biomedical electrodes; diseases; physiological models; ANOVA; Interstitial Cells of Cajal; distance 10 mm; distance 12 mm; distance 20 mm; distance 30 mm; distance 4 mm; distance 6 mm; dynamic slow wave dysrhythmias; dysrhythmic gastric slow wave activity; dysrhythmic slow wave pattern; ectopic activation; efficient interelectrode distance determination; electrophysiological event; functional motility disorder; gastric HR mapping array design; high-resolution mapping technique; human gastric dysrhythmias mathematical model; human gastric slow wave analysis; pacemaker cell; retrograde propagation; stomach motility; Accuracy; Adaptation models; Electrodes; Manuals; Mathematical model; Numerical models; Propagation;
机译:手术切除对人胃慢波传导的影响,由高分辨率电图和计算机模拟定义
机译:肺静脉电位的高分辨率映射通过小电极和电极间距导管改善了成功的肺静脉隔离
机译:加压素诱导的胃慢波心律失常同时进行前后浆膜定位
机译:使用人胃缺血性数学模型确定高分辨率映射的有效电极间距离
机译:胃粘液凝胶的数学模型。
机译:手术切除对人胃慢波传导的影响通过高分辨率电测绘和计算机模拟来定义
机译:Mo1620 - 扩散诱导诱导的胃慢波畸形,由猪中的高分辨率电气映射定义