助手标题  
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
   起搏参数 在 消化系统疾病 分类中 的翻译结果: 查询用时:0.063秒
图标索引 在分类学科中查询
所有学科
消化系统疾病
心血管系统疾病
临床医学
生物医学工程
更多类别查询

图标索引 历史查询
 

起搏参数
相关语句
  pacing parameters
    The optimal pacing parameters were applied for the effec-tive gastric pacing, and the changes of gastric myoelectricalparameters of model dogs were observed before and aftergastric pacing.
    采用适宜的起搏参数行有效的胃起搏,观察起搏治疗前后胃动力紊乱犬胃电参数的变化.
短句来源
    Conclusion Using the optimal pacing parameters, surfaces gastric pacing isable to treat the patients with gastric dysmotility, which may improve clinicalsymptoms? gastric myoelectrical parameters and gastric emptying.
    结论 采用适宜的起搏参数从体表输入起搏信号治疗胃动力障碍患者 ,可缓解患者的临床症状 ,改善部分胃电参数 ,提高胃排空功能。
短句来源
    surface gastric pacing using the optimal pacing parameters was applied to entrain gastric slow wave.
    采用适宜的起搏参数从胃体、胃窦在腹部体表的投影部位输入起搏信号 ,驱动胃电节律。
短句来源
    In the pacing group, optimal pacing parameters were used to control the gastric slow wave. The antral tissues were removed and processed after an hour; the distribution, number and immune response intensity of 5-HT-positive products were studied using immunohistochemical method and quantified image analyzer.
    选用适宜的起搏参数以控制起搏组胃电慢波,1h后取胃窦组织,以免疫组化方法结合图像分析技术分析5-HT免疫反应阳性产物的分布、数量和免疫反应强度。
短句来源
  “起搏参数”译为未确定词的双语例句
    CONCLUSION: Surface gastric pacing using the optimal pac-ing parameters is able to entrain completely the gastricslow wave, improve parameters of gastric myoelectrical ac-tivity and normalize gastric dysrhythmias induced by phar-macological agent.
    结论:采用适宜的起搏参数进行胃起搏可从腹部体表完全触发胃电慢波,改善胃电参数,纠正药物导致的异常胃电节律.
短句来源
    Surface gastric pacing significantly accelerates the gastric emptying and resumes or alters the motor function.
    结论 采用适宜起搏参数输入起搏信号可完全触发胃电慢波 ,改善胃电参数 ,纠正药物导致的异常胃电节律 ,加速胃排空 ,恢
短句来源
查询“起搏参数”译词为用户自定义的双语例句

    我想查看译文中含有:的双语例句
例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法,我们为您准备了出自英文原文的大量英语例句,供您参考。
  pacing parameters
In a previous study we determined the rectal pacing parameters needed for rectal evacuation in patients with rectal inertia.
      
Influence of pacing parameters on pacemaker longevity
      
In conclusion, the selection of unnecessary pacing parameters and the selection of low-impedance leads should be avoided in order to extend generator longevity.
      
The effective pacing parameters were pulse width of 70 ms, amplitude of 4 mA and frequency of 1.1 IF (intrinsic frequency).
      
Assessment of Dangerous Time-Dependent Changes in Pacing Parameters in Outpatients with Implanted Pacemakers
      
更多          


Objective To investigate the effects of surface gastric pacing on gastric emptying in a canine model of gastric motor disorders. Methods A model of gastric motor disorders was established by truncal vagotomy combined with injections of glucagons. Gastric half emptying time (GE t1/2 ) was monitored and analysed using single photon emission computerized tomography (SPECT), and the half solid test meal was labeled with an isotope 99 Tc m sulfur colloid. Surface gastric pacing using the optimal pacing...

Objective To investigate the effects of surface gastric pacing on gastric emptying in a canine model of gastric motor disorders. Methods A model of gastric motor disorders was established by truncal vagotomy combined with injections of glucagons. Gastric half emptying time (GE t1/2 ) was monitored and analysed using single photon emission computerized tomography (SPECT), and the half solid test meal was labeled with an isotope 99 Tc m sulfur colloid. Surface gastric pacing using the optimal pacing parameters was applied to entrain gastric slow wave. Results Compared with that before surgery, GE t1/2 of model dogs with vagotomy increased significantly from (56.35±2.99) min to (79.42±1.91) min( P <0.001), but after gastric pacing, GE t1/2 (64.94±1.75) min of model dogs was markedly shorter than that of pretreatment( P < 0.001). Conclusion Surface gastric pacing using the optimal pacing parameters can significantly accelerate gastric emptying and resume or alter motor function. Surface gastric pacing may prove to be a new therapeutic approach for treatment of gastric motor disorders.

目的 研究胃起搏对胃动力紊乱模型犬胃排空的影响。方法 采用双侧迷走神经干切断术联合应用胰高血糖素建立胃动力紊乱犬模型 ;采用放射性核素99Tcm 植酸钠标记的半固体试餐 ,单光子放射计算机断层显象术 (SPECT)检测胃半排空时间(GEt1 2 ) ;采用适应起搏参数从位表输入起搏信号以驱动胃电节律。结果 迷走神经干切除术后犬的GEt1 2 (79.42± 1.91)min较术前 (5 6.3 5± 2 .99)min ,(P <0 .0 0 1) ,明显延迟 ,但行胃起搏治疗后GEt1 2 (64 .94± 1.75 )min ,显著低于治疗前 (P <0 .0 0 1)。结论 采用适宜起搏参数进行胃起搏可加速胃排空 ,恢复或改变胃功能活动状态

AIM:To investigate the effects of gastric pacing on gastricmyoelectrical activity of a canine model of gastric motordisorders.METHODS:A canine model of gastric motor disorders wasestablished by truncal vagotomy combined with injectionsof glucagon;Gastric serosal myoelectrical activity was re-corded using four-channel computer analysis instruments;The optimal pacing parameters were applied for the effec-tive gastric pacing, and the changes of gastric myoelectricalparameters of model dogs were observed before...

AIM:To investigate the effects of gastric pacing on gastricmyoelectrical activity of a canine model of gastric motordisorders.METHODS:A canine model of gastric motor disorders wasestablished by truncal vagotomy combined with injectionsof glucagon;Gastric serosal myoelectrical activity was re-corded using four-channel computer analysis instruments;The optimal pacing parameters were applied for the effec-tive gastric pacing, and the changes of gastric myoelectricalparameters of model dogs were observed before and aftergastric pacing.RESULTS:Basic electrical rhythm (BER) frequency (4.85±0.40cycles/min) , amplitude (2.32±0.35 mV) and propagationvelocity (4.06±0.40 cm/s) of model dogs in the fed state de-creased significantly than that of the control dogs (5.37±0.36cycles/min, 4.25±0.12 mV, 6.92±0.24 cm/s) (P < 0.03);After gastric pacing treatment, BER frequency (5.49±0.31cycles/min);amplitude (3.97±0.19 mV) and propagationvelocity (5.57±0.48 cm/s) increased significantly than thatof before pacing (P < 0.05);The glucagon injection pro- voked a dysrhythmias in all dogs, the percentage of theregular slow wave of model dogs was apparently reducedfrom 87.6±3.4 % at baseline to 10.0±6.7 % (P < 0.001),and that of intact dogs decreasing form 97.10±0.8 % to35.0±11 % (P < 0.01), but the inducement of gastric slowwave was 100% when gastric pacing at optimal parameters.CONCLUSION: Surface gastric pacing using the optimal pac-ing parameters is able to entrain completely the gastricslow wave, improve parameters of gastric myoelectrical ac-tivity and normalize gastric dysrhythmias induced by phar-macological agent.

目的:探索胃起搏对胃动力紊乱犬胃电活动的影响.方法:采用双侧迷走神经干切断术联合应用胰高血糖素建立胃动力紊乱犬模型;采用4导联胃肠电系统微机分析仪记录胃肠浆膜肌电活动;采用适宜的起搏参数行有效的胃起搏,观察起搏治疗前后胃动力紊乱犬胃电参数的变化.结果:治疗前模型犬餐后的胃电频率(4.85±0.40次/min)、胃电幅度(2.32±0.35mV)及慢波的传播速度(4.06±0.40cm/s)较正常对照犬均显著降低(5.37±0.36次/min,4.25±0.12mV,6.92±0.24cm/s)(P<0.03);胃起搏治疗后,模型犬餐后的胃电频率(5.49±0.31次/min)、胃电幅度(3.97±0.19mV)和慢波的传播速度(5.57±0.48cm/s)匀明显高于治疗前(P<0.05);胰高血糖素诱发了模型犬和正常犬餐后的异常胃电节律,其中模型犬的规则慢波节律百分数从用药前的87.6±3.4%减少到10.0±6.7%(P<0.001),而正常对照犬从97.1±0.8%减少到35.0±11.0%(P<0.01),但采用适宜参数行胃起搏可100%诱发慢波.结论:采用适宜的起搏参数进行胃起...

目的:探索胃起搏对胃动力紊乱犬胃电活动的影响.方法:采用双侧迷走神经干切断术联合应用胰高血糖素建立胃动力紊乱犬模型;采用4导联胃肠电系统微机分析仪记录胃肠浆膜肌电活动;采用适宜的起搏参数行有效的胃起搏,观察起搏治疗前后胃动力紊乱犬胃电参数的变化.结果:治疗前模型犬餐后的胃电频率(4.85±0.40次/min)、胃电幅度(2.32±0.35mV)及慢波的传播速度(4.06±0.40cm/s)较正常对照犬均显著降低(5.37±0.36次/min,4.25±0.12mV,6.92±0.24cm/s)(P<0.03);胃起搏治疗后,模型犬餐后的胃电频率(5.49±0.31次/min)、胃电幅度(3.97±0.19mV)和慢波的传播速度(5.57±0.48cm/s)匀明显高于治疗前(P<0.05);胰高血糖素诱发了模型犬和正常犬餐后的异常胃电节律,其中模型犬的规则慢波节律百分数从用药前的87.6±3.4%减少到10.0±6.7%(P<0.001),而正常对照犬从97.1±0.8%减少到35.0±11.0%(P<0.01),但采用适宜参数行胃起搏可100%诱发慢波.结论:采用适宜的起搏参数进行胃起搏可从腹部体表完全触发胃电慢波,改善胃电参数,纠正药物导致的异常胃电节律.

Objective To investigate the effect of gastric pacing on gastric emptying and gastric myoelectrical activity in a canine model of gastric motility disorders. Methods A model of gastric motor disorders was established by truncal vagotomy combined with injections of glucagon; daily gastric serosal myoelectrical activity was recorded using four-channel computer analysis instruments; gastric half-emptying time (GE t 1/2) was monitored and analyzed using single photon emission computerized tomography (SPECT),...

Objective To investigate the effect of gastric pacing on gastric emptying and gastric myoelectrical activity in a canine model of gastric motility disorders. Methods A model of gastric motor disorders was established by truncal vagotomy combined with injections of glucagon; daily gastric serosal myoelectrical activity was recorded using four-channel computer analysis instruments; gastric half-emptying time (GE t 1/2) was monitored and analyzed using single photon emission computerized tomography (SPECT), and the half-solid test meal was labeled with isotope- 99mTc sulfur colloid; surface gastric pacing using the optimal pacing parameters was applied for entrance of gastric slow waves. Results Compared with that before the operation, GE t 1/2 of the model dogs with vagotomy increased significantly from (56.35 ±2.99) min to (79.42±1.91) min( P <0.001), but after gastric pacing, GE t 1/2(64.94±1.75) min reduced more markedly than that in the pretreatment( P <0.001). Basic electrical rhythm (BER) frequency ((0.081± 0.007) Hz), amplitude((2.32±0.35) mV) and propagation velocity((4.06±0.40) cm/s)of model dogs in the fed state decreased more significantly than those in the control dogs((0.090±0.006) Hz,(4.25 ±0.12) mV,(6.92±0.24) cm/s, P <0.03), but after gastric pacing treatment, BER frequency((0.092 ±0.005) Hz), amplitude ((3.97±0.19) mV)and propagation velocity((5.57±0.48) cm/s)increased more markedly than those in the pretreatment ( P <0.05). Conclusion Surface gastric pacing using the optimal pacing parameters may trigger gastric slow wave completely and thus improve the parameters of gastric myoelectrical activity and normalize gastric dysrhythmias induced by pharmacological agents. Surface gastric pacing significantly accelerates the gastric emptying and resumes or alters the motor function.

目的 研究胃起搏对胃动力紊乱犬胃排空及胃电参数的影响。方法 采用双侧迷走神经干切断术联合应用胰高血糖素建立胃动力紊乱犬模型 ;采用 4导联胃肠电系统微机分析仪记录胃肠浆膜肌电活动 ;99mTc 植酸钠标记的半固体试餐 ,单光子计算机断层显像技术 (SPECT)检测胃半排空时间(GEt1/ 2 ) ;采用适宜起搏参数从胃体、胃窦在腹部投影部位输入起搏信号驱动胃电节律。结果 迷走神经干切断术后犬的GEt1/ 2 为 (79.4 2± 1.91)min ,较术前 (5 6 .35± 2 .99)min明显延迟 (P <0 .0 0 1) ,但行胃起搏治疗后GEt1/ 2 为 (6 4 .94± 1.75 )min ,较治疗前明显加快 (P <0 .0 0 1) ;胃起搏治疗前迷走神经干切断犬餐后的胃电频率为 (0 .0 81± 0 .0 0 7)Hz、胃电幅度为 (2 .32± 0 .35 )mV、慢波的传播速度为 (4 .0 6± 0 .4 0 )cm/s ,均较正常对照犬显著降低 [(0 .0 90± 0 .0 0 6 )Hz ,(4 .2 5± 0 .12 )mV ,(6 .92± 0 .2 4 ...

目的 研究胃起搏对胃动力紊乱犬胃排空及胃电参数的影响。方法 采用双侧迷走神经干切断术联合应用胰高血糖素建立胃动力紊乱犬模型 ;采用 4导联胃肠电系统微机分析仪记录胃肠浆膜肌电活动 ;99mTc 植酸钠标记的半固体试餐 ,单光子计算机断层显像技术 (SPECT)检测胃半排空时间(GEt1/ 2 ) ;采用适宜起搏参数从胃体、胃窦在腹部投影部位输入起搏信号驱动胃电节律。结果 迷走神经干切断术后犬的GEt1/ 2 为 (79.4 2± 1.91)min ,较术前 (5 6 .35± 2 .99)min明显延迟 (P <0 .0 0 1) ,但行胃起搏治疗后GEt1/ 2 为 (6 4 .94± 1.75 )min ,较治疗前明显加快 (P <0 .0 0 1) ;胃起搏治疗前迷走神经干切断犬餐后的胃电频率为 (0 .0 81± 0 .0 0 7)Hz、胃电幅度为 (2 .32± 0 .35 )mV、慢波的传播速度为 (4 .0 6± 0 .4 0 )cm/s ,均较正常对照犬显著降低 [(0 .0 90± 0 .0 0 6 )Hz ,(4 .2 5± 0 .12 )mV ,(6 .92± 0 .2 4 )cm/s,(P <0 .0 5 ) ],治疗后其餐后胃电频率 (0 .0 92± 0 .0 0 5 )Hz、胃电幅度 (3.97± 0 .19)mV和慢波的传播速度 (5 .5 7± 0 .4 8)cm/s均明显高于治疗前 (P <0 .0 5 )。结论 采用适宜起搏参数输入起搏信号可完全触发胃电慢波 ,改善胃电参数 ,纠正药物导致的异常胃电节律 ,加速胃排空 ,恢

 
<< 更多相关文摘    
图标索引 相关查询

 


 
CNKI小工具
在英文学术搜索中查有关起搏参数的内容
在知识搜索中查有关起搏参数的内容
在数字搜索中查有关起搏参数的内容
在概念知识元中查有关起搏参数的内容
在学术趋势中查有关起搏参数的内容
 
 

CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社