您现在的位置: 首页> 研究主题> 显微解剖

显微解剖

显微解剖的相关文献在1960年到2022年内共计636篇,主要集中在基础医学、外科学、肿瘤学 等领域,其中期刊论文583篇、会议论文39篇、专利文献25897篇;相关期刊225种,包括解剖与临床、解剖学杂志、局解手术学杂志等; 相关会议24种,包括中国南方渔业论坛暨第二十九次学术会议、中国法医学会全国第十五次法医临床学学术研讨会、第四届全国生物质材料科学与技术学术研讨会等;显微解剖的相关文献由1582位作者贡献,包括于春江、韩卉、张发惠等。

显微解剖—发文量

期刊论文>

论文:583 占比:2.20%

会议论文>

论文:39 占比:0.15%

专利文献>

论文:25897 占比:97.65%

总计:26519篇

显微解剖—发文趋势图

显微解剖

-研究学者

  • 于春江
  • 韩卉
  • 张发惠
  • 王如密
  • 王守森
  • 章翔
  • 郑和平
  • 杨军
  • 冯春国
  • 卢亦成
  • 期刊论文
  • 会议论文
  • 专利文献

搜索

排序:

年份

    • 吴京展; 秦坤明; 廖声潮; 唐纯海; 阮玉山
    • 摘要: 目的丘脑-皮层的结构和功能关系对神经科学有重要的意义,是理解认知和意识的核心问题。本研究拟采用三维显微体视解剖方法联合高尔基断层切片染色的方法呈现兔丘脑-皮层结构的三维层次关系。方法用福尔马林固定两周以上的幼兔头两只在连续变倍体视显微镜下解剖,寻找到展示丘脑-皮层关系的较佳剖面角度,然后利用该剖面作指导,在对侧半球镜像位置进行同样的断层切片和高尔基染色,以标注切片研究图片的正确结构。结果三维显微体视解剖技术可以像在人类神经外科临床解剖研究中所展现的那样,显示出强大的三维结构观察功能。该技术联合传统的脑断层切片染色技术,可以帮助正确展示脑结构的剖面,避免单纯切片研究中产生的某些对大脑三维结构的误解。结论三维显微体视解剖技术联合二维高尔基断层切片技术能很好地显示兔端脑的丘脑-皮层的层级三维关系和详细的切片染色细节。
    • 张莉; 王艳梅; 代金龙
    • 摘要: 目的探讨大脑中动脉M1段的显微解剖与血管造影对照观测及临床意义。方法选取2019年1月—2020年1月本院收集的23具头部标本作为大脑中动脉M1段的显微解剖观测对象,作为解剖组;另外选取大脑中动脉无病变者23例作为对照组,采用血管造影观测方法。对比两种观测效果。结果解剖组的管径为(3.02±0.03)mm、长度为(12.52±0.43)mm,与对照组的(2.14±0.06)mm、(9.98±0.12)mm比较,差异具有统计学意义(P0.05)。结论大脑中动脉M1段的显微解剖与血管造影对照观测,可以为脑血管疾病的临床介入治疗提供解剖学测量参考数据,进一步促进临床该类疾病治疗效果提升。
    • 孙国瑜
    • 摘要: 摘 要 :枕动脉是颈侧区深方重要血管结构,走行于二腹肌后腹及茎突舌骨肌的深面,在颈外动脉的弧形下方起源,行于寰椎横突 前上方至乳突内侧及后方的枕动脉沟内,经头上斜肌、头最长肌深面、头夹肌与头半棘肌之间至胸锁乳突肌、斜方肌浅面及项部深 筋膜至枕部皮下,途中发出肌支及吻合支与颈外动脉系统及椎动脉发生吻合,途中并与枕大神经、枕静脉相伴,最后分布于后枕部。
    • 孙丰刚; 王慧; 刘帅; 刘贺; 王倩; 张海东; 王洪宾
    • 摘要: 目的 对腕背侧深层血管网的进行显微解剖,为临床组织瓣的切取、术中避免血管网的损伤或止血提供解剖学基础.方法 在头戴式放大镜下,对10具尸体标本20侧上肢进行了腕背侧深层血管网构成血管的来源、走行、分布以及发出的分支进行精细解剖并测量相关数据.结果 腕背侧深层血管网构成由骨间前动脉终末支桡尺侧分支、桡动脉腕背支和尺动脉腕背支三者构成,血管网分布至腕背侧深层关节囊、韧带及腕骨,而从腕背侧深层血管网向手背发出三条掌背动脉,走行在第2、3、4掌骨背侧之间,并最终延续为指背动脉.结论 明确腕背侧深层血管网的分布、构成血管的来源及走行,对腕背侧手术操作治疗具有重要临床意义.
    • 陈海浪
    • 摘要: 目的 探讨在双侧甲状腺癌手术中应用精细化被膜解剖法对甲状旁腺的保护效果.方法 选择2012年1月至2017年12月兰溪市人民医院行双侧甲状腺全切+双侧中央区淋巴结清扫治疗的双侧甲状腺癌患者31作为研究对象,根据入院时间的不同,分为对照组14例(行传统甲状腺切除)和观察组17例(行精细化被膜解剖),比较两组手术时长、术中出血量、术后1d引流量、甲状旁腺保留情况、血钙和甲状旁腺素水平变化情况、甲状腺功能下降情况.结果 观察组的术中出血量和术后1d引流量少于对照组[(51.25±23.13)mL比(74.62 ±24.58)mL,(52.71±12.47) mL比(63.48±15.69) mL,t=2.722、2.131,均P<0.05];术后7d,观察组的甲状旁腺素和血钙水平明显高于对照组[(24.21±10.46) mg/L比(16.18±10.57) mg/L,(2.01±0.12) mmol/L比(1.89±0.11) mmol/L,t=2.117、2.876,均P<0.05);术中,对照组检出甲状旁腺31枚,平均(2.6±0.3)枚,观察组检出47枚,平均(3.1±0.4)枚,两组差异有统计学意义(t=3.863,P<0.05);对照组一过性和永久性甲状旁腺功能下降率分别为71.4%(10/14)和7.1% (1/14),观察组的一过性和永久性甲状旁腺功能下降率分别为52.9% (9/17)和0.0% (0/17).结论 在双侧甲状腺癌手术中,应用精细化被膜解剖法能有效避免误切甲状旁腺,保护甲状旁腺功能,值得临床推广.%Objective To explore the protective effect of refined anatomy on parathyroid glands in double thyroid cancer surgery.Methods From January 2012 to December 2017,31 patients with bilateral thyroid cancer who underwent bilateral total thyroidectomy plus bilateral central lymph node dissection in Lanxi People's Hospital were selected in the study.According to the different admission time,they were divided into 14 cases in the control group (traditional thyroidectomy) and 17 cases in the observation group (fine capsular dissection).The duration of operation,the amount of intraoperative blood loss,the drainage volume at 1 day after surgery,the retention of parathyroid glands,the changes of serum calcium and parathyroid hormone levels,and the decline of thyroid function were compared between the two groups.Results The intraoperative blood loss and the 1 d drainage volume in the observation group were less than those in the control group [(51.25 ± 23.13) mL vs.(74.62 ± 24.58) mL,(52.71 ± 12.47) mL vs.(63.48 ± 15.69) mL] (t =2.722,2.131,all P < 0.05).At 7 days after operation,the parathyroid hormone and serum calcium levels in the observation group were significantly higher than those in the control group[(24.21 ± 10.46)mg/L vs.(16.18 ± 10.57)mg/L,(2.01 ±0.12)mmol/L vs.(1.89 ±0.11) mmol/L] (t =2.117,2.876,all P <0.05).During operation,31 parathyroid glands were detected in the control group,average (2.6 ± 0.3),47 parathyroid glands were detected in the observation group,average (3.1 ± 0.4),the difference between the two groups was statistically significant (t =3.863,P < 0.05).The transient and permanent parathyroid function decline rates of the control group were 71.4% (10/14) and 7.1% (1/14),which of the observation group were 52.9% (9/17) and 0.0% (0/17).Conclusion In bilateral thyroid cancer surgery,the application of refined anatomy can effectively avoid miscuting the parathyroid glands and protect the parathyroid function,which is worthy of clinical promotion.
    • 孙基栋; 刘颜; 刘军; 刘树伟
    • 摘要: Objective To study the anatomy of craniocervical junction region.So as to provide anatomical base to protect vertebral artery.Methods (1) The lateral suboccipital approach was imitated on 15 head specimens, V2-V4 of vertebral artery were exposed and invested.(2) Continuous thin sections in the coronal planes were performed with the freezing milling technique.V2-V4 of vertebral artery could be tracked across sections , and one 3D model of craniocervical junction region were reconstructed.Results (1)The lateral suboccipital approach was successfully finished on 15 head specimens.The V2 of vertebral artery was located in front of anterior nerve root of second cervical nerve .The V3 was surrounded by plexus venous.The V4 was between vagus nerve and hypoglossal nerve.The distances of V2 were ( 15.4 ± 1.6)mm(left) and (15.6 ±2.2) mm( right).The distances of V3 were (24.0 ±2.9) mm ( left) and (24.3 ±2.3) mm ( right).The distances of V4 were (21.4 ±2.0) mm ( left) and (21.2 ±2.0) mm (right).There were no significant differences in distance deviations between the left and right ( all P values>0.05).(2) A 3D model of craniocervical junction region was successfully produced .With the coronal planes and the 3D model, the path of vertebral artery was shown.It appeared through transverse process foramen of C2 , and exists super-posteriorly, through transverse process foramen of C 1 , posteriorly on massa lateralis atlantis, penetrates through dura mater.Intracranial vertebral artery merged the basilar artery, it had two big branches , the posterior inferior cerebellar artery and the anterior inferior cerebellar artery.Conclusions Microdissection and sectional anatomic study with a 3D model of craniocervical junction region, the vertebral artery can be visually displayed , some ways to locate vertebral artery are provided.It is useful to protect vertebral artery and better operation.%目的 探讨颅颈交界区椎动脉的解剖特点,为颅底手术入路中保护椎动脉提供解剖学基础.方法 (1)在15例10%甲醛固定成人尸头标本上,模拟枕下远外侧手术入路,暴露椎动脉V2~V4段,观察各段的毗邻关系并测量其长度. (2)应用冷冻铣切技术,获得1例新鲜成人尸头标本的冠状断层薄片并连续拍照,应用Amira4.1软件基于其中显露颅颈交界区结构的750张断层照片重建颅颈交界区三维模型,在连续断层照片及三维模型上追踪观察椎动脉的走行.结果 (1)在尸头标本上成功模拟了枕下远外侧手术入路,椎动脉V2段在第二颈神经前根前方,V3段椎动脉周围存在丰富静脉丛,V4段在迷走神经和副神经之间;椎动脉V2段左右两侧测量长度分别为(15.4 ± 1.6)mm、(15.6 ±2.2) mm,V3 段分别为(24.0 ±2.9) mm、(24.3 ±2.3) mm,V4 段分别为(21.4 ± 2.0)mm、(21.2 ±2.0)mm,各段两侧比较差异均无统计学意义( P值均>0.05). (2)成功建立基于1例新鲜成人尸头标本冠状断层拍照的颅颈交界区三维重建模型图,其解剖结构形态逼真.在冠状断面上追踪并结合三维模型观察到:椎动脉从C2 横突穿出,向外后斜行进入C1 孔,穿C1 横突孔后在C1 侧块上方向后走行,后内上穿硬脑膜进入颅内;在枕骨大孔入颅后,椎动脉发出小脑后下动脉、小脑前下动脉,在桥脑延髓沟处与对侧椎动脉会聚形成基底动脉.结论 通过显微解剖和断层解剖三维重建模型观察,可以动态、持续、多角度及旋转观察椎动脉在颅颈交界区的走行;充分了解椎动脉在颅颈交界区的解剖定位,可在颅底手术中最大限度地保护椎动脉,提高手术效果.
  • 查看更多

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号