虽然孢子和丝状的形式在环境中的病原体的传播，荚膜几乎只存在于哺乳动物宿主内的酵母形式。
Although the pathogen propagates as spores and in a filamentous form in the environment, H. capsulatum is found almost exclusively in the yeast form within mammalian hosts.
砷对酵母的作用机制不是唯一的，因为它已经被发现存在于从细菌到哺乳动物的一系列生物中。
This mechanism of action by arsenic is not unique to yeast, as it has been shown to exist in a range of organisms from bacteria to mammals.
YEATS结构域蛋白家族成员存在于从酵母到人类超过70种真核生物中。
The YEATS domain family of members, conserved from yeast to human more than 70 eukaryotic species.
酵母单杂交实验表明它能与ABA应答元件（ABRE）结合，而ABRE元件广泛存在于胁迫诱导基因中。
Yeast one-hybrid assay demonstrated it can bind to ABA-responsive element (ABRE), which was found in most stress-induced genes.
酵母单杂交实验表明它能与ABA应答元件（ABRE）结合，而ABRE元件广泛存在于胁迫诱导基因中。
Yeast one-hybrid assay demonstrated it can bind to ABA-responsive element (ABRE), which was found in most stress-induced genes.
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