vacuolization process
空泡化过程
undergoing vacuolization
正在空泡化
vacuolization observed
观察到空泡化
severe vacuolization
严重的空泡化
vacuolization markers
空泡化标志
prevent vacuolization
预防空泡化
vacuolization study
空泡化研究
early vacuolization
早期空泡化
vacuolization induced
诱导的空泡化
detect vacuolization
检测空泡化
vacuolization in plant cells can be induced by various environmental stresses.
植物细胞中的液泡化可由多种环境胁迫诱导。
excessive vacuolization often indicates cellular dysfunction or aging.
过度液泡化通常表明细胞功能失调或衰老。
researchers are investigating the role of vacuolization in drought tolerance.
研究人员正在调查液泡化在干旱耐受性中的作用。
the process of vacuolization involves the accumulation of water and solutes.
液泡化过程涉及水分和溶质的积累。
vacuolization contributes to cell enlargement and storage of waste products.
液泡化有助于细胞增大和储存废物。
microscopic analysis revealed significant vacuolization in the treated tissue.
显微镜分析显示处理后的组织中存在明显的液泡化现象。
increased vacuolization can be a symptom of certain plant diseases.
液泡化增加可能是某些植物疾病的症状。
the extent of vacuolization varies depending on the plant species and tissue type.
液泡化的程度因植物种类和组织类型而异。
genetic factors also influence the degree of vacuolization observed in cells.
遗传因素也会影响细胞中观察到的液泡化程度。
vacuolization is a common feature of many plant cell types, especially storage cells.
液泡化是许多植物细胞类型（尤其是储存细胞）的常见特征。
understanding vacuolization mechanisms is crucial for improving crop yields.
理解液泡化机制对于提高作物产量至关重要。
vacuolization process
空泡化过程
undergoing vacuolization
正在空泡化
vacuolization observed
观察到空泡化
severe vacuolization
严重的空泡化
vacuolization markers
空泡化标志
prevent vacuolization
预防空泡化
vacuolization study
空泡化研究
early vacuolization
早期空泡化
vacuolization induced
诱导的空泡化
detect vacuolization
检测空泡化
vacuolization in plant cells can be induced by various environmental stresses.
植物细胞中的液泡化可由多种环境胁迫诱导。
excessive vacuolization often indicates cellular dysfunction or aging.
过度液泡化通常表明细胞功能失调或衰老。
researchers are investigating the role of vacuolization in drought tolerance.
研究人员正在调查液泡化在干旱耐受性中的作用。
the process of vacuolization involves the accumulation of water and solutes.
液泡化过程涉及水分和溶质的积累。
vacuolization contributes to cell enlargement and storage of waste products.
液泡化有助于细胞增大和储存废物。
microscopic analysis revealed significant vacuolization in the treated tissue.
显微镜分析显示处理后的组织中存在明显的液泡化现象。
increased vacuolization can be a symptom of certain plant diseases.
液泡化增加可能是某些植物疾病的症状。
the extent of vacuolization varies depending on the plant species and tissue type.
液泡化的程度因植物种类和组织类型而异。
genetic factors also influence the degree of vacuolization observed in cells.
遗传因素也会影响细胞中观察到的液泡化程度。
vacuolization is a common feature of many plant cell types, especially storage cells.
液泡化是许多植物细胞类型（尤其是储存细胞）的常见特征。
understanding vacuolization mechanisms is crucial for improving crop yields.
理解液泡化机制对于提高作物产量至关重要。
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