osteogenesis

简明释义

英[ˌɒstɪəʊˈdʒenɪsɪs]美[ˌɑstɪəˈdʒenəsɪs]

n. [生理] 骨生成

英英释义

单词用法

同义词

反义词

例句

1.Objective: To investigate the osteogenesis effects and biocompatibility of the graft of bone matrix gelatin (BMG).

目的：临床观察骨基质明胶植入的成骨效果及生物相溶性。

2.Objective To evaluate the use of distraction osteogenesis for the repair of lateral bone defect after mandibular cystic surgery.

目的探讨下颌骨囊肿手术后遗留的单侧骨皮质缺损能否通过骨牵引延长技术而得到修复。

3.Conclusion New bones are observed to form rapidly in expanded side for direct sutural expansion osteogenesis.

结论不截骨的缝牵张成骨在颧骨缝的牵张侧快速形成。

4.Objective to observe osteogenesis of percutaneous autogenous bone marrow into cicatrix of bone defect.

目的观察经皮自体骨髓移植在骨缺损瘢痕组织内的成骨作用。

5.Objective To investigate the early effect of extracorporeal shockwave (ESW) treatment on distraction osteogenesis of rabbit tibias and its mechanism.

目的观察体外冲击波对兔长骨牵伸骨痂形成的早期作用，探讨其作用机制。

6.The result showed that aBMG had inductive osteogenesis potential.

结果表明：异种BMG 具有一定的诱导成骨能力。

7.An ideal bone-graft substitute must provide scaffolding for osteoconduction, growth factors for osteoinduction, and progenitor cells for osteogenesis.

一个理想的骨移植替代材料必须提供骨传导支架、骨诱导性生长因子及具有成骨活性的祖细胞。

8.The process of osteogenesis 成骨 is crucial for bone healing after a fracture.

在骨折后，osteogenesis 成骨 过程对骨骼愈合至关重要。

9.Research on osteogenesis 成骨 can lead to better treatments for osteoporosis.

对 osteogenesis 成骨 的研究可以带来更好的骨质疏松症治疗方法。

10.Stem cells are often used in osteogenesis 成骨 studies to understand bone formation.

干细胞常用于 osteogenesis 成骨 研究，以了解骨骼形成。

11.Disruptions in osteogenesis 成骨 can lead to various bone disorders.

在 osteogenesis 成骨 中的中断可能导致各种骨骼疾病。

12.The role of vitamin D in osteogenesis 成骨 is well-documented in medical literature.

维生素D在 osteogenesis 成骨 中的作用在医学文献中有充分记录。

作文

Osteogenesis is a complex biological process that plays a crucial role in the development and maintenance of the skeletal system. This term, derived from the Greek words 'osteon' meaning bone and 'genesis' meaning creation or formation, refers specifically to the formation of bone tissue. Understanding osteogenesis (骨生成) is essential not only for those studying medicine and biology but also for anyone interested in how our bodies develop and heal. The process of osteogenesis (骨生成) begins early in embryonic development. Initially, the skeleton is formed from cartilage, which is gradually replaced by bone through a process known as endochondral ossification. In contrast, intramembranous ossification occurs directly from mesenchymal tissue and is responsible for the formation of flat bones such as the skull and clavicle. Both processes highlight the remarkable ability of our bodies to create strong and resilient structures that support our physical form. As we grow, osteogenesis (骨生成) continues to play a vital role in bone remodeling and repair. Throughout life, our bones undergo a continuous cycle of resorption and formation, which is essential for maintaining bone density and strength. Osteoblasts, the cells responsible for bone formation, work in tandem with osteoclasts, which break down bone tissue, ensuring that our skeletal system remains healthy and functional. Factors such as age, nutrition, and physical activity can significantly influence the process of osteogenesis (骨生成). For instance, adequate intake of calcium and vitamin D is crucial for optimal bone health. These nutrients provide the building blocks necessary for bone formation and help prevent conditions like osteoporosis, which is characterized by weakened bones and an increased risk of fractures. Regular weight-bearing exercises also stimulate osteogenesis (骨生成) by promoting the activity of osteoblasts, leading to stronger bones. Moreover, recent advancements in medical research have shed light on the potential for enhancing osteogenesis (骨生成) through various therapies. Stem cell research, for example, holds promise for developing new treatments for bone-related injuries and diseases. By harnessing the regenerative capabilities of stem cells, scientists aim to improve bone healing and regeneration, offering hope to those suffering from severe fractures or degenerative bone conditions. In conclusion, osteogenesis (骨生成) is a fundamental process that underpins our skeletal health and overall well-being. From its critical role in embryonic development to its ongoing function in adulthood, understanding osteogenesis (骨生成) provides valuable insights into how our bodies grow, adapt, and heal. As research continues to advance, we may uncover even more about this fascinating process and its implications for medicine and health.

骨生成是一个复杂的生物过程，在骨骼系统的发展和维持中发挥着至关重要的作用。这个词源于希腊语，'osteon' 意为骨头，'genesis' 意为创造或形成，特指骨组织的形成。理解osteogenesis（骨生成）不仅对医学和生物学研究者至关重要，也对任何对我们身体如何发展和愈合感兴趣的人来说都是如此。 osteogenesis（骨生成）的过程在胚胎发育的早期开始。最初，骨架由软骨形成，随后通过一种称为内源性骨化的过程逐渐被骨骼替代。相反，膜内骨化直接来源于间充质组织，负责扁平骨骼的形成，例如颅骨和锁骨。这两种过程突显了我们身体创造强大而韧性结构以支持我们身体形态的惊人能力。 随着我们的成长，osteogenesis（骨生成）继续在骨重塑和修复中发挥重要作用。在整个生命过程中，我们的骨骼经历着不断的吸收和形成循环，这对于维持骨密度和强度至关重要。负责骨形成的成骨细胞与破坏骨组织的破骨细胞协同工作，确保我们的骨骼系统保持健康和功能。 年龄、营养和身体活动等因素会显著影响osteogenesis（骨生成）的过程。例如，适量摄入钙和维生素D对最佳骨骼健康至关重要。这些营养素提供了骨形成所需的基本构件，并有助于预防如骨质疏松症等疾病，后者的特征是骨骼变弱和骨折风险增加。定期进行负重运动也通过促进成骨细胞的活动来刺激osteogenesis（骨生成），从而导致更强壮的骨骼。 此外，近年来医学研究的进展使我们了解了通过各种疗法增强osteogenesis（骨生成）的潜力。例如，干细胞研究为开发骨相关伤害和疾病的新治疗方法带来了希望。通过利用干细胞的再生能力，科学家们旨在改善骨愈合和再生，为那些遭受严重骨折或退行性骨病的人们带来希望。 总之，osteogenesis（骨生成）是支撑我们骨骼健康和整体福祉的基本过程。从其在胚胎发育中的关键作用到成年后的持续功能，理解osteogenesis（骨生成）为我们提供了关于我们身体如何生长、适应和愈合的宝贵见解。随着研究的不断推进，我们可能会揭示更多关于这一迷人过程及其对医学和健康的影响。