plasmodesmata connect
胞間連絲連接
observing plasmodesmata
觀察胞間連絲
plasmodesmata transport
胞間連絲運輸
forming plasmodesmata
形成胞間連絲
plasmodesmata function
胞間連絲功能
blocking plasmodesmata
阻斷胞間連絲
plasmodesmata structure
胞間連絲結構
studying plasmodesmata
研究胞間連絲
plasmodesmata exist
胞間連絲存在
plasmodesmata mediate
胞間連絲媒介
researchers observed the movement of proteins through plasmodesmata.
研究人員觀察了蛋白質通過胞間連絲的運動。
plasmodesmata connect adjacent plant cells, facilitating communication.
胞間連絲連接相鄰的植物細胞，促進通訊。
the size exclusion limit of plasmodesmata restricts macromolecule transport.
胞間連絲的尺寸排除極限會限制大分子的運輸。
callose deposition can block plasmodesmata, inhibiting cell-cell signaling.
纖維素沉積可以阻塞胞間連絲，抑制細胞間的信號傳遞。
viral movement proteins often exploit plasmodesmata for intercellular spread.
病毒運動蛋白質通常利用胞間連絲進行細胞間擴散。
plasmodesmata formation is crucial for early plant development.
胞間連絲的形成對植物早期發育至關重要。
the density of plasmodesmata varies between plant species and tissues.
胞間連絲的密度在不同植物種類和組織中有所不同。
regulating plasmodesmata permeability is important for systemic signaling.
調節胞間連絲的通透性對系統信號傳遞很重要。
plasmodesmata-mediated cell-cell communication influences plant immunity.
由胞間連絲介導的細胞間通訊會影響植物免疫。
dynamic remodeling of plasmodesmata occurs in response to stress.
胞間連絲的動態重組會在應激反應中發生。
plasmodesmata structure is affected by environmental factors like temperature.
環境因素如溫度會影響胞間連絲的結構。
plasmodesmata connect
胞間連絲連接
observing plasmodesmata
觀察胞間連絲
plasmodesmata transport
胞間連絲運輸
forming plasmodesmata
形成胞間連絲
plasmodesmata function
胞間連絲功能
blocking plasmodesmata
阻斷胞間連絲
plasmodesmata structure
胞間連絲結構
studying plasmodesmata
研究胞間連絲
plasmodesmata exist
胞間連絲存在
plasmodesmata mediate
胞間連絲媒介
researchers observed the movement of proteins through plasmodesmata.
研究人員觀察了蛋白質通過胞間連絲的運動。
plasmodesmata connect adjacent plant cells, facilitating communication.
胞間連絲連接相鄰的植物細胞，促進通訊。
the size exclusion limit of plasmodesmata restricts macromolecule transport.
胞間連絲的尺寸排除極限會限制大分子的運輸。
callose deposition can block plasmodesmata, inhibiting cell-cell signaling.
纖維素沉積可以阻塞胞間連絲，抑制細胞間的信號傳遞。
viral movement proteins often exploit plasmodesmata for intercellular spread.
病毒運動蛋白質通常利用胞間連絲進行細胞間擴散。
plasmodesmata formation is crucial for early plant development.
胞間連絲的形成對植物早期發育至關重要。
the density of plasmodesmata varies between plant species and tissues.
胞間連絲的密度在不同植物種類和組織中有所不同。
regulating plasmodesmata permeability is important for systemic signaling.
調節胞間連絲的通透性對系統信號傳遞很重要。
plasmodesmata-mediated cell-cell communication influences plant immunity.
由胞間連絲介導的細胞間通訊會影響植物免疫。
dynamic remodeling of plasmodesmata occurs in response to stress.
胞間連絲的動態重組會在應激反應中發生。
plasmodesmata structure is affected by environmental factors like temperature.
環境因素如溫度會影響胞間連絲的結構。
探索常見搜尋詞彙