artificial organs
英 [ˌɑːtɪˈfɪʃl ˈɔːgənz]
美 [ˌɑːrtɪˈfɪʃl ˈɔrgənz]
网络 人工器官; 人造器官; 如人工脏器; 人工器官的起源; 人工脏器
双语例句
- Technology combining genetic engineering of cells with chemical engineering to create artificial organs and tissues such as skin, bone, heart valves, and cartilage for joints.
结合细胞遗传工程和化学工程以创造器官和组织如：皮肤、骨头、心脏瓣膜和软骨关节的技术。 - Now, a team of engineers has assembled a robot using artificial organs, limbs and other body parts that comes tantalizingly close to a true bionic man.
如今，有一个工程师团队用人造器官、人造四肢等等组装了一个电子人。这个机器人与科幻小说中的生化人极其相似足以乱真。 - One day, artificial organs may render this debate irrelevant.
或许有一天，人工器官的发明将终止这场辩论。 - Project materials drawn from orthopedic devices, soft tissue implants, artificial organs, and dental implants.
骨科器材、组织植体、工脏器和牙科植体的材料设计。 - Bio-inert medical polyurethanes offer advantages in the design of medical devices and artificial organs owing to stability, abrasion resistance and good mechanical property.
医用惰性聚氨酯材料稳定、耐磨、力学性能好，广泛用于医用装置及人工器官。 - The utility model belongs to an ophthalmology emersion technique sphere, specifically relates to a non-penetration integral artificial cornea for artificial organs.
本实用新型属于眼科复明技术领域，具体涉及一种人工器官非穿透一体式人工角膜。 - Some of the biggest developments will be in medicine, including an extended life expectancy and dozens of artificial organs coming into use between now and2040.
一些最重大的开发将会发生在医学中，其中包括延长人的估计寿命和从现在到2040年间将投入使用的几十种人造器官。 - The artificial organs were created in a laboratory using human amniotic fluid and animal foetal cells.
人工器官可以利用人类的羊水和动物的胚胎细胞在实验室创造出来。 - Project materials drawn from orthopedic devices, soft tissue implants, artificial organs, and dental implants. The Estimation of the Quantity of Bone Graft Material in TLIF When Using Different Interbody Fusion Instruments
骨科器材、组织植体、工脏器和牙科植体的材料设计。TLIF术中应用不同的椎间融合器骨移植量的估算 - This course is an introduction to principles of materials science and cell biology underlying the design of medical implants, artificial organs, and matrices for tissue engineering.
这门课程是介绍以应用于组织工程学中设计医疗植体、人工器官和基质为主的材料科学和细胞生物学。 - Biomedical Instrumentation, Devices, Sensors, Artificial Organs, and Nano Technologies.
生物医学仪器，设备，传感器，人造组织，纳米技术。 - Research Progress of New Artificial Organs Used Membrane
新型膜式人工脏器的研究进展 - The paper relates the property and product development of nonwoven medical textiles and the application and developing prospect of high technical textile materials in radiation resistant clothings, artificial organs, surgical grafting materials and modern bionics technology.
叙述非织造医用纺织品的性能和产品的开发，以及高技术纺织材料在防辐射服、人造器官、手术移植材料和现代仿生技术中的应用与开发前景。 - And innumerable artificial organs are used to rehabilitate people's organ defect.
而每年用于修复人体缺陷的人工器官更是不可胜数。 - Research of membrane in application to new artificial organs
中空纤维分离膜在人工脏器中的应用 - The principal problem associated with blood-contacting biomedical device and artificial organs is thrombogenesis.
血栓是与血液接触的生物医学装置和人工器官中存在的主要问题，研究者一直试图通过发展新的材料和新的改进方法攻克这一问题。 - CONCLUSION: Medical silicon rubber can be used to design and produce more cheap artificial organs and medicinal apparatus, and make more materials be applied in clinic to satisfy the demand of many patients.
结论：应用医用硅橡胶能够设计和制造出价格低廉的人造器官和医疗器械，使更多的医用材料投入临床应用，以满足广大患者的需要。 - This articles gives some examples of new artificial organs which are developed by utilizing the advanced high-tech tissue engineering.
本文叙述了采用当今高新技术&组织工程所研制的几种人造器官实例。 - To prevent the formation of thrombus induced by artificial organs and medical devices and increase the blood compatibility of biomaterials are the urgent work for us to do in the research field of biomedical engineering now.
防止人工器官和医用装置的血栓形成，提高其制作材料的血液相容性已成为当今生物医学工程研究领域需要迫切解决的问题。 - OBJECTIVE: To comprehensively analyze the application values of silicon rubber in the design of artificial organs, medical apparatus, facial plastic surgery and medical release system.
目的：综合分析硅橡胶在人造器官设计、医疗器械、整容术和在药物缓释体系的应用意义。 - Research and expectation of medicinal silicon rubber: To offer more medicinal apparatus and artificial organs.
医用硅橡胶研究展望：提供更多医用器械和人造器官。 - Nevertheless, the problem of thrombosis caused by artificial organs and medical devices still remains by now.
然而，人工脏器和医用装置直接或间接诱发人体血栓形成的问题至今仍未彻底解决。 - With the development of material science and biomedicine, biomaterials have been applied to varied biomedical fields such as common medical instruments, functional artificial organs, orthopedic materials and modern medical equipments.
随着材料科学的发展和生物医学科学的进步，从医疗器械到具有人体功能的器官，从整形材料到现代医疗仪器设备，生物材料的应用几乎涉及生物医学的各个领域。 - Many medical devices and materials of artificial organs mainly produce through the blending of such pharmaceutical and raw materials.
许多医疗器材和人造器官的材料主要通过这些药剂和原材料共混来制备。 - It provides scientific basis in the fields of laryngeal pathology, voice therapy, artificial organs and other medical research.
为喉病理学、嗓音治疗、人工器官等医学领域的研究提供科学依据。 - It contains a lot of research directions, such as biological systems modeling and simulation, biomedical signal detection and analysis, biomedical imaging and image processing, biological effects of electromagnetic field, artificial organs and related medical equipment development.
它包含的研究方向很多，比如生物系统建模与仿真、生物医学信号检测与分析、生物医学成像和图像处理、电磁场生物效应、人工器官以及相关的医疗仪器研制等。 - We can expect that investigation and invention of new artificial organs and medical devices will become the important power to impel the development of medical sciences and techniques. And it will be possibly to be one of the important support industry in the coming century.
由此可见，人工脏器和医用装置的研究和开发已经成为推动现代医学科技进步的重要动力，而且也很可能成为21世纪重要的支柱产业之一。 - In recent years, synthetic polymers are widely used in biomedical materials for artificial organs including cardiovascular artificial organs.
合成医用高分子材料被广泛的应用于包括心血管人工器官在内的人工器官植入类的材料中。 - At present, it is an effective way to use artificial organs and medical devices made of biomaterials to cure organ abnormalities.
目前，由生物医学材料制作的人工器官和各种医用装置已成为临床治疗人体器官缺陷和功能障碍的最有效手段。 - At present, many medical devices and artificial organs also required the materials with anticoagulant.
目前许多医疗器材以及人造器官等也需要材料有抗凝血性。