symplast behavior
塑性行为
symplastic region
塑性区域
symplast flow
塑性流动
symplasticity test
塑性测试
symplast model
塑性模型
symplastically deformed
塑性变形
symplast limit
塑性极限
symplast analysis
塑性分析
symplast yielding
塑性屈服
symplast response
塑性响应
the symplast's unique morphology allowed for efficient nutrient transport.
共生体独特的形态允许高效的营养运输。
researchers are investigating the role of symplasts in coral reef ecosystems.
研究人员正在调查共生体在珊瑚礁生态系统中的作用。
a symbiotic relationship between the algae and the symplast is crucial for survival.
藻类和共生体之间的共生关系对生存至关重要。
the symplast's internal structure facilitates photosynthesis.
共生体的内部结构促进了光合作用。
changes in ocean temperature can negatively impact the symplast population.
海洋温度的变化会对共生体种群产生负面影响。
we observed a complex network of connections within the symplast.
我们观察到共生体内部复杂的连接网络。
the symplast's ability to adapt to environmental stress is remarkable.
共生体适应环境压力的能力令人印象深刻。
genetic analysis revealed the symplast's evolutionary history.
基因分析揭示了共生体的进化历史。
the symplast's presence is vital for the health of the coral.
共生体的存在对珊瑚的健康至关重要。
understanding the symplast's function is key to coral reef conservation.
理解共生体的功能是珊瑚礁保护的关键。
the symplast's lifecycle involves several distinct stages.
共生体的生命周期涉及几个不同的阶段。
symplast behavior
塑性行为
symplastic region
塑性区域
symplast flow
塑性流动
symplasticity test
塑性测试
symplast model
塑性模型
symplastically deformed
塑性变形
symplast limit
塑性极限
symplast analysis
塑性分析
symplast yielding
塑性屈服
symplast response
塑性响应
the symplast's unique morphology allowed for efficient nutrient transport.
共生体独特的形态允许高效的营养运输。
researchers are investigating the role of symplasts in coral reef ecosystems.
研究人员正在调查共生体在珊瑚礁生态系统中的作用。
a symbiotic relationship between the algae and the symplast is crucial for survival.
藻类和共生体之间的共生关系对生存至关重要。
the symplast's internal structure facilitates photosynthesis.
共生体的内部结构促进了光合作用。
changes in ocean temperature can negatively impact the symplast population.
海洋温度的变化会对共生体种群产生负面影响。
we observed a complex network of connections within the symplast.
我们观察到共生体内部复杂的连接网络。
the symplast's ability to adapt to environmental stress is remarkable.
共生体适应环境压力的能力令人印象深刻。
genetic analysis revealed the symplast's evolutionary history.
基因分析揭示了共生体的进化历史。
the symplast's presence is vital for the health of the coral.
共生体的存在对珊瑚的健康至关重要。
understanding the symplast's function is key to coral reef conservation.
理解共生体的功能是珊瑚礁保护的关键。
the symplast's lifecycle involves several distinct stages.
共生体的生命周期涉及几个不同的阶段。
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