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Cell Fate Acquisition in Anthers
Why corn?
Detecting Mutator activity
Transposon tagging and gene cloning
Corn field at San Luis Obispo
UVB and Mu elements
Ustilago maydis
Male-sterile mutants
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Transcriptome profiling in pre-meiotic and tapetal stages
Transcriptome profiling across all anther stages
Small RNAs in rice and maize anthers
Mu activity reprograms maize anther proteome and transcriptome
ms8 causes precocious anther development
Impact of Ustilago maydis on maize flowers
Organ specificity in Ustilago-maize interaction
Emergence and patterning of cell types in maize anthers
Learn more:
Transcriptome profiling in pre-meiotic and tapetal stages
Transcriptome profiling across all anther stages
Small RNAs in rice and maize anthers
Mu activity reprograms maize anther proteome and transcriptome
ms8 causes precocious anther development
Impact of Ustilago maydis on maize flowers
Organ specificity in Ustilago-maize interaction
Emergence and patterning of cell types in maize anthers
Technologies utilized
2D DIGE
PALM (Positional Ablation w/ Laser Microbeams)
Oligo microarrays
Confocal microscopy
We are studying 90 hours of early anther development in maize (Zea mays L., “corn”) to elucidate the signaling networks that regulate cell type acquisition and maintenance within anther locules. The question: Without a germ line, how do cells in plants switch from mitosis to meiosis?"