Thermal and immunological stress modulate the locomotor performance of female Xenopus laevis frogs

This project generated experimental data on locomotor performance in Xenopus laevis under controlled thermal and immunological conditions. The dataset comprises measurements of locomotor endurance (total distance traveled and time spent moving until exhaustion) and jump force (maximum resultant force, in Newtons), obtained at three temperatures (15, 22, and 27 °C) and under two treatments (control and LPS-induced immune challenge). Additional variables include individual body mass, treatment group, temperature condition, and time post-injection (1 h and 24 h). The project also produced raw and processed datasets, as well as statistical analysis scripts developed in R.本项目生成了受控热环境与免疫干预条件下非洲爪蟾（Xenopus laevis）运动表现的实验数据集。该数据集涵盖运动耐力（直至力竭的总移动距离与累计移动时长）与跳跃力量（以牛顿为单位的最大合力）两类测量指标，测量分别在15、22、27 ℃三种温度梯度，以及对照组、脂多糖（LPS）诱导的免疫挑战两种处理条件下开展。附加变量包含个体体质量、处理组别、温度条件以及注射后时长（1小时与24小时）。本项目同时提供原始与预处理后的数据集，以及基于R语言开发的统计分析脚本。