the decondensed chromatin forms into achromatins during interphase.
在间期，浓缩的染色质转变为非染色质。
achromatins are less compact than condensed chromatin.
非染色质比浓缩的染色质更松散。
during transcription, dna unwinds and becomes achromatins.
在转录过程中，DNA解旋并变为非染色质。
achromatins are essential for gene expression.
非染色质对于基因表达至关重要。
the structure of achromatins allows for easy access to dna.
非染色质的结构允许轻松访问DNA。
achromatins are more susceptible to damage than condensed chromatin.
非染色质比浓缩的染色质更容易受损。
understanding achromatins helps us understand gene regulation.
理解非染色质有助于我们了解基因调控。
the transition from chromatin to achromatins is tightly regulated.
从染色质到非染色质的转变受到严格调节。
researchers are studying the role of achromatins in various diseases.
研究人员正在研究非染色质在各种疾病中的作用。
achromatins are a dynamic and essential part of the nucleus.
非染色质是细胞核中动态且必不可少的组成部分。
the decondensed chromatin forms into achromatins during interphase.
在间期，浓缩的染色质转变为非染色质。
achromatins are less compact than condensed chromatin.
非染色质比浓缩的染色质更松散。
during transcription, dna unwinds and becomes achromatins.
在转录过程中，DNA解旋并变为非染色质。
achromatins are essential for gene expression.
非染色质对于基因表达至关重要。
the structure of achromatins allows for easy access to dna.
非染色质的结构允许轻松访问DNA。
achromatins are more susceptible to damage than condensed chromatin.
非染色质比浓缩的染色质更容易受损。
understanding achromatins helps us understand gene regulation.
理解非染色质有助于我们了解基因调控。
the transition from chromatin to achromatins is tightly regulated.
从染色质到非染色质的转变受到严格调节。
researchers are studying the role of achromatins in various diseases.
研究人员正在研究非染色质在各种疾病中的作用。
achromatins are a dynamic and essential part of the nucleus.
非染色质是细胞核中动态且必不可少的组成部分。
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