E-GEOD-11325 - Transcriptome analyses of ragged seedling2 shoot apical meristem (SAM) vs non-mutant SAM

Released on 2 May 2008, last updated on 2 May 2014
Zea mays
Samples (72)
Arrays (2)
Protocols (9)
The recessive mutation ragged seedling2-R (rgd2-R) conditions defective lateral development of maize leaves. Although dorsiventral patterning is established in rgd2-R mutant leaves, some swapping of adaxial/abaxial epidermal identity may occur. Molecular analyses indicate that RGD2 is required for the coordination of dorsiventral and lateral patterning during maize leaf development, yet the RGD2 gene product and the mechanisms of RGD2 function are unknown. In order to investigate the genetic mechanisms downstream of RGD2 gene function, SAM-specific transcriptional profiling of rgd2-R is compared to that of nonmutant using laser microdissection microarray. Whole SAMs were laser-microdissected from rgd2-R mutant and non-mutant seedlings grown under the same controlled conditions. Microarray profiles were generated for 28,671 maize cDNAs contained on gene chips SAM 1.1and SAM 3.0 (http://www.plantgenomics.iastate.edu/maizechip/). Two-condition experiment, rgd2 SAM vs non-mutant SAM cells. 6 Biological replicates with dye swap. One replicate per array.
Experiment type
unknown experiment type 
Michael J Scanlon <mjs298@cornell.edu>, Michael Scanlon, Xiaolan Zhang
Investigation descriptionE-GEOD-11325.idf.txt
Sample and data relationshipE-GEOD-11325.sdrf.txt
Raw data (1)E-GEOD-11325.raw.1.zip
Processed data (1)E-GEOD-11325.processed.1.zip
Array designsA-GEOD-3333.adf.txt, A-GEOD-3538.adf.txt