megakaryocyte development
巨核細胞發育
megakaryocyte function
巨核細胞功能
megakaryocyte production
巨核細胞產生
megakaryocyte maturation
巨核細胞成熟
megakaryocyte lineage
巨核細胞譜系
megakaryocyte biology
巨核細胞生物學
megakaryocyte counts
巨核細胞計數
megakaryocyte signaling
巨核細胞信號傳導
megakaryocyte disorders
巨核細胞疾病
megakaryocyte markers
巨核細胞標記物
the megakaryocyte plays a crucial role in the production of platelets.
巨核細胞在血小板的生成中發揮着關鍵作用。
researchers are studying megakaryocyte development in the bone marrow.
研究人員正在研究骨髓中巨核細胞的發展。
abnormal megakaryocyte function can lead to various blood disorders.
巨核細胞功能異常可能導致各種血液疾病。
increased megakaryocyte numbers can indicate a response to inflammation.
巨核細胞數量增加可能表明對炎症的反應。
megakaryocyte maturation is essential for effective hemostasis.
巨核細胞的成熟對有效止血至關重要。
scientists are exploring the genetic regulation of megakaryocyte differentiation.
科學家們正在探索巨核細胞分化的基因調控。
megakaryocytes can be identified by specific surface markers.
巨核細胞可以通過特定的表面標記進行識別。
platelet production begins with the fragmentation of megakaryocytes.
血小板的生成始於巨核細胞的碎裂。
understanding megakaryocyte biology is vital for developing new therapies.
瞭解巨核細胞生物學對開發新療法至關重要。
megakaryocyte activity can be influenced by various cytokines.
巨核細胞的活性可以受到多種細胞因子的影響。
megakaryocyte development
巨核細胞發育
megakaryocyte function
巨核細胞功能
megakaryocyte production
巨核細胞產生
megakaryocyte maturation
巨核細胞成熟
megakaryocyte lineage
巨核細胞譜系
megakaryocyte biology
巨核細胞生物學
megakaryocyte counts
巨核細胞計數
megakaryocyte signaling
巨核細胞信號傳導
megakaryocyte disorders
巨核細胞疾病
megakaryocyte markers
巨核細胞標記物
the megakaryocyte plays a crucial role in the production of platelets.
巨核細胞在血小板的生成中發揮着關鍵作用。
researchers are studying megakaryocyte development in the bone marrow.
研究人員正在研究骨髓中巨核細胞的發展。
abnormal megakaryocyte function can lead to various blood disorders.
巨核細胞功能異常可能導致各種血液疾病。
increased megakaryocyte numbers can indicate a response to inflammation.
巨核細胞數量增加可能表明對炎症的反應。
megakaryocyte maturation is essential for effective hemostasis.
巨核細胞的成熟對有效止血至關重要。
scientists are exploring the genetic regulation of megakaryocyte differentiation.
科學家們正在探索巨核細胞分化的基因調控。
megakaryocytes can be identified by specific surface markers.
巨核細胞可以通過特定的表面標記進行識別。
platelet production begins with the fragmentation of megakaryocytes.
血小板的生成始於巨核細胞的碎裂。
understanding megakaryocyte biology is vital for developing new therapies.
瞭解巨核細胞生物學對開發新療法至關重要。
megakaryocyte activity can be influenced by various cytokines.
巨核細胞的活性可以受到多種細胞因子的影響。
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