红骨髓制造红血球和白血球。
Red bone marrows produce red blood cells and white blood cells.
红骨髓是产生红细胞和粒性白细胞的造血组织。
Red marrow is a hematopoietic tissue and is the site of production of erythrocytes and granular leukocytes.
目的评价自体红骨髓治疗陈旧性腕舟状骨骨不连的临床效果。
Objective to evaluate the clinical effect of autogenous red bone marrow in treatment of old fracture of scaphoid bone.
活跃生产血细胞的骨骼叫做红骨髓，不再产生血细胞的骨骼叫做黄骨髓。
Bone marrow that actively produces blood cells is called red marrow, and bone marrow that no longer produces blood cells is called yellow marrow.
目的报告局部转移肌瓣和注射自体红骨髓治疗胫骨骨折不连接的效果。
Objective to report the treatment outcome of nonunion of tibial fractures with local muscle flap transfer and injection of autogenous bone marrow.
目的探讨异体松质骨复合自体红骨髓移植，移植材料的制备方法及其临床应用效果。
Objective To investigate the method of preparating the grafting material of homologous cancellus/autologous red marrow and clinical effect.
结论：AAA骨与红骨髓复合物修复骨缺损，其疗效显著，可视为骨缺损修复的理想材料。
It is suggested that "AAA" bone combined with autogenic red bone marrow may be an ideal material for bone defect repairing.
与自体骨移植材料相比，脱蛋白牛松质骨与自体红骨髓结合后对修复腔洞性骨缺损疗效相当。
To compare with autologous bone graft, deproteined bovine cancellous bone and an autogenous red marrow had an identical effect for repairing bony cavity defect.
目的研究自体红骨髓组织工程复合物联合髓芯减压、空心钛钉植入治疗早期股骨头坏死临床应用的疗效。
Objective to estimate the clinical effect of autologous red bone marrow tissue engineering complex combine with bouche decompression and implant of hollow titanium screws for the treatment of ANFH.
急性淋巴细胞性白血病(all)是一种发生于血液和骨髓的癌症——骨髓(译者：此处指红骨髓)是指作为造血场所的骨内的海绵组织。
Acute lymphocytic leukemia (ALL) is a type of cancer of the blood and bone marrow - the spongy tissue inside bones where blood cells are made.
结果：干骺端骨髓和骨骺二次骨化中心周边骨髓为含有丰富血管的红骨髓，增强后呈显著强化，且干骺端增强率较骨骺骨髓更高，但随年龄增长，两者的增强率均逐渐减低。
Results:The metaphysis and the periphery of the secondary center of ossification were red marrow. They showed marked enhancement on T 1WI. Enhancement ratio declined in both regions with age.
结果：干骺端骨髓和骨骺二次骨化中心周边骨髓为含有丰富血管的红骨髓，增强后呈显著强化，且干骺端增强率较骨骺骨髓更高，但随年龄增长，两者的增强率均逐渐减低。
Results:The metaphysis and the periphery of the secondary center of ossification were red marrow. They showed marked enhancement on T 1WI. Enhancement ratio declined in both regions with age.
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