chondrocyte differentiation
軟骨細胞分化
chondrocyte apoptosis
軟骨細胞凋亡
chondrocyte proliferation
軟骨細胞增殖
chondrocyte metabolism
軟骨細胞代謝
chondrocyte culture
軟骨細胞培養
chondrocyte function
軟骨細胞功能
chondrocyte viability
軟骨細胞存活率
chondrocyte aging
軟骨細胞老化
chondrocyte phenotype
軟骨細胞表型
chondrocyte matrix
軟骨細胞基質
chondrocyte differentiation is regulated by various growth factors during cartilage development.
軟骨細胞的分化在軟骨發育過程中受到各種生長因子的調節。
abnormal chondrocyte proliferation contributes to the progression of osteoarthritis.
異常的軟骨細胞增殖會促進骨關節炎的發展。
increased chondrocyte apoptosis has been observed in damaged articular cartilage.
在受損的關節軟骨中觀察到軟骨細胞凋亡增加。
chondrocyte metabolism can be altered by inflammatory cytokines in joint disease.
在關節疾病中，炎症細胞因子會改變軟骨細胞的代謝。
maintaining the chondrocyte phenotype is essential for cartilage tissue engineering.
維持軟骨細胞的表型對軟骨組織工程至關重要。
primary chondrocyte culture is commonly used to study cartilage biology in vitro.
原代軟骨細胞培養常用於體外研究軟骨生物學。
chondrocyte migration plays a critical role in cartilage repair mechanisms.
軟骨細胞遷移在軟骨修復機制中起關鍵作用。
cellular senescence in chondrocytes is associated with age-related cartilage degeneration.
軟骨細胞的細胞衰老與年齡相關的軟骨退化有關。
chondrocyte matrix synthesis is crucial for maintaining the structural integrity of cartilage.
軟骨細胞基質合成對於維持軟骨的結構完整性至關重要。
chondrocyte hypertrophy leads to vascular invasion and endochondral ossification.
軟骨細胞肥大會導致血管侵入和軟骨內骨化。
degenerative changes in chondrocytes result in reduced extracellular matrix production.
軟骨細胞的退化變化會導致細胞外基質產生減少。
mechanical loading influences chondrocyte activity and cartilage homeostasis.
機械負荷會影響軟骨細胞的活動和軟骨的穩態。
chondrocyte differentiation
軟骨細胞分化
chondrocyte apoptosis
軟骨細胞凋亡
chondrocyte proliferation
軟骨細胞增殖
chondrocyte metabolism
軟骨細胞代謝
chondrocyte culture
軟骨細胞培養
chondrocyte function
軟骨細胞功能
chondrocyte viability
軟骨細胞存活率
chondrocyte aging
軟骨細胞老化
chondrocyte phenotype
軟骨細胞表型
chondrocyte matrix
軟骨細胞基質
chondrocyte differentiation is regulated by various growth factors during cartilage development.
軟骨細胞的分化在軟骨發育過程中受到各種生長因子的調節。
abnormal chondrocyte proliferation contributes to the progression of osteoarthritis.
異常的軟骨細胞增殖會促進骨關節炎的發展。
increased chondrocyte apoptosis has been observed in damaged articular cartilage.
在受損的關節軟骨中觀察到軟骨細胞凋亡增加。
chondrocyte metabolism can be altered by inflammatory cytokines in joint disease.
在關節疾病中，炎症細胞因子會改變軟骨細胞的代謝。
maintaining the chondrocyte phenotype is essential for cartilage tissue engineering.
維持軟骨細胞的表型對軟骨組織工程至關重要。
primary chondrocyte culture is commonly used to study cartilage biology in vitro.
原代軟骨細胞培養常用於體外研究軟骨生物學。
chondrocyte migration plays a critical role in cartilage repair mechanisms.
軟骨細胞遷移在軟骨修復機制中起關鍵作用。
cellular senescence in chondrocytes is associated with age-related cartilage degeneration.
軟骨細胞的細胞衰老與年齡相關的軟骨退化有關。
chondrocyte matrix synthesis is crucial for maintaining the structural integrity of cartilage.
軟骨細胞基質合成對於維持軟骨的結構完整性至關重要。
chondrocyte hypertrophy leads to vascular invasion and endochondral ossification.
軟骨細胞肥大會導致血管侵入和軟骨內骨化。
degenerative changes in chondrocytes result in reduced extracellular matrix production.
軟骨細胞的退化變化會導致細胞外基質產生減少。
mechanical loading influences chondrocyte activity and cartilage homeostasis.
機械負荷會影響軟骨細胞的活動和軟骨的穩態。
探索常見搜尋詞彙