MicroRNAs are important regulators of gene expression that control both physiological and pathological processes such as development and cancer.
小分子rna是作为控制生长和癌症等生理和病理过程中基因表达的重要调节物。
Plants use these epigenetic silencing mechanisms extensively to control development and parent-of-origin imprinted gene expression.
植物广泛地使用这些表观沉默机制来控制发育及亲本来源的印记基因表达。
AP3 plays important roles in floral development. As a B class gene of "ABC" model, AP3 or PI and AG control the development of stamen together.
AP3基因在植物的花发育过程中具有重要作用，作为“ABC”模型的B类基因，AP3或PI与AG的作用决定雄蕊的特征。
This review summaries current development on the gene expression and control of mammalian preimplantation embryo.
综述近年来哺乳动物胚胎着床前这一发育阶段基因表达与调控的研究进展。
They found that the molecule's production is under the control of a gene called Twist, which had previously been identified as a "master regulator" of embryonic development.
他们发现，该分子的产生受控于一个称为“Twist“的基因，该基因已被鉴定为是胚胎发育过程中的一个主要的调节基因。
These gene products control innate immune responses and further instruct development of antigen-specific acquired immunity.
这些基因产物控制天然免疫反应并进一步促使抗原特异的获得性免疫。
AP plays important roles in floral development. As a B class gene of "ABC" model, AP or PI and AG control the development of stamen together.
AP基因在植物的花发育过程中具有重要作用，作为“ABC”模型的B类基因，ap或pi与AG的作用决定雄蕊的特征。
AP plays important roles in floral development. As a B class gene of "ABC" model, AP or PI and AG control the development of stamen together.
AP基因在植物的花发育过程中具有重要作用，作为“ABC”模型的B类基因，ap或pi与AG的作用决定雄蕊的特征。
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