New mechanism of rice chlorophylary development: rice white striped leaf mutant (wfsl1)

Recently, the latest research of the seed quality innovation group of China Rice Research Institute and the plant inverter group of Hangzhou Normal University reveals the new mechanism of rice chlorophynd development.
chlorophynds are mainly distributed in plant leaves, and the development of leaves directly affects the development of chlorophynds.
study of leaf-color mutants in rice can excavate more genes related to the development of chlorophynds and lay the foundation for the analysis of leaf-color regulatory networks.
researchers cloned the WFSL1 gene using a rice white striped leaf mutant (wfsl1).
WFSL1 gene mutation led to changes in the structure of chlorophylate, inhibited the transcription and translation of chlorophylliam nucleosis genes, and affected the accumulation of photocouple and dry matter.
the WFSL1 gene encodes a hydrolytic enzyme of phosphoric acid with an HD domain, it is shown that HD domain play an important role in the development of mediated chlorophyllites and ucucose bodies.
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