- 更多网络例句与弓片相关的网络例句 [注：此内容来源于网络，仅供参考]
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Methods: Injured patients of cervical spine was cayyied on X-ray inspection.,then according to the result of ADI and LADS ,next to CT or MRI inspection ,and that was to guide clinical diagonosis and treatment.To observe atlanto-dental interval (anterior arch of atlas posterior border to odontoid process anterior border) and odontoid process caster(included angle between axis of ordinate of odontoid process and axis of ordinate of odontoid vertebra) on the X-ray lateral projection.
对有颈部外伤史的病人常规行X线检查，然后根据寰齿间距和齿突侧块间隙的结果，行下一步CT检查或者MRI检查，指导临床治疗方法的选择。X线侧位片观察寰齿前间隙(为寰椎前弓后缘与齿突前缘距离)，齿状突后倾角(齿突纵轴与枢椎体纵轴的夹角)；开口正位片上测定齿突侧块间隙。
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Methods:The 310 pedicles(in 31 vertebrae) twined with the wire of 1.0mm in diameter were taken for radiological study.The anteroposterior,lateral and superoinferior roentgenograph were performed,the relationship between the projection of pedicle screw and that of vertebrea on lateal x-ray films was investigated.
材料和方法：在31套腰椎骨标本上(310个椎弓根)用1mm软钢丝在椎弓根最狭窄处缠绕，按人字嵴顶点进针方法打入椎弓根直钢丝，拍正侧位片及横断面片，观测直钢丝在椎弓根及椎体内的位置，并推算进钉深度比率。
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Methods Before the operation, the angles between the spinous process and the pedicle of vertebral arch were detected, and used to decide the direction of screws in operation. 23 cases of thoracolumbar vertebra fracture were treated with AF system in this way.
术前对23例胸腰椎骨折X线侧位片及CT片进行研读，测量椎弓根与棘突的角度关系，指导术中椎弓根螺钉的植入方向。
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Methods:Select 11～18 year old patients with bimaxillary protrusion 20 cases were randomly divided into two groups:TPA group,TPA＋Nance arch group.Two cases are the uprooting of four first premolars,the use of straight wire appliance technology,one step closure extraction gap analysis before and after treatment lateral skull X ray film and dental cast changes in the indicators.
选取11～18 岁双颌前突患者20 例，随机分为：TPA与TPA＋Nance弓两组；两组病例均拔除4个第一前磨牙，使用直丝弓矫治技术，一步法关闭拔牙间隙，分析治疗前后X线头颅侧位片及牙颌模型的各项指标变化。
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The screw entry point was located at the tip of transverse process. The average inclination angle should be 10°-20° headward and 30°-40° toward neutral line respectively. The screw was inserted and entered into the vertebral body along the external cortex of pedicle. The integrity of cortical bone around screws, the distance to segmental blood vessels and the penetration of cortex were observed after operation to evaluate the accuracy and safety of screw placement. Among 160 thoracic pedicle screws that were implanted in 34 cases, 148 screws (92.5%) were accurately inserted inside the costotransverse unit, and 12 screws (7.5%) were misplaced according to the image of X-ray and CT thin-slice scan.
应用椎弓根外内固定技术2004/2007年在中山大学附属第三医院骨科治疗34例患者，固定前采用CT加密扫描测量进钉点、进钉点至椎体前缘的深度、进钉角度和直径，固定中椎弓根钉入点为横突尖，进钉方向为平均向头侧倾斜10°~ 20°、与中线成角30°~40°，顺椎弓根外侧皮质进入椎体，固定后CT加密扫描观察螺钉周围的皮质骨是否完整、是否靠近节段血管、是否穿透皮质骨，评价置入钉的准确性和安全性。34例患者共置入160枚胸椎椎弓根螺钉，固定后CT加密扫描和X射线片观察到148枚(92.5%)螺钉置入准确，12枚(7.5%)螺钉发生错置。
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From 2004 to 2007, 34 cases were treated with extrapedicular screw fixation in Department of Orthopaedics, Third Affiliated Hospital of Sun Yat-sen University. The screw entry point, angle, depth and diameter were measured and defined on the thoracic vertebrae pedicle by CT thin-slice scan in standard prone for all cases before operation. The screw entry point was located at the tip of transverse process. The average inclination angle should be 10°-20° headward and 30°-40° toward neutral line respectively. The screw was inserted and entered into the vertebral body along the external cortex of pedicle. The integrity of cortical bone around screws, the distance to segmental blood vessels and the penetration of cortex were observed after operation to evaluate the accuracy and safety of screw placement.
应用椎弓根外内固定技术2004/2007年在中山大学附属第三医院骨科治疗34例患者，固定前采用CT加密扫描测量进钉点、进钉点至椎体前缘的深度、进钉角度和直径，固定中椎弓根钉入点为横突尖，进钉方向为平均向头侧倾斜10°~20°、与中线成角30°~40°，顺椎弓根外侧皮质进入椎体，固定后CT加密扫描观察螺钉周围的皮质骨是否完整、是否靠近节段血管、是否穿透皮质骨，评价置入钉的准确性和安全性。34例患者共置入160枚胸椎椎弓根螺钉，固定后CT加密扫描和X射线片观察到148枚(92.5%)螺钉置入准确，12枚(7.5%)螺钉发生错置。
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Methods Thethree dimensional quantitative anatomy of thoracic spine pedicular was determined by 10adults dry thoracic spine specimens,20 X rays pictures,20 MRI and CT pictures usingVernier caliper,the pedicular included the height,the width,the length,the axis angulationof the pedicle,the point of screw penetration,the width of two pedicles,the adjacent topedicle and so on.
用游标卡尺对10具成人T1～11椎体干燥标本、20份X线片、20份MRI和CT片的椎弓根高度、宽度、长度、进钉点定位及椎弓根轴线的角度、椎弓根之间的宽度、椎弓根的毗邻等进行观测。
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Objective To search a safer and a perfect method of locating of pedicle of vertebrarium treating thoracolumbar fractures and dislocation.
目的 根据X线片和CT片测量胸腰段椎弓根及其相应结构的解剖参数，探讨总结一种椎弓根钉置入的改良方法。
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Glue from tightbond III, it is a type of CA glue to glue the lams together and for the
我使用的是从tightbond III来的木工强力胶，这是一种CA胶用来粘弓片，把手和尖上的表层。
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The result showed that the surface architecture and ultrastructure of I.punctatus ' gill and secondary gill lamellae were similar to those of other teleosts. The surface of gill arches and gill rakers was covered with pavement cells which were characterized by circular microridges, and secreting-holes were found among cells on the surface of gill arches. The base part of gill rakers were bigger in terms of diameter. The pavement cells' surface of gill filaments' middle part was characterized by microridges with fine lateral protuberances on both sides which were either fused or interruped, while the microridges disappeared on the pavement cells' surface on both top and base parts of gill filaments, forming dense granulated protuberances. The height and interlamellar space of secondary gill lamellae in I.punctatus were relatively higher and bigger, respectively.
结果表明，斑点叉尾鮰鳃的表面结构和微细结构与其他硬骨鱼类基本相似，鳃弓和鳃耙表面被具环形微嵴的扁平上皮细胞所覆盖，鳃弓表面细胞之间有孔洞；鳃耙基部较粗壮；中部鳃丝上皮细胞表面的微嵴两侧有细小的横突，有些微嵴出现融合或间断；端部和基部鳃丝上皮细胞表面的微嵴消失，形成密集颗粒状突起；鳃小片的高度和片间距较大。
- 更多网络解释与弓片相关的网络解释 [注：此内容来源于网络，仅供参考]
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arch support：足弓垫
七、鞋垫(Heel lift),足弓垫(Arch support):鞋垫(Heel lift)针对长短腿的偏差斟酌使用,但需要在站立姿的光片下测量,并且配合骨盘矫正的结果计算才准确.
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arch support：足弓垫 arch足弓
arch cookie月眉片; 脚掌弓形片 | arch support足弓垫 arch足弓 | arithmetic grading算术级放
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arch cookie：月眉片; 脚掌弓形片
apron 鞋头盖 | arch cookie 月眉片; 脚掌弓形片 | arch support 足弓垫
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arch cookie：月眉片、脚掌弓形片
apron鞋头盖 | arch cookie月眉片、脚掌弓形片 | arch support足弓垫
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ferrule：套圈
8.套圈(ferrule)和木塞(wooden wedge)因为弓杆为向[弓毛]内凹的形式,为避免弓毛和弓杆的接触,选择斧头(hatchet)形式的弓[尖]头制作,有象牙薄片[或金、银制的盖片]贴在上面;这种型式的弓[尖]头较矛头(pike's head)或天鹅喙(swan-bill)的弓[尖]头,
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Linear Nock Travel：直线箭扣行程 (未注明静态还是动态)
? Patent Pending E Suppressor 专利未决的弓片减震 | ? Linear Nock Travel 直线箭扣行程 (未注明静态还是动态) | ? No cam Lean 上下轮线性一致
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riser：弓把
现代反曲弓一般都由弓把(riser)弓片(limb)组合而成,根据材料分木弓,金属(镁铝合金)弓等;根据弓把形状又分普通弓把和风洞弓把,还有HOYT的看家形状"桥把",所谓风洞一方面减少侧风影响另一方面是减少金属用量减轻弓自重的同时使弓更具韧性,
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Zygomatic：颧弓切线位
鼻骨侧位 Nasal Bones LAT | 颧弓切线位 Zygomatic | 小儿胸片 Chest
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opisthotonos,opisthotonus：角弓反张,后弓反张
\\"后体部\\",\\"opisthosoma\\" | \\"角弓反张,后弓反张\\",\\"opisthotonos,opisthotonus\\" | \\"阿片\\",\\"opium\\"
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Sarangi：北印度的拉弓琴,整片木挖成,共呜器上覆上山羊皮
Manducellu:大尺吋的曼陀铃,调成大提琴的声音. | Sarangi:北印度的拉弓琴,整片木挖成,共呜器上覆上山羊皮. | Saz:土耳其的长颈的鲁特琴.