小耳

  • 网络Small ear;microtia;Smallear;rnicrotia;little ear
小耳小耳
  1. 先天性小耳畸形临床分析和PACT基因检测

    Clinical analysis and PACT gene mutation test in microtia patients

  2. 1988~1992年全国先天性无耳和小耳畸形发病率的抽样调查

    An epidemiological investigation of anotia and microtia in China during 1988-1992

  3. 目的:以DNA指纹法检测西双版纳小耳猪的近交程度。

    AIM : To detect the inbreeding degree of Banna miniature pigs with DNA fingerprinting .

  4. 先天性小耳畸形的面神经管在MSCT上的测量研究530例先天性神经管畸形的显微外科治疗

    Measurements of the Facial Nerve Canal on MSCT in Patients with Microtia 530 Cases of Microsurgery for the Congenital Neural Tube Deformans

  5. 结论近交系小耳猪骨复合MSCs修复节段性骨缺损能力强,在成骨速度和量上明显优于单纯异种骨。

    Conclusion MSCs composited with inbred line small-ear pig bone on repairing segmental bone defects is obviously superior to the single xenogeneic bone in quantity and quality of new bone formation .

  6. 目的观察经脱蛋白处理近交系小耳猪松质骨及与小耳猪BMP(sepBMP)复合后的结构特点;探讨小耳猪异种复合骨的骨诱导活性以及免疫学特性。

    Objective To observe structural characteristic of small-ear porcine cancellous bone deproteinized and its compounds with small-ear porcine bone morphogenetic protein ( sepBMP ) and discuss the bone induction activity and immunologic characteristic of combined bone of small-ear swine .

  7. 用12对微卫星引物对版纳小耳猪近交系的遗传学分析

    Genetic Analysis of 12 Microsatellite Loci in Xishuangbanna Miniature Pig Inbred

  8. 有孤立性小耳畸形的婴儿无需做肾脏超声检查

    Renal ultrasonography not required in babies with isolated minor ear anomalies

  9. 皮肤扩张加颞浅筋膜瓣耳再造修复小耳畸形

    Auricle Reconstruction with Tissue Expansion and Superficial Temporal Fascia Flap for Microtia

  10. 近交系小耳猪骨形态发生蛋白的骨诱导活性研究

    Study on the Activity of Osteogenesis of Small-ear Porcine Bone Morphogenetic Protein

  11. 近交系小耳猪复合异种骨实验研究

    The Experiment Study of Combined Heterologous Bone of Inbred Line Small-ear Pig

  12. 先天性小耳畸形的皮肤软组织扩张器法外耳再造术

    Ear reconstruction using soft tissue expander in the treatment of congenital microtia

  13. 先天性双侧耳甲腔型小耳畸形一家系报告

    Bilateral congenital microtia of concha type & A Pedigree Report

  14. 耳垂型小耳畸形的肋软骨全耳郭再造

    Total Auricular Reconstruction with Costal Cartilage for Lobule-Type Microtia

  15. 云南小耳猪胰岛细胞的分离和纯化方法

    Pancreatic Islet Isolation and Purification of Yunnan Miniature Pig

  16. 先天性重度小耳症的一期全耳廓再造与听力重建术

    One Stage Total Auricle Reconstruction and Reestablishment of Hearing Power in Severe Congenital Microtia

  17. 目的探讨在先天性小耳畸形修复中重建耳甲腔的一种有效方法。

    Objective To investigate the effective method to reconstruct conchae in patients with microtia .

  18. 先天性小耳畸形外耳再造的临床应用及研究

    Clinical application of reconstruction of congenital microtia

  19. 版纳小耳猪近交系5家系35个微卫星座位的遗传分析

    Genetic Analysis of 35 Microsatellite Loci in 5 Lineages of Xishuangbanna Miniature Pig Inbred Line

  20. 先天性小耳畸形临床流行病学调查

    The Clinic Epidemiologic Survey for Congenital Microtia

  21. 重组近交系小耳猪复合骨修复犬桡骨缺损实验研究

    Reconstituted Bone Xenograft of Inbred Line Small-ear Pig Repaired the Segmental Defect of Radius in Canine

  22. 因此,选择这几个性状有可能改善小耳猪的瘦肉率。

    Thus selection of these body traits wilt improve the lean meat percentage of Small-ear Pigs .

  23. 报道22例先天性小耳症耳廓再造的方法及改进技术。

    Objective : To introduce the method and mew technique of auricle reconstruction in congenital microtia .

  24. 先天性小耳畸形修复中的耳甲腔重建贲门癌以隆起型常见,病理多为腺癌;

    Reconstruction of Conchae in Patients with Microtia Among carcinoma of the cardia , apophysis type was common .

  25. 近交系小耳猪骨复合骨髓基质干细胞修复节段性骨缺损的实验研究

    The Experimental Study of Mesenchymal Stem Cells Combined with Inbred Line Small-ear Pig Bone on Repairing Segmental Bone Defects

  26. 本文采用蛋白电泳技术研究滇南小耳猪血液蛋白多态性。

    In this paper , protein electrophoresis was conducted to analyze the blood protein polymorphism of Diannan Smalleared Pig .

  27. 研究目的:探讨导致先天性小耳畸形发生的各种危险因素,为小耳畸形的预防提供理论依据。

    Objectives : To identify the risk factors associated with congenital microtia , and put forward its preventive measures .

  28. 先天性小耳40例,其中双侧1例,单侧39例;

    In 40 cases of congenital microtia , two sides were involved in 1 case and one side in 39 cases .

  29. 目的利用自体肋软骨全耳郭再造矫正耳垂型小耳畸形。

    Objective To discuss the surgical management of total auricular reconstruction utilizing a three-dimensional autologous costal cartilage framework for lobule-type microtia .

  30. 不得修补外壳的关键部位或受力部位,特别是安装小耳或轴承区。

    No repairs are to be made to critical or stress areas of housings , especially mounting ears or bearing areas .