myeloid leukemia
髓系白血病
myeloid cells
髓系細胞
myeloid lineage
髓系譜系
myeloid dysplasia
髓系發育異常
myeloid neoplasm
髓系腫瘤
myeloid differentiation
髓系分化
myeloid progenitor
髓系祖細胞
myeloid sarcoma
髓系肉瘤
myeloid factors
髓系因子
myeloid activation
髓系活化
the myeloid lineage gives rise to various blood cells.
髓系譜系產生多種血細胞。
myeloid cells play a crucial role in the immune response.
髓系細胞在免疫反應中發揮着關鍵作用。
research on myeloid differentiation is important for understanding leukemia.
對髓系分化的研究對理解白血病至關重要。
myeloid neoplasms can lead to serious health issues.
髓系腫瘤可能導致嚴重的健康問題。
doctors often check myeloid markers in blood tests.
醫生通常在血液檢查中檢查髓系標誌物。
myeloid-derived suppressor cells can inhibit t cell function.
髓系來源的抑制細胞可以抑制T細胞功能。
the study focused on myeloid cell activation in cancer.
該研究集中於癌症中的髓系細胞激活。
myeloid tissues are essential for hematopoiesis.
髓系組織對於造血至關重要。
understanding myeloid biology can lead to better therapies.
瞭解髓系生物學可以帶來更好的治療方法。
myeloid cells are involved in both innate and adaptive immunity.
髓系細胞參與先天免疫和適應性免疫。
myeloid leukemia
髓系白血病
myeloid cells
髓系細胞
myeloid lineage
髓系譜系
myeloid dysplasia
髓系發育異常
myeloid neoplasm
髓系腫瘤
myeloid differentiation
髓系分化
myeloid progenitor
髓系祖細胞
myeloid sarcoma
髓系肉瘤
myeloid factors
髓系因子
myeloid activation
髓系活化
the myeloid lineage gives rise to various blood cells.
髓系譜系產生多種血細胞。
myeloid cells play a crucial role in the immune response.
髓系細胞在免疫反應中發揮着關鍵作用。
research on myeloid differentiation is important for understanding leukemia.
對髓系分化的研究對理解白血病至關重要。
myeloid neoplasms can lead to serious health issues.
髓系腫瘤可能導致嚴重的健康問題。
doctors often check myeloid markers in blood tests.
醫生通常在血液檢查中檢查髓系標誌物。
myeloid-derived suppressor cells can inhibit t cell function.
髓系來源的抑制細胞可以抑制T細胞功能。
the study focused on myeloid cell activation in cancer.
該研究集中於癌症中的髓系細胞激活。
myeloid tissues are essential for hematopoiesis.
髓系組織對於造血至關重要。
understanding myeloid biology can lead to better therapies.
瞭解髓系生物學可以帶來更好的治療方法。
myeloid cells are involved in both innate and adaptive immunity.
髓系細胞參與先天免疫和適應性免疫。
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