- 更多网络例句与喙相关的网络例句 [注：此内容来源于网络，仅供参考]
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Methods There were 15 cases treated by transferring the coracoacromial ligament with a part of acromion to clavicle to acquire rigid fixation.
应用带骨块喙肩韧带内移重建喙锁韧带治疗肩锁关节脱位15例。
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Methods 23cases of the distal clavicle fractures(ⅱtype in neer classification system) were treated by fixation technique between coracoid and clavicle. after reduced the fractures, one method was using the ethibond 5 suture line to bundle and fix the coracoid and clavicle, the other was using the anchor to fix between coracoid and clavicle.
对neer分型ⅱ型的23例锁骨远端骨折采用喙锁间固定技术进行手术治疗，即骨折复位后，使用ethibond 5号线绕过喙突将锁骨捆扎固定；使用anchor将喙突与锁骨进行固定。
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The CNR of fat and muscle belly on T_1WI was higher than on PDWI(p = 0.000).Conclusions:1、Routine MRI can demonstrate the dependency structure of shoulder clearly.The distance of subcoracoid was 8.84±2.97mm.The distance of sub-acromion was 5.23±1.05mm. 2、The 3D-fiesta imaging with muti-angle reconstruction is better in showing the coracohumeral ligament,coracoacromial ligament,coracoclavicular ligament, capsulolabral complex and the bone of shoulder,combing with oblique coronal and oblique sagittal imaging of the fat-suppression sequence,the diseases of shoulder can be diagnosed.
1、常规MRI能够较清楚显示肩关节相关结构，喙突下距离8.84±2.97mm，肩峰下距离5.23±1.05mm.2、3D-fiesta序列图像，应用重建功能行任意角度重建，可更好地显示喙锁韧带、喙肩韧带、喙肱韧带、盂唇-关节囊复合体及肩关节骨骼，结合斜冠位、斜矢状位的压脂序列，即可达到对肩关节疾病进行诊断的目的。
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Biomechanics study shows the coracoacromial ligament,coracoclavicular ligament and acromioclavicular ligament′s effect to the stability of FSI,especially the coracoacromial ligament.
生物力学研究表明了喙肩韧带、喙锁韧带、肩锁韧带特别是喙肩韧带损伤对FSI稳定性的影响。
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Methods: 37 patients with distal clavicle fracture were treated with three different methods, 1 fixation by AO plate (20 cases), and 2 reconstructed coracoclavicular ligament by using Ethibond 5# suture (8 cases), 3 reconstructed coracoclavicular ligament by using suture anchor (9cases a).
对37例锁骨远端骨折患者分别采用锁骨钩钢板固定；切开复位并用ETHIBOND 5#线穿过喙突固定于锁骨骨折近端以重建喙锁韧带；切开复位后在喙突上置入2枚缝合锚，锚尾端的缝线固定于锁骨骨折近端以重建喙锁韧带三种不同手术方法进行治疗。
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The toco toucan, the largest member of the toucan family, possesses the largest beak relative to body size of all birds.
托哥巨嘴鸟的喙在动物奇观堂中占有一席特殊的位置。该鸟的喙占了其整个身长的约1/3，相对于其身体大小来说，它的喙是所有鸟中最大的。
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"The shapes and sizes of bills are adapted for obtaining food, preening, building nests, and other functions; they range from the long, slim bill of nectar-sipping hummingbirds to the sturdy, curved, nut-cracking bill of parrots."
喙的用途为取食、整理羽毛、筑巢及其它，喙有各式各样，从细长、能吸蜜的蜂鸟喙，到坚而弯、能破坚果的鹦鹉喙都是。
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"The shapes and sizes of bills are adapted for obtaining food, preen ing, building nests, and other functions; they range from the long, slim bill of nectar-sipping hummingbirds to the sturdy, curved, nut-cracking bill of parrots."
喙的用途为取食、整理羽毛、筑巢及其它，喙有各式各样，从细长、能吸蜜的蜂鸟喙，到坚而弯、能破坚果的鹦鹉喙都是。
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"The shapes and sizes of bills are adapt ed for obtaining food, preening, building nests, and other functions; they range from the long, slim bill of nectar-sipping hummingbirds to the sturdy, curved, nut-cracking bill of parrots."
喙的用途为取食、整理羽毛、筑巢及其它，喙有各式各样，从细长、能吸蜜的蜂鸟喙，到坚而弯、能破坚果的鹦鹉喙都是。
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"The shapes and sizes of bills are adapted for obtaining food, preening, building nests, and other functions; they range from the long, slim bill of nectar-sipping hummingbirds to the sturdy, curved, nut-cracking bill of parrot s."
喙的用途为取食、整理羽毛、筑巢及其它，喙有各式各样，从细长、能吸蜜的蜂鸟喙，到坚而弯、能破坚果的鹦鹉喙都是。
- 更多网络解释与喙相关的网络解释 [注：此内容来源于网络，仅供参考]
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Arnoux'sBeakedWhale：阿氏贝喙鲸
喙鲸科Ziphiidae | 阿氏贝喙鲸Arnoux'sBeakedWhale | 贝氏喙鲸Baird'sBeakedWhale
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Berardius arnuxii Arnoux's beaked whale：阿氏喙鲸
Berardius bairdii Baird's beaked whale 贝氏喙鲸 | Berardius arnuxii Arnoux's beaked whale 阿氏喙鲸 | Mesoplodon pacificus Longman's beaked whale 氏喙鲸 Y
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Mesoplodon densirostris Blainville's beaked whale：布氏长喙鲸\布氏中喙鲸
弯曲长喙鲸\\哈氏中喙鲸Mesoplodon carlhubbsi Hubbs'Beaked Wha... | 布氏长喙鲸\\布氏中喙鲸Mesoplodon densirostris Blainville's Beaked Whale | 北海长喙鲸 \\ 热氏中喙鲸Mesoplodon europaeus Gervais's Beaked Wh...
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coracoid plate：喙板
coracle | 小圆舟 | coracoid plate | 喙板 | coracoid | 鸟喙骨, 喙突 鸟喙的
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haustellum：吸喙
外颚叶却十分发达,左右嵌合成一条长喙(proboscis),作为吮吸的食物管.外颚叶本身中空,其内腔与头腔相通.蝇类的口器舐吸式,大颚已完全退化,口器主要由喙和唇瓣两部分构成.喙分基喙(rostrum)和吸喙(haustellum),前者宽大,像一个倒置的锥体,
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rostrum：喙
内颚叶完全退化,外颚叶却十分发达,左右嵌合成一条长喙(proboscis),作为吮吸的食物管.外颚叶本身中空,其内腔与头腔相通.蝇类的口器舐吸式,大颚已完全退化,口器主要由喙和唇瓣两部分构成.喙分基喙(rostrum)和吸喙(haustellum),
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epicoracoid：上乌喙骨
腹部靠后面的是乌喙骨,由乌喙骨内侧向前延伸出上乌喙骨(epicoracoid). 青蛙左右侧的上乌喙骨在腹中线处相互平行愈合在一起,称固胸型(firmisternous)肩带;蟾蜍两侧的上乌喙骨彼此重迭,称弧胸型(arciferous)肩带(图6-6).
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Mesoplodon：中喙鲸属(长喙鲸属)
南瓶鼻鲸 Southern Bottlenose Whale, H. planifrons | 中喙鲸属(长喙鲸属) Mesoplodon | 梭氏中喙鲸(苏氏长喙鲸) Sowerby's Beaked Whale, M. bidens
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Mesoplodon ginkgodens：银杏齿喙鲸
II 喙鲸科 布兰氏喙鲸 | II 银杏齿喙鲸 Mesoplodon ginkgodens | II 柯维氏喙鲸 Ziphius cavirostris
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rostrate：有喙的 (形)
rostral 有喙形舰首装饰的; 有喙的; 有嘴的 (形) | rostrate 有喙的 (形) | rostrum 讲台; 演讲者; 演讲; 喙 (名)