A Reverse Genetic Approach Toward Characterizing the Roles of Cytokinin Receptors in Arabidopsis Thaliana Growth and DevelopmentUniversity of Wisconsin--Madison, 2004 - 218 pages |
Common terms and phrases
absence of cytokinin adenine AHK2 AHK3 AHP1 altered in habituated APRR9 Arabidopsis genome Arabidopsis thaliana ARR5 assays AtHK1 auxin average signal intensity Biol calli maintained cDNA cDNA prepared CKI1 CKII ckil CRE1 CRE1 protein CREI crel cytokinin receptor cytokinin receptor mutants cytokinin responses cytokinin signaling cytokinin-independent cytokinin-inducible data not shown dilution of cDNA DNA methylation double mutants ecotype encoding EnvZ enzymes ethylene expression levels freshly-derived callus gene expression genomic genotype habituated and non-habituated habituated calli habituated callus cultures His-Asp phosphorelay histidine kinase histone histone methyltransferases HK domain induction Kakimoto Mähönen Natl non-habituated callus cultures over-expression pathway peptide phenotype Plant Cell Plant Cell Physiol Plant Physiol presence of cytokinin primers protein response regulator role root RT-PCR seedlings sequence Shinozaki shoot signal transduction SLN1 T-DNA T87 callus T87 cell Tabata TMK3 transcript triple mutant Type-A RRs up-regulated up-regulated in habituated wild-type wt/vol