Evolution of plant MADS box transcription factors: evidence for shifts in selection associated with early angiosperm diversification and concerted gene duplications
Phylogenomic analyses show that gene and genome duplication events have led to the
diversification of transcription factor gene families throughout the evolutionary history of land
plants and that gene duplications have played an important role in shaping regulatory
networks influencing key phenotypic characters including floral development and flowering
time. A molecular evolutionary investigation of the mode and tempo of selection acting on
the angiosperm MADS box AP1/SQUA, AP3/PI, AG/AGL11, and SEP gene subfamilies …
diversification of transcription factor gene families throughout the evolutionary history of land
plants and that gene duplications have played an important role in shaping regulatory
networks influencing key phenotypic characters including floral development and flowering
time. A molecular evolutionary investigation of the mode and tempo of selection acting on
the angiosperm MADS box AP1/SQUA, AP3/PI, AG/AGL11, and SEP gene subfamilies …
Evolution of plant MADS box transcription factors: evidence for shifts in selection associated with early angiosperm diversification and concerted gene duplications.
SHY Shan HongYan, L Zahn, S Guindon, PK Wall… - 2009 - cabidigitallibrary.org
Phylogenomic analyses show that gene and genome duplication events have led to the
diversification of transcription factor gene families throughout the evolutionary history of land
plants and that gene duplications have played an important role in shaping regulatory
networks influencing key phenotypic characters including floral development and flowering
time. A molecular evolutionary investigation of the mode and tempo of selection acting on
the angiosperm MADS box AP1/SQUA, AP3/PI, AG/AGL11, and SEP gene subfamilies …
diversification of transcription factor gene families throughout the evolutionary history of land
plants and that gene duplications have played an important role in shaping regulatory
networks influencing key phenotypic characters including floral development and flowering
time. A molecular evolutionary investigation of the mode and tempo of selection acting on
the angiosperm MADS box AP1/SQUA, AP3/PI, AG/AGL11, and SEP gene subfamilies …
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