Viroid 2015

International Conference on Viroids and Viroid-Like RNAs

Düsseldorf University Press DUP

1. Auflage
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erschienen am 19. Juni 2015

Buch
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Broschüre
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88 Seiten

978-3-95758-006-1 (ISBN)

The book contains abstracts of talks and posters presented by participants of the "International Conference on Viroids and Viroid-Like RNAs". The conference was held on June 25-28, 2015, in Ceské Budejovice, Czech Republic. Viroids are the smallest infectious particles known: they consist of a single non-coding circular RNA molecule, ranging in size from about 250 to 400 nucleotides. They function as a minimal parasite replicating autonomously in the plant host's cells and promoting specific diseases leading to significant losses in the yield of some important crops. The abstracts focus on three important aspects of viroid research: viroid secondary and tertiary structure and structural dynamics, which are critical for their replication cycle exploiting the host machinery; transcriptional and post-transcriptional gene silencing induced by viroids, which is thought to be leading to host's symptoms; and viroid outbreaks as threats to crops and ornamental plants.

Sprache:	Englisch
Verlagsort:	Deutschland
Schlagworte:	Kris De Jonghe \| CSIC-Universidad Politécnica de Valencia \| Institute of Molecular Biology and Biotechnology \| Sebastjan Radisek \| National Plant Protection Organization \| Kong Lih Ling \| University of South Bohemia \| Ganesan Vadamalai \| Helena Matousková \| Hop Research Institute \| Lidmila Orctová \| mulberry small circular RNA \| Lawrence Wangh \| European Union \| ILVO \| Department of Crop Protection \| Ceské Budejovice \| Kristyna Siglová \| Lianhui Xie \| Institute of Biochemistry and Biophysics PAS \| viroid territorial behavior \| plant anti-viroid defense \| María-Teresa Cordero \| International Conference on Viroids \| degradation pathways of viroid RNAs \| viroid-specific small RNAs \| Gug-Seoun Choi \| Alexander von Humboldt Foundation \| viroid structure compendium \| Yuanzhang Kuai \| CCCVd \| Central Institute for Supervising and Testing in Agriculture \| Kenneth Pierce \| Chinese Academy of Agricultural Sciences \| viroid-mediated transcriptional gene silencing \| Thomas van Leeuwen \| Atsushi Kasai \| Institute of Plant Virology, Fujian Agriculture and Forestry University \| Department of Molecular Genetics \| Branka Javornik \| Tine Pokorn \| Ju-Yeon Yoon \| Shifang Li \| IBMCP \| CSVd \| Institut für Physikalische Biologie \| Czech Republic \| Hoseong Choi \| chrysanthemum stunt viroid \| Alberto Carbonell \| Donald Danforth Plant Science Center \| Hirosaki University \| Michael Wassenegger \| Jana Jehlíková \| Seoul Women's University \| Universiti Teknologi MARA \| James C. Carrington \| Pedro Serra \| Rocio K. Finol-Urdaneta \| Mendel University in Brno \| Taro Tsushima \| hop pathogen \| Sofia Minoia \| Sahori Shindo \| Peter Palukaitis \| University of Ljubljana \| satellite RNA \| Coconut cadang-cadang viroid \| Ganesh S. Duraisamy \| RLP AgroScience GmbH \| Crop Research Institute \| Nobuyuki Takada \| Charith Raj Adkar-Purushothama \| Yeonhwa Jo \| MODBIOLIN \| Biao Ding \| Biology Centre ASCR \| Meilina Ong-Abdullah \| Kriton Kalantidis \| RNA polymerases \| Ying-Hong He \| Université de Sherbrook \| DCLi plants \| Institute for Agricultural and Fisheries Research \| Bougainvillea \| Heinrich-Heine-Universität Düsseldorf \| Jiangsu University \| Center for RNA Biology \| ribozyme activity \| Akademie ved Ceské republiky \| Beatriz Navarro \| Verónica Aragonés \| John W. Randles \| Minju Park \| Viroid-Like RNA \| Czech Academy of Sciences \| Citrus bark cracking viroid \| RT-LATE-PCR \| Foundation for Research and Technology-Hellas \| Anastasis Oulas \| Capsicum \| Huazhong Agricultural University \| Seoul National University \| Tamara Giguère \| Grapevine yellow speckle viroid 1 \| Noémi Van Bogaert \| Instituto de Biología Molecular y Celular de Plantas \| Teruo Sano \| Kyota Sagawa \| Chrysanthemum chlorotic mottle viroid \| Ghent University \| Humulus lupulus \| José-Antonio Daròs \| Escherichia coli \| brandeis university \| Mina Tsagris \| host colonization \| Yuto Yamazaki \| recombinant RNA \| Sonia Delgado \| Kyoto University \| Biology Centre \| Hop stunt viroid \| Research Group Linkage \| Jindrich Briza \| Instituto di Tecnologie Bimediche \| HSVd \| François Bolduc \| Konstantina Katsarou \| Hideki Goto \| Anna Týcová \| IMBBC \| Ravigadevi Sambanthamurthi \| Alexander von Humboldt Stiftung \| Guy Smagghe \| Francesco Di Serio \| Quanyou Lu \| Seung-Kook Choi \| Instituto per la Protezione Sostenibile delle Piante \| Institute of Physical Biology \| AlPlanta-Institute for Plant Research \| HLVd \| travel of viroids \| GA 316304 \| The Ohio State University \| Andreas Gisel \| Won Kyong Cho \| viroid plant inoculation \| CBDVd \| Wannes Dermauw \| Institute of Plant Molecular Biology \| University of Crete \| Elaeis guineensis \| Ricardo Flores \| Viroid Structure \| CChMVd \| Hideki Yamamoto \| Jernej Jakse \| mutant swarms \| University of Zagreb \| coleus blumei viroids \| Elena Dadami \| eggplant latent viroid \| Pospiviroid pathogenesis network \| Institute of Marine Biology, Biotechnology and Aquaculture \| Department of Bio-resources \| Dijana Skoric \| Hendry Joseph \| Wenbing Wang \| EU Seventh Framework Programme for Research and Development \| Nicotiana benthamiana \| Eseul Baek \| R. A. Owens \| Potato spindle tuber viroid \| Petr Svoboda \| viroid-essential signals \| University of Adelaide \| Takeo Harada \| Rajen J. J. Piernikarczyk \| Kohei Sugawara \| Jean-Pierre Perreault \| Zujian Wu \| Sathis Sri Thanarajoo \| Universiti Putra Malaysia \| Tomás Kocábek \| Tanja Gucek \| Slovenian Institute for Hop Growing and Brewing \| viroid infected hops \| Natasa Stajner \| ARGONAUTE \| Malaysian Palm Oil Board \| Ajay Mishra
ISBN-13:	978-3-95758-006-1 (9783957580061)