上颌动脉,Maxillary artery
1)Maxillary artery上颌动脉
1.Applied anatomy related to the ligation of maxillary artery;与上颌动脉结扎术有关的应用解剖
2.There were maxillary artery and nerve,sphenopalatine ganglion and pterygoid canal never in pterygopalatine fossa.方法成人尸头10具,沿正中线锯开,手术显微镜下于唇龈沟切开黏膜;凿除上颌窦前、后壁,分离上颌动脉翼腭部及其分支和上颌神经及其分支;从侧方切开颧弓,解剖颞下窝,在翼外肌长短头之间分离上颌动脉主干及其分支,在翼腭窝后上内侧分离上颌神经及其分支;用游标卡尺测量上颌动脉及其分支的长度、外径,观察上颌动脉、腭降动脉及蝶腭动脉的毗邻关系。
2)internal maxillary artery上颌动脉
1.Applied anatomy for third portion of theinternal maxillary artery;上颌动脉翼腭部的应用解剖
2.Applied anatomical investigation of the first and second segments of theinternal maxillary artery;上颌动脉第一和第二段的应用解剖研究
3)venae maxillares上颌静脉
4)internal maxillary artery颌内动脉
1.Results: Contrast to the lateral pterygoid muscle, there exist the prominent venous plexus both deeply and superficially to it, theinternal maxillary artery (IMA) which runs horizontally crosses superficially (more.结果：以翼外肌为参照，其浅深面均有丰富的静脉丛，颌内动脉多水平行走其浅面，下颌神经及分支多垂直行走其深面。
英文短句/例句
1.Transcatheter supperselective internal maxillary artery and facial artery embolization for treatment of intractable epistaxis经导管颌内动脉、面动脉栓塞治疗顽固性鼻出血
2.Applied anatomy of the internal maxillary artery in pterygopalatine fossa under transnasal endoscopic surgery鼻内镜手术颌内动脉翼腭段的应用解剖
3.③The ration of in ternal maxillary artery through the lateral pterygoid muscle superficity and dee ps to fossa infratemporal was 90% and 10%,respectively.颌内动脉走行于翼外肌浅、深层率分别位 90 %和 10 %。
4.The angiography showed that the main branch of internal maxillaries artery and facial artery in 32 cases became larger, crooked and had blood dots.血管造影表现 :32例颌内动脉、面动脉主干增粗、迂曲 ,出血灶明确。
5.The Anatomical Study of the Periosteal Flap Composed of Submental Artery and Anterovent of Digastric Muscle;颏下动脉二腹肌前腹下颌骨骨膜瓣解剖学研究
6.Animal experimental research on rapid orthodontic tooth movement of whole anterior teeth and premaxillary快速整体内收上颌前牙及前颌骨的动物实验研究
7.Inflammation of the inner lining of an artery.动脉内膜炎动脉内层膜的炎症
8.endarteritis:Inflammation of the inner lining of an artery.动脉内膜炎:动脉内层膜的炎症.
9.internal carotis aneurysm in cavernous sinus海绵窦内颈内动脉瘤
parison of effect of different dosages of tramadol in intravenous analgesia after mandible fracture operation不同剂量曲马多用于下颌骨骨折内固定术后静脉镇痛效果比较
11.The Micro-aneurysm of Posterior Communicating Artery: Diagnosis and Treatment;颈内动脉-后交通动脉起始部微动脉瘤的诊治
12.internal mammary-coronary artery anastomosis乳腺内动脉－冠状动脉吻合术
13.internal thoracic-coronary artery anastomosis胸廓内动脉冠状动脉吻合术
14.Endovascular repair for thoracic dissecting aneurysm腔内修复术治疗胸主动脉夹层动脉瘤
15.Arterovenous fistula between occipital artery and intracranial sigmiod sinus:case report枕后动脉与颅内乙状窦动静脉瘘1例
16.Study on Pingyangmycin Albumin Microspheres for Jaw Angioma Arterial Embolization;颌面血管瘤动脉栓塞平阳霉素白蛋白微球的研究
17.Disc replacement with temporalis myofascial flap pedicled on the middle temporal artery and vein应用颞中动静脉为蒂的颞肌筋膜瓣置换颞下颌关节盘
18.Value of multi-spiral CTA in the diagnosis of arteriovenous malformations in oral and maxillofacial regions多层螺旋CT血管成像在口腔颌面部动静脉畸形诊断中的价值
相关短句/例句
internal maxillary artery上颌动脉
1.Applied anatomy for third portion of theinternal maxillary artery;上颌动脉翼腭部的应用解剖
2.Applied anatomical investigation of the first and second segments of theinternal maxillary artery;上颌动脉第一和第二段的应用解剖研究
3)venae maxillares上颌静脉
4)internal maxillary artery颌内动脉
1.Results: Contrast to the lateral pterygoid muscle, there exist the prominent venous plexus both deeply and superficially to it, theinternal maxillary artery (IMA) which runs horizontally crosses superficially (more.结果：以翼外肌为参照，其浅深面均有丰富的静脉丛，颌内动脉多水平行走其浅面，下颌神经及分支多垂直行走其深面。
5)external maxillary artery颌外动脉
1.Objective:To investigate the important adjacent relationship of theexternal maxillary artery.目的:研究颌外动脉的重要毗邻关系。
2.External maxillary artery need to be ligated Only in 6 cases during operation.方法:对70例颌下腺与颌外动脉的关系进行重新解剖及文献复习,为口内入路的颌下腺切除术提供解剖学基础。
6)vena maxillaris externa上颌外静脉
延伸阅读
锁骨下动脉-锁骨下动脉-颈动脉旁路术锁骨下动脉-锁骨下动脉-颈动脉旁路术适用于大动脉炎所致的左锁骨下动脉和左颈总动脉起始处缩窄、闭塞而无名动脉通畅者，无名动脉分叉处缩窄、闭塞而左锁骨下动脉通畅者。手术在全麻下取双侧颈部横切口。显示双侧锁骨下动脉，用0.7～0.8cm口径的人工血管，经胸锁乳突肌后方隧道，作人工血管与锁骨下动脉端-侧吻合。若颈总动脉起始处有缩窄、闭塞者，加作颈部垂直切口，显露颈总动脉，再以等粗人工血管与颈总动脉及移植于两锁骨下动脉间的人工血管分别作端-侧吻合。手术可纠正或改善脑部和左上肢的血液供应。
