or physiological factors so far shown to block uncontrolled meiosis in S.pombe, which is provoked by inactivation of the part1 gene product, are either mutations at the mei2 locus or inhibitors of its expression. Cooperation of two regulatory pathways, one leading to the inactivation of pat1 activity and the other to the supply of the mei2 product, appears to commit cells to meiosis in S.pombe.

Published
1988
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