osteoclasts resorb
破骨細胞的吸收作用
osteoclast activity
破骨細胞的活動
osteoclasts function
破骨細胞的功能
osteoclast differentiation
破骨細胞的分化
osteoclasts degrade
破骨細胞的降解作用
osteoclast markers
破骨細胞的標記物
osteoclast inhibition
破骨細胞的抑制
osteoclast formation
破骨細胞的形成
osteoclasts mediate
破骨細胞的介導作用
osteoclast precursors
破骨細胞的前體細胞
osteoclasts are responsible for bone resorption during remodeling.
破骨細胞在骨重建過程中負責骨質吸收。
excessive osteoclast activity can lead to osteoporosis.
過度的破骨細胞活動會導致骨質疏鬆。
researchers are investigating ways to inhibit osteoclast formation.
研究人員正在研究抑制破骨細胞生成的方法。
the rankl/rank/opg pathway regulates osteoclast differentiation.
RANKL/RANK/OPG途徑調節破骨細胞的分化。
bisphosphonates are drugs that target and inhibit osteoclast function.
雙膦酸鹽是針對並抑制破骨細胞功能的藥物。
osteoclast precursors reside in the bone marrow environment.
破骨細胞前體位於骨髓環境中。
the fusion of osteoclast precursors forms mature osteoclasts.
破骨細胞前體的融合形成成熟的破骨細胞。
osteoclast activity is crucial for bone fracture healing.
破骨細胞的活動對骨裂傷的癒合至關重要。
increased osteoclast numbers are observed in some cancers.
在某些癌症中可以觀察到破骨細胞數量增加。
macrophages and osteoclasts share some molecular mechanisms.
巨噬細胞和破骨細胞共享一些分子機制。
the differentiation of osteoclasts is a tightly regulated process.
破骨細胞的分化是一個嚴格調節的過程。
osteoclasts resorb
破骨細胞的吸收作用
osteoclast activity
破骨細胞的活動
osteoclasts function
破骨細胞的功能
osteoclast differentiation
破骨細胞的分化
osteoclasts degrade
破骨細胞的降解作用
osteoclast markers
破骨細胞的標記物
osteoclast inhibition
破骨細胞的抑制
osteoclast formation
破骨細胞的形成
osteoclasts mediate
破骨細胞的介導作用
osteoclast precursors
破骨細胞的前體細胞
osteoclasts are responsible for bone resorption during remodeling.
破骨細胞在骨重建過程中負責骨質吸收。
excessive osteoclast activity can lead to osteoporosis.
過度的破骨細胞活動會導致骨質疏鬆。
researchers are investigating ways to inhibit osteoclast formation.
研究人員正在研究抑制破骨細胞生成的方法。
the rankl/rank/opg pathway regulates osteoclast differentiation.
RANKL/RANK/OPG途徑調節破骨細胞的分化。
bisphosphonates are drugs that target and inhibit osteoclast function.
雙膦酸鹽是針對並抑制破骨細胞功能的藥物。
osteoclast precursors reside in the bone marrow environment.
破骨細胞前體位於骨髓環境中。
the fusion of osteoclast precursors forms mature osteoclasts.
破骨細胞前體的融合形成成熟的破骨細胞。
osteoclast activity is crucial for bone fracture healing.
破骨細胞的活動對骨裂傷的癒合至關重要。
increased osteoclast numbers are observed in some cancers.
在某些癌症中可以觀察到破骨細胞數量增加。
macrophages and osteoclasts share some molecular mechanisms.
巨噬細胞和破骨細胞共享一些分子機制。
the differentiation of osteoclasts is a tightly regulated process.
破骨細胞的分化是一個嚴格調節的過程。
探索常見搜尋詞彙