终末期肾病并存冠心病患者行冠状动脉介入治疗的护理

73例上消化道肿瘤患者应用金蒸气激光仪作为治疗光源，通过内镜活检孔导入柱状光导纤维，对准病变部位连续3d行3次光照射。结果73例全部完成治疗，总有效率67．12％（49例）。并发症中发热27例（36．99％），消化道出血26例（35．62％），局部水肿19例（26．03％），疼痛18例（24．66％），皮肤光敏反应4例（5．48％），气管食管瘘1例（1．37％），均经对症治疗和护理及时缓解。提出金蒸气激光治疗上消化道肿瘤时，早期预防和护理有利于增加治疗的顺应性和有效性，有利于并发症的早期发现和及时处理。     

脱细胞尿道及其海绵体基质制备的实验研究

目的探索脱细胞尿道及其海绵体基质的制备方法.方法取健康壮年兔完整尿道及其海绵体组织,以Triton-X 100与NH3H2O联合提取法进行脱细胞处理.标本做HE染色,组织学观察分析脱细胞效果.结果脱细胞处理11天后,成功获得脱细胞及其海绵体基质,所得基质外观良好.HE染色观察无细胞存在,弹力纤维排列规整,间隙较大,结构无破坏.结论利用Triton-X 100与NH3H2O联合提取法可成功制备完整无细胞尿道及其海绵体基质,为尿道再造修复提供崭新思路.     

急性胆源性胰腺炎的微创治疗

目的探讨应用十二指肠镜及腹腔镜治疗急性胆源性胰腺炎(ABP)的有效性。方法回顾性分析5年间对94例ABP患者进行微创治疗的临床资料。ABP合并胆囊结石的59例行行单纯腹腔镜胆囊切除术(LC);胆总管结石14例内镜下乳头括约肌切开取石术(EST),同时置入鼻胆管引流(ENBD),其中3例联合LC;对胆囊结石合并胆总管结石21例行ERCP EST,联合LC治疗。结果全组术后再次发作胰腺炎1例,胆道出血1例,均为ERCP EST患者;另肺部感染2例,切口感染1例,5例均经非手术治疗痊愈。全组有效率100%。结论十二指肠镜及腹腔镜联合应用于治疗ABP效果好。微创技术是目前ABP理想的治疗方法。     

多层螺旋CT血管成像在支气管动脉灌注化疗前的定位价值

目的探讨多层螺旋CT血管成像(MSCTA)在支气管动脉(BA)灌注化疗前的定位价值。方法分析15例经支气管动脉介入治疗前的的肺癌病例,中央型13例,周围型2例。15例均行螺旋CT增强扫描,后传至工作站利用多平面重组(MPR)、最大密度投影(MIP)和容积再现(VR)等后处理技术观察支气管动脉。结果13例中央型肺癌均由肿瘤性支气管动脉供血,重建图像清晰显示肿瘤性支气管动脉的起点、分支情况及走行特点;其中2例右侧肿瘤性支气管动脉与肋间动脉共干。2例周围型肺癌中有1例由肿瘤性支气管动脉供血,1例找不到明确发自支气管动脉的供血血管。结论多层螺旋CT血管成像能够显示肺癌特别是中央型肺癌的肿瘤性支气管动脉并能为经支气管动脉灌注化疗提供准确定位。     

脂质体阿霉素为主方案治疗高龄非霍奇金淋巴瘤的临床研究

目的 观察脂质体阿霉素联合治疗高龄非霍奇金淋巴瘤患者的有效性和安全性.方法 应用脂质体阿霉素联合COP为主的方案化疗或联合利妥昔单抗等其他治疗方案治疗34例患者,观察患者应用脂质体阿霉素过程中及其后的毒副反应及疗效.结果 全组34例患者共接受176个疗程化疗,平均每个患者累计应用脂质体阿霉素127.0 mg治疗,总有效率(CR+PR)为88.2%(30/34),其中CR 24例(70.6%),PR 6例(17.7%),SD 1例(2.9%),PD 3例(8.8%).毒副反应主要为骨髓抑制,未出现严重感染.心脏毒性发生率14.7%(5/34),无化疗相关死亡.结论 脂质体阿霉素联合治疗高龄非霍奇金淋巴瘤具有较高的安全性和有效性.     

两种隐匿阴茎大鼠模型的建立及比较

目的:建立稳定的大鼠隐匿阴茎模型,为探索阴茎包埋对海绵体结构和功能的影响提供实验动物模型。方法:90只2周龄雄性SD大鼠随机均分为A、B、C3组,A组采用阴茎根部内荷包缝合法,B组采用包皮折叠缝合法包埋阴茎,C组为假手术组。在180d内观察两种方法的包埋效果。结果:A组术后4只死于急性尿潴留,5只因尿道口周围软组织感染、皮肤破溃导致包埋失败,3只因包埋过松阴茎伸出;B组术后1只死于麻醉,2只死于急性尿潴留;因阴茎发育和勃起,A组有7只、B组有10只阴茎伸出;C组1只死于麻醉。A组和B组中其余大鼠均有较好的包埋效果,A组包埋成功率为36.7%,B组为56.7%,而且可以在实验中任何时候解除包埋。结论:包皮折叠缝合法和阴茎根部内荷包缝合法均能建立稳定的、且与人类隐匿阴茎自然病程较为一致的2周龄大鼠隐匿阴茎动物模型。     

两种艾灸法对二肾一夹型高血压大鼠血压和血管内皮细胞内分泌功能的影响

目的:应用两种艾灸疗法治疗两肾一夹肾血管性高血压大鼠(2K1C-RHR),评价这两种艾灸疗法的降压作用,并对其降压机理作初步的探讨。方法:建立2K1C-RHR模型,并将其随机分为六组:灸法Ⅰ组(百会、神阙、足三里)、灸法Ⅱ组(关元、涌泉、足三里)、卡托普利组、灸法Ⅰ+卡托普利组、灸法Ⅱ+卡托普利组、高血压对照组,另设正常对照组。经过10天治疗后,测量血压,并测定血浆中内皮素(ET)、一氧化氮(NO)。结果:高血压对照组的收缩压(SBP)、舒张压(DBP)明显高于正常对照组,各治疗组的SBP、DBP明显低于高血压对照组(P<0.01),各治疗组间则没有明显差异(P>0.05)。血浆NO含量各组间没有明显差异(P>0.05)。各治疗组与正常对照组的血浆中ET含量明显低于高血压对照组(P<0.01)。各治疗组ET/NO比值接近正常对照组(P>0.05)且明显低于高血压对照组(P>0.05)。结论:两种艾灸疗法有良好的降压作用,其降压机理与及纠正ET与NO的失衡状态有关。     

环戊硫酮治疗干眼的临床疗效评价

Objective To investigate anethol trithione therapic efficiency on dry eye. Methods It was a prospective random double-blind controlled study. Eighty cases diagnosed dry eye in Ocular Surface Out-patient Clinic of Xiamen University Affiliated Xiamen Eye Center from 2006 to 2008 were divided into two groups: anethol trithione group and control group, 40 cases in each group. Every group was then divided into two subgroups: weak dry eye subgroup, middle and severe dry eye subgroup. All groups had been added with 0.05% refresh drops. All patients had been detected and evaluated by subjective symptoms of dry eye, visual acuity,corneal fluorescent staining(F1), break-up time(BUT) and Schirmer Ⅰ test (SⅠT) at pre-therapy and 3,7,28 d of post-therapy. All groups had been compared and analyzed by F test and sample mean difference (SMD) or median difference (MD) comparison between pre-therapy and post-therapy. Results Except of tear and red eye, the other subjective symptoms of dry eye, F1, BUT and SⅠT of weak dry eye subgroup of both groups had been improved at 7 d after therapy. Only those of middle and severe dry eye subgroup of anethol trithione group had been improved at 7 d after therapy compared with those of pre-therapy: SMD=0.96 (visual tiredness), 1.26 (dry and unsmooth sensation), 0.82 (foreign body sensation), 1.28 (burning sensation), 1.05 (photophobia), 1.48 ( pain ) ; MD=0.30 (visual acuity), 4.00 (F1) ,5.00 (BUT), 5.00 (SⅠT) [F=15.30 (visual tiredness), 15.68 (dry and unsmooth sensation ), 13.56 (foreign body sensation), 20. 91 ( burning sensation ), 18.90 (photophobia), 27.22 ( pain ), 10.54 (visual acuity), 188.21 (F1) ,261.76 (BUT) ,269.05 (SⅠT) ;P<0. 05]. Those of middle and severe dry eye subgroup of control group hadn't significantly been improved at 28 d after therapy: SMD=0.10 (visual tiredness) ,0.16 (dry and unsmooth sensation) ,0.09 (foreign body sensation) ,0.38 ( burning sensation ), 0.24(photophobia) ,0.36 (pain) ,0.23 (red eye) ; MD=0.10 (visual acuity) ,0.50(F1) ,0.50(BUT), 0.50(SⅠT) [F=1.76 (visual tiredness), 1.61 (dry and unsmooth sensation), 1.02 (foreign body sensation),2.39 (burning sensation), 2.42 (photophobia), 2.73 ( pain ), 2.55 ( red eye ), 1.46 ( visual acuity) ,2.35 (F1) ,2.90 (BUT) ,2.76 (SⅠT) ; P>0.05]. SⅠT of anethol trithione group had been improved more significantly after therapy (F=13.77, P<0.05). Conclusion Anethol trithione could significantly improve middle and severe dry eye patients' symptoms and signs whose lacrimal gland function survival and it has clinical application value.     

兔肢体爆炸伤合并海水浸泡后在不同复温速率及维持浅低体温下机体炎症反应的特征

Objective To investigate effects of different rewarming rates and maintenance of light hypothermia on inflammatory response in rabbits after limb blast injury, coupled with seawater immersion. Methods First, the model of limb blast injury coupled with seawater immersion was reproduced [the animals were immersed to low body temperature of (31.0±0.5℃)]. Then, 24 adult rabbits were randomly divided into group Ⅰ [the rapid rewarming group, n=6, rewarmed to (38±0.5)℃ at a rate of (8.94±0.93)℃/h], group Ⅱ [the slow rewarming group, n=6, rewarmed to (38±0.5)℃ at a rate of (3.88±0.22)℃/h], group Ⅲ [another slow rewarming group, n=6, rewarmed to (38±0.5)℃ at a rate of (2.18±0.12)℃/h], and the H group [the hypothermia group, n =6, rewarmed to (34 - 35)℃ at a rate of (4.49±0.66)℃/h and kept at that temperature till termination of the experiment]. Regulation of ambient temperature and warm transfusion were used to restore body temperature to target levels and maintained there for 6 hours. Blood samples were taken at 5 different times, I.e. Pre-injury time(T0), post-immersion time (T1), the time when rewarming started (T2), 3 h after rewarming (T3), and 6 h after rewarming (T4). Tissue samples from heart, liver, intestinum, lung and kidney were also collected. Levels of TNF-α (tumor necrosis factor-α), IL-1β (interleukin-1β) and IL-6 (interleukin-6) in plasma and MPO (myeloperoxidase) in homogenate were detected. Results Following rewarming, TNF-α, IL-1β, IL-6 concentrations in the plasma of the animals in group Ⅰ and group H were significantly higher when compared with those of the animals in group Ⅱ and group Ⅲ (P<0.05, P<0.01), and MPO activity in homogenate was significantly higher when compared with that of the animals in group Ⅱ and group Ⅲ(P<0.01, P<0.05), and no statistical difference could be seen between group Ⅱ and Ⅲ (P>0.05). Conclusions Rapid rewarming and maintenance of light hypothermia could obviously elevate TNF-α, IL-1β, IL-6 concentrations in plasma and MPO activity in homogenate, following limb blast injury coupled with hypothermia induced by seawater immersion, while slow rewarming (with a rewarming rate of 2-4℃/h) could significantly inhibit TNF-α, IL-1β, IL-6 levels and PMN activity.