Genomic, expressional, protein-protein interactional analysis of Trihelix transcription factor genes in Setaria italia and inference of their evolutionary trajectory
Background Trihelix transcription factors (TTF) play important roles in plant growth and
response to adversity stress. Until now, genome-wide identification and analysis of this gene
family in foxtail millet has not been available. Here, we identified TTF genes in the foxtail
millet and its grass relatives, and characterized their functional domains. Results As to
sequence divergence, TTF genes were previously divided into five subfamilies, IV. We found
that Trihelix family members in foxtail millet and other grasses mostly preserved their …
response to adversity stress. Until now, genome-wide identification and analysis of this gene
family in foxtail millet has not been available. Here, we identified TTF genes in the foxtail
millet and its grass relatives, and characterized their functional domains. Results As to
sequence divergence, TTF genes were previously divided into five subfamilies, IV. We found
that Trihelix family members in foxtail millet and other grasses mostly preserved their …
Genomic, expressional, protein-protein interactional analysis of Trihelix transcription factor genes in Setaria italia and inference of their evolutionary trajectory.
WZY Wang ZhenYi, ZKL Zhao KangLu, PYX Pan YuXin… - 2018 - cabidigitallibrary.org
Background: Trihelix transcription factors (TTF) play important roles in plant growth and
response to adversity stress. Until now, genome-wide identification and analysis of this gene
family in foxtail millet has not been available. Here, we identified TTF genes in the foxtail
millet and its grass relatives, and characterized their functional domains. Results: As to
sequence divergence, TTF genes were previously divided into five subfamilies, IV. We found
that Trihelix family members in foxtail millet and other grasses mostly preserved their …
response to adversity stress. Until now, genome-wide identification and analysis of this gene
family in foxtail millet has not been available. Here, we identified TTF genes in the foxtail
millet and its grass relatives, and characterized their functional domains. Results: As to
sequence divergence, TTF genes were previously divided into five subfamilies, IV. We found
that Trihelix family members in foxtail millet and other grasses mostly preserved their …
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