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Elena Casacuberta
Researcher at Pompeu Fabra University
Publications - 31
Citations - 1813
Elena Casacuberta is an academic researcher from Pompeu Fabra University. The author has contributed to research in topics: Retrotransposon & Telomere. The author has an hindex of 16, co-authored 30 publications receiving 1587 citations. Previous affiliations of Elena Casacuberta include Spanish National Research Council & Massachusetts Institute of Technology.
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Journal ArticleDOI
The impact of transposable elements in environmental adaptation
TL;DR: It is argued that in the near future, the increasing availability of genome sequences and the development of new tools to discover and analyse TE insertions will further show the relevant role of TEs in environmental adaptation.
Journal ArticleDOI
Sequence and analysis of chromosome 4 of the plant Arabidopsis thaliana
Klaus F. X. Mayer,C. Schüller,R. Wambutt,George Murphy,Guido Volckaert,Thomas Pohl,A. Düsterhöft,Willem J. Stiekema,K.-D. Entian,Nancy Terryn,Barbara Harris,Wilhelm Ansorge,Petra Brandt,Leslie A. Grivell,Michael A. Rieger,M. Weichselgartner,V De Simone,B. Obermaier,R. Mache,Mario Müller,M. Kreis,Michel Delseny,Pere Puigdomènech,Martin D. Watson,T. Schmidtheini,B. Reichert,D. Portatelle,Manuel Pérez-Alonso,Marc Boutry,Ian Bancroft,P. Vos,Joerg Hoheisel,Wolfgang Zimmermann,H. Wedler,P. Ridley,S. A. Langham,B. McCullagh,L. Bilham,Johan Robben,J. Van der Schueren,B. Grymonprez,Y. J. Chuang,F. Vandenbussche,M. Braeken,I. Weltjens,Marleen Voet,I. Bastiaens,Rita Aert,E. Defoor,T. Weitzenegger,G. Bothe,U. Ramsperger,H. Hilbert,M. Braun,E. Holzer,A. Brandt,Sander Peters,M. van Staveren,Wim G. Dirkse,P. Mooijman,R. Klein Lankhorst,M. Rose,J. Hauf,P. Kötter,S. Berneiser,S. Hempel,M. Feldpausch,S. Lamberth,H. Van den Daele,A. De Keyser,C. Buysshaert,J. Gielen,R. Villarroel,R. De Clercq,M. Van Montagu,Jane Rogers,A. Cronin,Michael A. Quail,S. Bray-Allen,L. Clark,J. Doggett,S. Hall,M. Kay,Nicola Lennard,K. McLay,R. Mayes,A. Pettett,Marie-Adèle Rajandream,M. Lyne,Vladimir Benes,S. Rechmann,D. Borkova,H. Blöcker,M. Scharfe,M. Grimm,T. H. Löhnert,S. Dose,M. de Haan,A.C. Maarse,M. Schäfer,S Müller-Auer,C. Gabel,M. Fuchs,Berthold Fartmann,K. Granderath,D. Dauner,A. Herzl,Sindy Neumann,Anagnostis Argiriou,D. Vitale,Rosario Liguori,E. Piravandi,O. Massenet,F. Quigley,G. Clabauld,A. Mündlein,R. Felber,S. Schnabl,R. Hiller,W. Schmidt,A. Lecharny,S. Aubourg,F. Chefdor,R. Cooke,C. Berger,A. Montfort,Elena Casacuberta,T. Gibbons,N. Weber,Micheline Vandenbol,M. D. Bargues,Javier Terol,A. Torres,A Perez-Perez,Bénédicte Purnelle,E. Bent,S. Johnson,D. Tacon,T. Jesse,Leo Heijnen,S. Schwarz,Patrik Scholler,Steffen Heber,P. Francs,C. Bielke,Dmitrij Frishman,D. Haase,Kai Lemcke,Hans-Werner Mewes,S. Stocker,P. Zaccaria,Michael W. Bevan,Richard K. Wilson,M. de la Bastide,K. Habermann,L. Parnell,Neilay Dedhia,L. Gnoj,K. Schutz,E. Huang,Lori Spiegel,M. Sehkon,Joseph A. Murray,P. Sheet,Matt Cordes,J. Abu-Threideh,T. Stoneking,Joelle Kalicki,Tina Graves,G. Harmon,Jennifer Edwards,P. Latreille,Laura Courtney,J. Cloud,A. Abbott,Kelsi Scott,David W. Johnson,Patrick Minx,David Bentley,Bob Fulton,N. Miller,T. Greco,K. Kemp,Jason B. Kramer,Lucinda Fulton,Elaine R. Mardis,Mike Dante,Kymberlie H. Pepin,LaDeana W. Hillier,Joanne O. Nelson,John Spieth,E. Ryan,S. Andrews,C. Geisel,Dan Layman,Hui Du,Johar Ali,A. Berghoff,K. Jones,K. Drone,M. Cotton,Corinne E. Joshu,B. Antonoiu,M. Zidanic,Cindy Strong,H. Sun,B. Lamar,C. Yordan,P. Ma,P. Ma,J. Zhong,J. Zhong,R. Preston,D. Vil,M. Shekher,A. Matero,R. Shah,I'k. Swaby,A. O'Shaughnessy,M. Rodriguez,J. Hoffman,S. Till,S. Granat,Nadim Shohdy,A. Hasegawa,Abdul Hameed,M. Lodhi,A. Johnson,A. Johnson,Ellson Y. Chen,Ellson Y. Chen,Marco A. Marra,Robert A. Martienssen,W. R. McCombie +233 more
TL;DR: Analysis of 17.38 megabases of unique sequence, representing about 17% of the Arabidopsis genome, reveals 3,744 protein coding genes, 81 transfer RNAs and numerous repeat elements.
Journal ArticleDOI
Sequence and analysis of chromosome 3 of the plant Arabidopsis thaliana.
Marcel Salanoubat,Kai Lemcke,Michael A. Rieger,W. Ansorge,M Unseld,Berthold Fartmann,Giorgio Valle,H. Blöcker,Manuel Pérez-Alonso,B. Obermaier,Michel Delseny,Marc Boutry,Leslie A. Grivell,R Mache,Pere Puigdomènech,De Simone,Nathalie Choisne,François Artiguenave,C Robert,P Brottier,Patrick Wincker,Laurence Cattolico,Jean Weissenbach,W Saurin,Francis Quetier,M. Schäfer,S Müller-Auer,C. Gabel,M. Fuchs,Benes,E Wurmbach,H Drzonek,Holger Erfle,N Jordan,S Bangert,R Wiedelmann,H Kranz,H. Voss,Richard Holland,Petra Brandt,Gerald Nyakatura,Alessandro Vezzi,Michela D'Angelo,Alberto Pallavicini,Stefano Toppo,Barbara Simionati,A Conrad,K Hornischer,G Kauer,T. H. Löhnert,G Nordsiek,J Reichelt,M. Scharfe,O Schön,M. D. Bargues,Javier Terol,Joan Climent,P Navarro,C Collado,A Perez-Perez,B Ottenwälder,D Duchemin,R. Cooke,M Laudie,C Berger-Llauro,Bénédicte Purnelle,David Masuy,M. de Haan,A.C. Maarse,J P Alcaraz,A Cottet,Elena Casacuberta,Amparo Monfort,Anagnostis Argiriou,M flores,Rosario Liguori,D. Vitale,Gertrud Mannhaupt,D. Haase,Heiko Schoof,Stephen Rudd,Paolo Zaccaria,Hans-Werner Mewes,Klaus F. X. Mayer,Samir Kaul,Christopher D. Town,Hean L. Koo,Luke J. Tallon,J Jenkins,T Rooney,M. Rizzo,A Walts,T. Utterback,Claire Fujii,Terrance Shea,Todd Creasy,Brian J. Haas,Rama Maiti,Dongying Wu,Jeremy Peterson,S. van Aken,Grace Pai,J Militscher,P Sellers,John Gill,Tamara Feldblyum,Daphne Preuss,Xiaoying Lin,William C. Nierman,Steven L. Salzberg,Owen White,J C Venter,Claire M. Fraser,T Kaneko,Yasukazu Nakamura,Shusei Sato,T Kato,Erika Asamizu,Shigemi Sasamoto,T Kimura,Kumi Idesawa,Kumiko Kawashima,Yoshie Kishida,Chiaki Kiyokawa,Mitsuyo Kohara,M Matsumoto,Ai Matsuno,Akiko Muraki,S Nakayama,Naomi Nakazaki,Sayaka Shinpo,C Takeuchi,T Wada,A Watanabe,M Yamada,Miho Yasuda,Satoshi Tabata +136 more
TL;DR: In this paper, the authors present the sequence of chromosome 3, organized into four sequence segments (contigs), and the two largest (13.5 and 9.2 Mb) correspond to the top (long) and bottom (short) arms of the chromosome 3 and two small contigs are located in the genetically defined centromere.
Journal ArticleDOI
Two retrotransposons maintain telomeres in Drosophila.
TL;DR: Drosophila repeats, complete and 5′-truncated copies of HeT-A and TART, are more complex than telomerase repeats; nevertheless, these evolutionary variants have functional similarities to the more common telomeres.
Journal ArticleDOI
Presence of miniature inverted‐repeat transposable elements (MITEs) in the genome of Arabidopsis thaliana : characterisation of the Emigrant family of elements
TL;DR: A new family of repeated sequences that are dispersed in the genome of Arabidopsis and fulfil all the requirements of MITEs, which are short, AT-rich, have terminal inverted repeats (TIRs), and do not seem to have any coding capacity.