Data of exercise-induced arterial hypertension in triathletes

Anthropometry parameters, training habits, echocardiography and spirometry data of 51 healthy male triathletes who completed an Ironman 70.3 or an Ironman full distance race are shown.D = Ironman Distance, LD Long distance / MD = Ironman 70.3, A= Age, G= gender, We = Weight, H = Height, BSA = body surface area, %BF = %body fat, Tts = Training time swim, Tds= Training distance swim, Ttb= Training time bike, Tdb= Training distance bike, Ttr= Training time run, Tdr= Training distance run, Ttt= Total training time, Ts= Triathlon since, sbT= Sport before Triathlon, sbTs= Sport before triathlon since, HRmax= Heart Rate at exertion, HRVAT= Heart rate at ventilator anaerobic threshold, HRRCP= Heart rate at respiratory compensation point, HRLAM= Heart rate at Lactate threshold 4,0mmol/l (Mader), HRLAD= Heart rate at Lactate threshold according to Dickhuth, HRLAI= Heart rate at first nonlinear increase of blood lactate, Abs VO2max= Maximum oxygen uptake L/min, Abs. VO2VAT= Oxygen uptake at ventilatory anaerobic threshold L/min, Abs. VO2RCP= Oxygen uptake at respiratory compensation point L/min, Rel VO2max= Maximum oxygen uptake relative to body weight mlL/min/kg, Rel VO2VAT= Oxygen uptake at ventilator anaerobic threshold relative to body weight mlL/min/kg, Rel VO2RCP= Oxygen uptake at respiratory compensation point relative to body weight mlL/min/kg, %VO2maxAT= Oxygen uptake at ventilator anaerobic threshold as percentage of maximum oxygen uptake, %VO2maxRCP= Oxygen uptake at respiratory compensation point as percentage of maximum oxygen uptake, VEmax= Maximum minute ventilation, O2HFmax= Maximum O2 Pulse, RERmax= Maximum Respiratory Exchange Ratio, BLCmax= Blood lactate concentration at exertion, Wmax= Maximum ergometer performance (Watt), WAT= Ergometer performance at ventilator anaerobic threshold, WRCP= Ergometer performance at respiratory compensation point, WLAM= Ergometer performance at Lactate threshold 4,0mmol/l (Mader), WLAD= Ergometer performance at Lactate threshold according to Dickhuth, WLAI= Ergometer performance at first nonlinear increase of blood lactate, Wmax/kg= Maximum ergometer performance in relation to body weight (Watt/kg), BPsRest= Systolic blood pressure at rest, BPdRest= Diastolic blood pressure at rest, BPsVAT= Systolic blood pressure at ventilator anaerobic threshold, BPdVAT= Diastolic blood pressure at ventilator anaerobic threshold, BPsRCP= Systolic blood pressure at respiratory compensation point, BPdRCP= Diastolic blood pressure at respiratory compensation point, BPsWmax= Systolic blood pressure at exertion, BPdWmax= Diastolic blood pressure at exertion, Ao= Aortic root dimension, LA= Left atrial diameter, IVSd= Inter-ventricular septum in diastole, LVIDd= Left ventricular internal diameter in diastole, LVPWd= Left ventricular posterior wall in diastole, %IVS= Percentage of thickening of the inter-ventricular septum form diastole to systole, LVIDs= Left ventricular internal diameter in systole, %FS= Fractional shortening, LVPWs= Left ventricular posterior wall in systole, LV Mass (ASE) = left ventricular mass according to the ASE recommended formula, LVEDV MOD A4c ml= Left ventricular end-diastolic volume calculated according to the Simpson method in apical 4 chamber view, LVESV MOD A4c ml= Left ventricular end-systolic volume calculated according to the Simpson method in apical 4 chamber view, LVEF MOD A4c= Left ventricular ejection fraction calculated according to the Simpson method in apical 4 chamber view, SV Mod A4C ml= Stroke volume calculated according to the Simpson method in apical 4 chamber view, EF Biplan= Left ventricular ejection fraction calculated according to the Simpson method in apical 4 and 2 chamber view, LVEDV MOD BP ml= Left ventricular end-diastolic volume calculated according to the Simpson method in apical 4 and 2 chamber view, LVESV MOD BP ml= Left ventricular end-systolic volume calculated according to the Simpson method in apical 4 and 2 chamber view, MV E Max m/s= Mitral valvular E-Wave m/s, MV A Max m/s= Mitral valvular A-Wave m/s, MV E/A Ratio= Mitral valvular E/A Ratio, LVOT Vmax= Left ventricular outflow tract maximum velocity in PW-Doppler, HR Rest= Heart frequency at rest, RWT= Relative wall thickness, RV parasternal= Right ventricular diameter in the parasternal long axis, RVDA = Right venrticular area in diastole, RVSA= Right ventricular area in systole, RV FAC= Area change fraction RVSAx100/RVDA.

本数据集展示了51名完成Ironman 70.3或全程Ironman赛事的男性铁人三项运动员的体测量参数、训练习惯、超声心动图和肺功能检查数据。其中，D代表Ironman全程距离，LD代表长距离，MD代表Ironman 70.3；A代表年龄，G代表性别，We代表体重，H代表身高，BSA代表体表面积，%BF代表体脂百分比，Tts代表游泳训练时间，Tds代表游泳训练距离，Ttb代表自行车训练时间，Tdb代表自行车训练距离，Ttr代表跑步训练时间，Tdr代表跑步训练距离，Ttt代表总训练时间，Ts代表铁人三项训练时间，sbT代表铁人三项前的运动类型，sbTs代表铁人三项前的运动开始时间，HRmax代表最大运动心率，HRVAT代表呼吸商无氧阈心率，HRRCP代表呼吸补偿点心率，HRLAM代表乳酸阈4.0mmol/l（Mader）心率，HRLAD代表根据Dickhuth的乳酸阈心率，HRLAI代表血乳酸首次非线性增加的心率，Abs VO2max代表最大摄氧量（L/min），Abs. VO2VAT代表呼吸商无氧阈摄氧量（L/min），Abs. VO2RCP代表呼吸补偿点摄氧量（L/min），Rel VO2max代表相对最大摄氧量（相对于体重mlL/min/kg），Rel VO2VAT代表呼吸商无氧阈相对最大摄氧量（相对于体重mlL/min/kg），Rel VO2RCP代表呼吸补偿点相对最大摄氧量（相对于体重mlL/min/kg），%VO2maxAT代表呼吸商无氧阈摄氧量占最大摄氧量的百分比，%VO2maxRCP代表呼吸补偿点摄氧量占最大摄氧量的百分比，VEmax代表最大每分钟通气量，O2HFmax代表最大氧脉搏，RERmax代表最大呼吸交换比，BLCmax代表运动时的血乳酸浓度，Wmax代表最大功率输出（瓦特），WAT代表呼吸商无氧阈功率输出，WRCP代表呼吸补偿点功率输出，WLAM代表乳酸阈4.0mmol/l（Mader）功率输出，WLAD代表根据Dickhuth的乳酸阈功率输出，WLAI代表血乳酸首次非线性增加的功率输出，Wmax/kg代表相对于体重的最大功率输出（瓦特/千克），BPsRest代表静息时的收缩压，BPdRest代表静息时的舒张压，BPsVAT代表呼吸商无氧阈时的收缩压，BPdVAT代表呼吸商无氧阈时的舒张压，BPsRCP代表呼吸补偿点时的收缩压，BPdRCP代表呼吸补偿点时的舒张压，BPsWmax代表运动时的收缩压，BPdWmax代表运动时的舒张压，Ao代表主动脉根部直径，LA代表左心房直径，IVSd代表舒张期室间隔厚度，LVIDd代表舒张期左心室内径，LVPWd代表舒张期左心室后壁厚度，%IVS代表从舒张期至收缩期室间隔增厚百分比，LVIDs代表收缩期左心室内径，%FS代表收缩分数，LVPWs代表收缩期左心室后壁厚度，LV Mass (ASE)代表根据ASE推荐公式计算的心室质量，LVEDV MOD A4c ml代表根据Simpson方法在心尖四腔视图下计算的心室舒张末期容积，LVESV MOD A4c ml代表根据Simpson方法在心尖四腔视图下计算的心室收缩末期容积，LVEF MOD A4c代表根据Simpson方法在心尖四腔视图下计算的心室射血分数，SV Mod A4C ml代表根据Simpson方法在心尖四腔视图下计算的每搏输出量，EF Biplan代表根据Simpson方法在心尖四腔和二腔视图下计算的心室射血分数，LVEDV MOD BP ml代表根据Simpson方法在心尖四腔和二腔视图下计算的心室舒张末期容积，LVESV MOD BP ml代表根据Simpson方法在心尖四腔和二腔视图下计算的心室收缩末期容积，MV E Max m/s代表二尖瓣E波最大速度（m/s），MV A Max m/s代表二尖瓣A波最大速度（m/s），MV E/A Ratio代表二尖瓣E/A比率，LVOT Vmax代表脉冲多普勒下左心室流出道的最大速度，HR Rest代表静息心率，RWT代表相对壁厚度，RV parasternal代表右心室在心尖长轴的直径，RVDA代表舒张期右心室面积，RVSA代表收缩期右心室面积，RV FAC代表右心室面积变化率（RVSAx100/RVDA）。