Vibration confers no detectable performance benefit beyond calf compression during short-term recovery, despite a sustained increase in calf cutaneous blood flow

This dataset contains the anonymized raw data supporting the study entitled “Vibration confers no detectable performance benefit beyond calf compression during short-term recovery, despite a sustained increase in calf cutaneous blood flow.” Sixteen healthy, physically active adults completed three experimental conditions in a randomized within-participant crossover design: no-garment control (CON), calf compression sleeves (CCS), and calf vibration-compression sleeves (CVCS). Each experimental trial included a 20-min fatiguing treadmill-running preload, a 30-min recovery period under the assigned condition, and a subsequent running time-to-exhaustion test. The dataset includes participant characteristics, time to exhaustion, stroke volume, heart rate, cardiac output, calf cutaneous blood flow, and blood lactate concentration. All participant data have been anonymized.本数据集包含支持题为《振动虽可使小腿皮肤血流量持续升高，但在短期恢复阶段相较于小腿加压疗法并无可检测到的性能增益》的研究的匿名原始数据。 16名健康且规律进行体力活动的成年人采用随机化受试者内交叉设计，完成了三种实验条件：无护具对照组（CON）、小腿加压袖套组（CCS）以及小腿振动加压袖套组（CVCS）。每项实验流程均包含20分钟的疲劳性跑步机跑预负荷、指定实验条件下的30分钟恢复期，以及后续的力竭跑计时测试。 本数据集涵盖受试者特征数据、力竭时间、每搏输出量、心率、心输出量、小腿皮肤血流量以及血乳酸浓度。所有受试者数据均已完成匿名化处理。