文中对其返白机理进行了讨论，认为该温度敏感型突变体的突变很可能是由核基因或核质互作控制的。
The mechanism of this albescent phenomenon was discussed, and regarded that the mutation of temperature sensitive mutant is probably mutually controlled by the nuclear gene and nuclear cytoplasm.
在干旱胁迫条件下，该突变体表现为叶面温度低于野生型，且失水率比野生型高。
This mutant showed cooler leaf temperature and faster water loss rate than did the wild type under drought stress.
在干旱胁迫条件下，该突变体表现为叶面温度低于野生型，且失水率比野生型高。
This mutant showed cooler leaf temperature and faster water loss rate than did the wild type under drought stress.
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