chromatin decondensation
染色质解凝缩
dna decondensation
dna解凝缩
chromosome decondensation
染色体解凝缩
nuclear decondensation
核解凝缩
decondensation process
解凝缩过程
decondensation mechanism
解凝缩机制
induced decondensation
诱导性解凝缩
decondensation occurs
解凝缩发生
during decondensation
在解凝缩过程中
decondensation of chromatin
染色质的解凝缩
chromatin decondensation is a crucial step during the initiation of transcription.
染色质解缩是转录起始过程中的关键步骤。
scientists observed rapid nuclear decondensation in the fertilized oocyte.
科学家在受精的卵母细胞中观察到了快速的细胞核解缩。
histone acetylation promotes chromatin decondensation by neutralizing positive charges.
组蛋白乙酰化通过中和正电荷来促进染色质解缩。
reversible chromatin decondensation allows cells to respond quickly to signaling stimuli.
可逆的染色质解缩使细胞能够对信号刺激做出快速反应。
inducing dna decondensation can significantly increase the accessibility of repair machinery.
诱导dna解缩可以显著增加修复机制的可及性。
the study focuses on the mechanism of sperm chromatin decondensation in vivo.
该研究侧重于体内精子染色质解缩的机制。
failure of proper chromatin decondensation leads to severe developmental defects.
染色质无法正确解缩会导致严重的发育缺陷。
atp-dependent chromatin remodeling factors facilitate the decondensation process.
依赖atp的染色质重塑因子促进了解缩过程。
visualizing chromatin decondensation requires high-resolution fluorescence microscopy techniques.
观察染色质解���需要高分辨率的荧光显微镜技术。
global genome decondensation occurs predominantly during the interphase of the cell cycle.
全基因组解缩主要发生在细胞周期的间期。
the degree of chromatin decondensation correlates directly with transcriptional activity.
染色质解缩的程度与转录活性直接相关。
enzymatic decondensation of the dna complex releases specific proteins bound to the helix.
dna复合物的酶解缩释放了结合在螺旋上的特定蛋白质。
chromatin decondensation
染色质解凝缩
dna decondensation
dna解凝缩
chromosome decondensation
染色体解凝缩
nuclear decondensation
核解凝缩
decondensation process
解凝缩过程
decondensation mechanism
解凝缩机制
induced decondensation
诱导性解凝缩
decondensation occurs
解凝缩发生
during decondensation
在解凝缩过程中
decondensation of chromatin
染色质的解凝缩
chromatin decondensation is a crucial step during the initiation of transcription.
染色质解缩是转录起始过程中的关键步骤。
scientists observed rapid nuclear decondensation in the fertilized oocyte.
科学家在受精的卵母细胞中观察到了快速的细胞核解缩。
histone acetylation promotes chromatin decondensation by neutralizing positive charges.
组蛋白乙酰化通过中和正电荷来促进染色质解缩。
reversible chromatin decondensation allows cells to respond quickly to signaling stimuli.
可逆的染色质解缩使细胞能够对信号刺激做出快速反应。
inducing dna decondensation can significantly increase the accessibility of repair machinery.
诱导dna解缩可以显著增加修复机制的可及性。
the study focuses on the mechanism of sperm chromatin decondensation in vivo.
该研究侧重于体内精子染色质解缩的机制。
failure of proper chromatin decondensation leads to severe developmental defects.
染色质无法正确解缩会导致严重的发育缺陷。
atp-dependent chromatin remodeling factors facilitate the decondensation process.
依赖atp的染色质重塑因子促进了解缩过程。
visualizing chromatin decondensation requires high-resolution fluorescence microscopy techniques.
观察染色质解���需要高分辨率的荧光显微镜技术。
global genome decondensation occurs predominantly during the interphase of the cell cycle.
全基因组解缩主要发生在细胞周期的间期。
the degree of chromatin decondensation correlates directly with transcriptional activity.
染色质解缩的程度与转录活性直接相关。
enzymatic decondensation of the dna complex releases specific proteins bound to the helix.
dna复合物的酶解缩释放了结合在螺旋上的特定蛋白质。
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