1.
1. Objective To investigate the mechanisms of hair cell generation and regeneration, a primary culture system of utricular sensory epithelial cells of the rat was established.
目的 建立大鼠椭圆囊感觉上皮细胞(utricular sensory epithelial cell，USEC)的原代培养体系，为研究毛细胞再生机制提供大量来源一致的细胞。
2. HADMSCs can be directionally induced to differentiate towards hair cell-like cells in vitro given appropriate regulation and environmental cues.2.HADMSCs can survive for at least 2 weeks after transplanted into mice cochlear, and migrate into the Rosenthal''s canal and cochlear sensory epithelium with expression of characteristic marks of cochlear sensory hair cells.3.Through the lateral semicircular canal, hAD-MSCs can be transplanted into cochlear safely and effectively.
结论1、hAD-MSCs在体外可定向诱导分化为具有内耳毛细胞特异性标志的内耳毛细胞样细胞。2、hAD-MSCs移植入药物性聋小鼠耳蜗内能够存活，移行定植于Rosenthal''s管及耳蜗感觉上皮，在Corti器区表达耳蜗毛细胞特异性抗体。3、经外半规管途径可安全有效地将hAD-MSCs定向移植入耳蜗内。
3. sensory hair
3. After being co-cultured with embryonic chick otic vesicle cells, hAD-MSCs expressed specific surface markers of cochlear inner ear hair cells, such as the transcription factors Math1(murine atonal homologue 1) and myosin VIIa.3.Small numbers of hADMSCs were capable of survival in the deafened mammalian cochlea for up to 2 weeks, without causing an inflammatory tissue response. A proportion of these cells was detected in the Rosenthal''s canal and cochlear sensory epithelium, evidenced by immunofluorescence detection of expression of MyosinVIIa.
结果1、体外hAD-MSCs诱导后呈现神经干祖细胞样的形态并表达其特异性标志Nestin，2、体外hAD-MSCs经诱导再与发育期鸡胚听泡细胞共培养后表达内耳毛细胞特异性标志Math1和MyosinⅦa.3、人脂肪间充质干细胞移植入药物致聋后的小鼠耳蜗内，观察到移植细胞能够在耳蜗内至少存活2周，耳蜗Rosenthal''s管及耳蜗感觉上皮可见少量植入细胞，耳蜗Corti器区植入细胞表达耳蜗毛细胞特异性抗体MyosinⅦa。
4. The new hair cells were determined typeⅠnearly entire and formed intact synapsis with afference nerves by using transmission electron microscopy. Furthermore, mitosis was detected in renewal vetibular sensory epithelium.
通过透射电镜进一步检查发现再生的前庭毛细胞绝大部分为Ⅰ型毛细胞，并与传入神经纤维之间有完整的突触连接，在新生的前庭感觉上皮中，可见有丝分裂现象。
5. Hair cell could regenerate induced by Math1 gene transfered in ototoxicity damaged vetibular sensory epithelium of adult rat. The new hair cells were determined with typeⅠnearly entire and formed intact synapsis with afference nerves.
Math1基因可以诱导大鼠前庭毛细胞的再生，再生的前庭毛细胞绝大部分为Ⅰ型毛细胞，并与传入神经之间有完整的突触连接，有丝分裂参与了前庭毛细胞再生的过程。
6. Hair cell could regenerate induced by Math1 gene transfered in ototoxicity damaged vetibular sensory epithelium of adult rat. The new hair cells is identified as typeⅠnearly entire and formed intact synapsis with afference nerves. Mitosis is involved in vestibular hair cell regeneration procedure.
Math1基因可以诱导大鼠前庭毛细胞的再生，再生的前庭毛细胞绝大部分为Ⅰ型毛细胞，并与传入神经之间有完整的突触连接，有丝分裂参与了前庭毛细胞再生的过程。
7. Sensory has eyes, all feeling hair, and slit SENSILLA Festival for the WHO.
感觉器官有眼、各种感觉毛、缝感觉器和跗节器。
8. Therefore the absence of the sensory hair cells and neuron was the primal cause for the permanence hearing loss.
所以感觉毛细胞及神经元的缺失是引起永久性听力损失的一个主要原因。
9. 公共查询·英语单词
9. The mammalian organ of Corti is comprised of sensory (inner hair cells and outer hair cells) and supporting cells (e. g., Hensen, Deiter, Pillar cells).
哺乳动物的Corti器由感觉细胞（内、外毛细胞）和支持细胞（Hensen细胞、Deiter细胞和柱细胞等）组成。
10. sensory hair什么意思
10. Sensory hair cells with overlymg tectorial membrane could be identified in the basilar papilla.
基底乳头在内淋巴腔面有感觉毛细胞，其表面可见盖膜。
11. Long-term culture of utricular sensory epithelial cell of rats and expression of the hair cell characteristic markers
大鼠椭圆囊感觉上皮细胞长期培养体系的建立及毛细胞标记物表达的意义
12. sensory hair的反义词
12. And in red is a hair cell marker that labels sensory hair cells and the yellow color is the composite color of the green and the red.
红色部分是遗传标记，代表的是听觉毛细胞，黄色是，红和绿两色的复合色。
13. In vestibule, the hair cells, supporting cells, nervous fibers, and the tissues under sensory epithelia expressed TGF - β 1 distinctly.
前庭毛细胞、支持细胞、上皮下组织和神经纤维均有TGFβ1表达；
14. In many cases of non-congenital hearing loss, the cause is degeneration of specialized sensory cells in the inner ear, called hair cells.
在许多情况下非先天性听力损失的原因是在内耳的特殊感觉细胞毛细胞的变性造成的。
15. By four weeks post recovery, the regeneration hair cell developed normal sensory hair cells.
当恢复1周后，受损处毛细胞迅速再生，至恢复2周后Bp基本正常。
16. DATA SYNTHESIS: Degeneration of inner ear cells, especially sensory hair cells and associated neurons, results in hearing impairment and balance disorders.
资料综合：内耳细胞尤其是毛细胞及相关的神经元损伤丢失可导致听觉损伤和平衡觉失调。
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17. Since the regeneration capacity of hair cells in cochlear and vestibule of mammals are limited, the loss of sensory hair cells is a major cause of neurosensory deafness, which can be hardly restored and regenerated by themselves.
由于哺乳动物前庭和耳蜗毛细胞的再生修复能力非常有限，因此通常认为毛细胞的损伤丢失是导致感音神经性聋的主要成因，并且靠自身是无法再生与修复。
18. The present study can be divided into following two parts: Part one: Bone marrow MSCs differentiate into hair cell-like cells in vitroObjective: To explore the feasibility of directionally inducing bone marrow MSCs to cochlear sensory hair cells in vitro. Methods: 1.
本研究共分为两部分：第一部分骨髓间充质干细胞体外诱导分化为毛细胞样细胞目的：探讨骨髓间充质干细胞体外定向分化为耳蜗毛细胞的可行性。
19. Industrial noise induces special damage to the auditory organ, principally to the sensory cells-hair cells of the inner ear.
工业噪声主要损伤内耳的感觉细胞&毛细胞。
20. sensory hair的解释
20. The crista awpullaris of the semicircular canal consisted of a layer of sensory hair cells and2-3 layers of supporting cells.
半规管的壶腹嵴由一排感觉毛细胞和2～3排支持细胞构成。