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A Novel Function of Ethylene

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Publication Date: 07 Apr 2009

Type: Review

Journal: Gene Regulation and Systems Biology

Citation: Gene Regulation and Systems Biology 2009:3 21-30

Abstract

The cellular slime mold, Dictyostelium mucoroides-7 (Dm7) exhibits clear dimorphism; macrocyst formation as a sexual process and sorocap formation as an asexual process. These two life cycles are regulated by two regulators, ethylene and cyclic AMP (cAMP). This is the first report demonstrating a novel function of ethylene at the cellular level. That is, ethylene induces a zygote formed by cell fusion and subsequent nuclear fusion. Recently, the function of ethylene at the molecular level has been clarified as it induces zygote formation through an enhanced expression of a novel gene, zyg1. The signaling pathway for induction or inhibition of zygote formation is now trying to be clarified focusing on the ZYG1 protein.


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The reviewing and editorial management of our paper was timely, thorough, and systematic.  In particular the reviewers' comments resulted in a paper significantly more robust than the first version.
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