University of Georgia / Plant J. / Plant Cell / S. R. Plant / T. Plant / The plant MITE mPing / Kyoto University / Plant Physiol / University of Oklahoma / National Institute of Agrobiological Science / University of Minnesota / University of Georgia Research Foundation / Plant Biology / Plant Mol. / /
IndustryTerm
online version / transcription termination site / regulatory networks / transcription start site / microarray chips / stress-inducible regulatory networks / /
Movie
A. D. / /
MusicAlbum
Culture / Technology / Sports / Science / /
Organization
University of Oklahoma / University of Georgia / Athens / National Science Foundation / Department of Genetics / Cell Biology and Development / National Institute of Agrobiological Science in Japan / Department of Plant Biology / Graduate School / Georgia Research Foundation / Kyoto University / Nucleosome / Rice Genome Resource Center / Ministry of Education / University of Minnesota / /
Person
Gene Staining / Curtis / / /
Position
Author Information Sequence data / Author / Reporter / b-Glucuronidase Reporter / /
Product
EG4 / /
ProgrammingLanguage
Python / /
ProvinceOrState
Minnesota / New Brunswick / Oklahoma / Georgia / /
Technology
genomics / microarray system / hybridization / cloning / Technology of Japan / html / DNA Chip / gene expression / http / 44K microarray chips / recombination / /
Vol 461 | 22 October 2009 | doi:[removed]nature08479 LETTERS Unexpected consequences of a sudden and massive transposon amplification on rice gene expression Ken Naito1,2, Feng Zhang1{, Takuji Tsukiyama2, Hiroki Saito2,