By the same authors

From the same journal

The Ectocarpus Genome and Brown Algal Genomics. The Ectocarpus Genome Consortium.

Research output: Contribution to journalArticle

Author(s)

  • J. Mark Cock
  • Lieven Sterck
  • Sophia Ahmed
  • Andrew E. Allen
  • Grigoris Amoutzias
  • Veronique Anthouard
  • François Artiguenave
  • Alok Arun
  • Jean Marc Aury
  • Jonathan H. Badger
  • Bank Beszteri
  • Kenny Billiau
  • Eric Bonnet
  • John H. Bothwell
  • Chris Bowler
  • Catherine Boyen
  • Colin Brownlee
  • Carl J. Carrano
  • Bénédicte Charrier
  • Ga Youn Cho
  • Susana M. Coelho
  • Jonas Collén
  • Gildas Le Corguillé
  • Erwan Corre
  • Laurence Dartevelle
  • Corinne Da Silva
  • Ludovic Delage
  • Nicolas Delaroque
  • Simon M. Dittami
  • Sylvie Doulbeau
  • Marek Elias
  • Garry Farnham
  • Claire M.M. Gachon
  • Olivier Godfroy
  • Bernhard Gschloessl
  • Svenja Heesch
  • Kamel Jabbari
  • Claire Jubin
  • Hiroshi Kawai
  • Kei Kimura
  • Bernard Kloareg
  • Frithjof C. Küpper
  • Daniel Lang
  • Aude Le Bail
  • Rémy Luthringer
  • Catherine Leblanc
  • Patrice Lerouge
  • Martin Lohr
  • Pascal J. Lopez
  • Nicolas Macaisne
  • Cindy Martens
  • Florian Maumus
  • Gurvan Michel
  • Diego Miranda-Saavedra
  • Julia Morales
  • Hervé Moreau
  • Taizo Motomura
  • Chikako Nagasato
  • Carolyn A. Napoli
  • David R. Nelson
  • Pi Nyvall-Collén
  • Akira F. Peters
  • Cyril Pommier
  • Philippe Potin
  • Julie Poulain
  • Hadi Quesneville
  • Betsy Read
  • Stefan A. Rensing
  • Andrés Ritter
  • Sylvie Rousvoal
  • Manoj Samanta
  • Gaelle Samson
  • Declan C. Schroeder
  • Delphine Scornet
  • Béatrice Ségurens
  • Martina Strittmatter
  • James W. Tregear
  • Klaus Valentin
  • Peter Von Dassow
  • Takahiro Yamagishi
  • Pierre Rouzé
  • Yves Van de Peer
  • Patrick Wincker

Department/unit(s)

Publication details

JournalAdvances in Botanical Research
DatePublished - 2 Oct 2012
Volume64
Number of pages44
Pages (from-to)141-184
Original languageEnglish

Abstract

Brown algae are important organisms both because of their key ecological roles in coastal ecosystems and because of the remarkable biological features that they have acquired during their unusual evolutionary history. The recent sequencing of the complete genome of the filamentous brown alga Ectocarpus has provided unprecedented access to the molecular processes that underlie brown algal biology. Analysis of the genome sequence, which exhibits several unusual structural features, identified genes that are predicted to play key roles in several aspects of brown algal metabolism, in the construction of the multicellular bodyplan and in resistance to biotic and abiotic stresses. Information from the genome sequence is currently being used in combination with other genomic, genetic and biochemical tools to further investigate these and other aspects of brown algal biology at the molecular level. Here, we review some of the major discoveries that emerged from the analysis of the Ectocarpus genome sequence, with a particular focus on the unusual genome structure, inferences about brown algal evolution and novel aspects of brown algal metabolism.

    Research areas

  • Brown algae, Cell biology, Cell signalling, Ectocarpus, Eukaryotic evolution, Genome, Heterokont, Metabolism, Phaeophyceae, Stramenopile

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