<it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem

<it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem

Bibliographic Details
Main Authors: Gonçalves Danieli, Lepikson-Neto Jorge, Salazar Marcela, Nascimento Leandro, Camargo Eduardo, Marques Wesley, Pereira Gonçalo, Ramos Carlos
Format: Article
Language:English
Published: BMC 2011-09-01
Series:BMC Proceedings
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spelling doaj-56f260c43b184d21888d358864ca4b8e2020-11-24T22:15:43ZengBMCBMC Proceedings1753-65612011-09-015Suppl 7P10910.1186/1753-6561-5-S7-P109<it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylemGonçalves DanieliLepikson-Neto JorgeSalazar MarcelaNascimento LeandroCamargo EduardoMarques WesleyPereira GonçaloRamos Carlos
collection DOAJ
language English
format Article
sources DOAJ
author Gonçalves Danieli
Lepikson-Neto Jorge
Salazar Marcela
Nascimento Leandro
Camargo Eduardo
Marques Wesley
Pereira Gonçalo
Ramos Carlos
spellingShingle Gonçalves Danieli
Lepikson-Neto Jorge
Salazar Marcela
Nascimento Leandro
Camargo Eduardo
Marques Wesley
Pereira Gonçalo
Ramos Carlos
<it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem
BMC Proceedings
author_facet Gonçalves Danieli
Lepikson-Neto Jorge
Salazar Marcela
Nascimento Leandro
Camargo Eduardo
Marques Wesley
Pereira Gonçalo
Ramos Carlos
author_sort Gonçalves Danieli
title <it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem
title_short <it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem
title_full <it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem
title_fullStr <it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem
title_full_unstemmed <it>Eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem
title_sort <it>eucalyptus</it> transcriptome analysis revealed molecular chaperones highly expressed in xylem
publisher BMC
series BMC Proceedings
issn 1753-6561
publishDate 2011-09-01
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AT lepiksonnetojorge iteucalyptusittranscriptomeanalysisrevealedmolecularchaperoneshighlyexpressedinxylem
AT salazarmarcela iteucalyptusittranscriptomeanalysisrevealedmolecularchaperoneshighlyexpressedinxylem
AT nascimentoleandro iteucalyptusittranscriptomeanalysisrevealedmolecularchaperoneshighlyexpressedinxylem
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AT marqueswesley iteucalyptusittranscriptomeanalysisrevealedmolecularchaperoneshighlyexpressedinxylem
AT pereiragoncalo iteucalyptusittranscriptomeanalysisrevealedmolecularchaperoneshighlyexpressedinxylem
AT ramoscarlos iteucalyptusittranscriptomeanalysisrevealedmolecularchaperoneshighlyexpressedinxylem
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