| Document Date: 2010-11-15 05:23:48
Open Document File Size: 152,86 KBShare Result on Facebook
City Capdeville / Kazan / Christensen / Bradford / New York / Wiley / / Company Sudbury / Marciano P L. P. / Hess / M. A. Lelu-Walter A. S. / Blackwell Publishing Ltd / Filichkin S. A. / / Country United States / / Facility Plant J. / Plant Biol / Plant Cell / V. W. Camp / Plant Pathology / Plant Cell Report / W. V. Camp / Plant Physiology / Plant Physiol / Plant Mol Biol / Benjamin Cummings Pub / Plant Cell Physiol / Plant Molecular Biology / Plant Physiol Biochem / Plant Biology / Plant Sci / Plant Mol. / / IndustryTerm natural tool / antioxidant systems / / MedicalCondition Arabidopsis mutants simulating disease / Erysiphe necator infection / Powdery Mildew infection / Anaphylaxis / Allergy / / Movie W. V / / Person S. Zhang / Dani / V / K. C. Goulter / S. Dukiandjiev / V / W.A. Petri / Jr. / Lee E. Limbird / Turk / / Position D. J. / R. N. / / ProvinceOrState W. V. / New York / California / A. B. / Massachusetts / / PublishedMedium Current Opinion / The Plant Cell / Plant Physiology / Plant Pathology / Molecular Biology / / Technology Genomics / Proteomics / somatic embryogenesis / Biotechnology / gene expression / Cloning / / URL http /
SocialTag |
LITERATURE CITED Abe, H., K. Yamaguchi-Shinozaki, T. Urao, , T. Iwasaki, , D. Hosokawa and K. Shinozaki[removed]Role of Arabidopsis MYC and MYB homologs in drought- and abscisic acidregulated gene expression. Plant Cell,