Brief. Bioinformatics - Functional mapping of ontogeny in flowering plants.

Tópicos

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Resumo

All organisms face the problem of how to perform a sequence of developmental changes and transitions during ontogeny. We revise functional mapping, a statistical model originally derived to map genes that determine developmental dynamics, to take into account the entire process of ontogenetic growth from embryo to adult and from the vegetative to reproductive phase. The revised model provides a framework that reconciles the genetic architecture of development at different stages and elucidates a comprehensive picture of the genetic control mechanisms of growth that change gradually from a simple to a more complex level. We use an annual flowering plant, as an example, to demonstrate our model by which to map genes and their interactions involved in embryo and postembryonic growth. The model provides a useful tool to study the genetic control of ontogenetic growth in flowering plants and any other organisms through proper modifications based on their biological characteristics.

Resumo Limpo

organ face problem perform sequenc development chang transit ontogeni revis function map statist model origin deriv map gene determin development dynam take account entir process ontogenet growth embryo adult veget reproduct phase revis model provid framework reconcil genet architectur develop differ stage elucid comprehens pictur genet control mechan growth chang gradual simpl complex level use annual flower plant exampl demonstr model map gene interact involv embryo postembryon growth model provid use tool studi genet control ontogenet growth flower plant organ proper modif base biolog characterist

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