## 3 Results
Pre-exercise forced expiratory volume in 1 s (Fev1 pre) correlated negatively with probe time (r = 0.565, \(p\) = 0.006), as did post-exercise CM] (CM) post, r = 0.821, \(p\) = 0.000), post-exercise ABK (ABK post, r = 0.702, \(p\) = 0.001), and post-exercise FVC (FVC post, r = 0.643, \(p\) = 0.004). Post-exercise Fev1 (Fev1 post, r = 0.649, \(p\) = 0.004), post-exercise forced expiratory flow between 25 and 75% (FEF25 post, r = 0.606, \(p\) = 0.008), pre-exercise body temperature (BT pre, r = 0.584, \(p\) = 0.005), and pre-exercise isometric hand strength (IIS pre, r = 0.801, \(p\) = 0.000) also showed negative correlations with probe time. Lactate post-exercise (Lac post) correlated negatively with probe time (r = 0.540, \(p\) = 0.025), as did post-exercise IHS (IIHS post, r = 0.714, \(p\) = 0.001), change in pH (\(\Delta\)pH, r = 0.655, \(p\) = 0.015), and body weight (BW, r = 0.640, \(p\) = 0.001). Additionally, height (r = 0.544, \(p\) = 0.007) and BMI (r = 0.519, \(p\) = 0.011) showed negative correlations with probe time. \begin{table}
\begin{tabular}{c c c c c c c c c} \hline  & **Pre** & **Post** & **Cohen’s D** & **95\% Confidence Interval** & & & \\ \hline
**Variable (UNIT)** & **Mean \(\pm\) SD** & **Mean \(\pm\) SD** & **\% Change** & & **Inferior** & **Superior** & **T** & \(p\) \\ \hline CMJ (m) & \(39.35\pm 4.73\) & \(36.79\pm 7.28\) & \(-6.51\) & \(-0.54\) & \(0.82\) & \(4.28\) & \(3.02\) & \(0.01\) \\ ABK (m) & \(47.24\pm 6.86\) & \(40.45\pm 11.23\) & \(-14.37\) & \(-0.99\) & \(3.16\) & \(10.42\) & \(3.83\) & \(0.00\) \\ CCA & \(7.9\pm 6.61\) & \(5.04\pm 5.73\) & \(-36.20\) & \(-0.62\) & \(0.75\) & \(4.98\) & \(2.77\) & \(0.01\) \\ FVC (mL) & \(5.76\pm 2.42\) & \(5.46\pm 2.17\) & \(-5.21\) & \(-0.12\) & \(-0.71\) & \(1.30\) & \(0.60\) & \(0.55\) \\ Fev1 (mL) & \(3.88\pm 0.65\) & \(3.37\pm 1.05\) & \(-13.14\) & \(-0.78\) & \(0.21\) & \(0.83\) & \(3.39\) & \(0.00\) \\ FE25 (mL) & \(6.65\pm 2.52\) & \(8.22\pm 3.04\) & \(-4.97\) & \(-0.17\) & \(-0.47\) & \(1.31\) & \(0.97\) & \(0.34\) \\ HR (ppm) & \(83\pm 18.28\) & \(105\pm 15.92\) & \(26.51\) & \(1.21\) & \(-27.17\) & \(-16.83\) & \(-8.75\) & \(0.00\) \\ BOS (\%) & \(96.37\pm 9.54\) & \(93.37\pm 17.14\) & \(-3.11\) & \(-0.31\) & \(-5.02\) & \(11.02\) & \(0.77\) & \(0.45\) \\ BT (\({}^{\circ}\)C) & \(35.12\pm 2.07\) & \(34.82\pm 2.32\) & \(-0.85\) & \(-0.14\) & \(-0.98\) & \(1.59\) & \(0.49\) & \(0.63\) \\ IHS (kg) & \(44.67\pm 12.55\) & \(42.52\pm 9.58\) & \(-4.81\) & \(-0.17\) & \(-1.15\) & \(5.45\) & \(1.34\) & \(0.19\) \\ Color (au) & \(3\pm 1.97\) & \(6.17\pm 0.92\) & \(105.67\) & \(1.61\) & \(-4.26\) & \(-2.07\) & \(-6.10\) & \(0.00\) \\ Ph & \(5.85\pm 0.75\) & \(5.35\pm 0.59\) & \(-8.55\) & \(-0.67\) & \(0.11\) & \(0.89\) & \(2.70\) & \(0.01\) \\ Protein (mg/dL) & \(0.25\pm 0.44\) & \(0.6\pm 0.5\) & \(140.00\) & \(0.80\) & \(-0.73\) & \(0.03\) & \(-1.93\) & \(0.07\) \\ Glucose (mg/dL) & \(0.15\pm 0.37\) & \(0.05\pm 0.22\) & \(-66.67\) & \(-0.27\) & \(-0.04\) & \(0.24\) & \(1.45\) & \(0.16\) \\ RPE & \(6\pm 0\) & \(13.5\pm 2.4\) & & \(0.10\) & \(-8.47\) & \(-6.53\) & \(-15.91\) & \(0.00\) \\ Lac (mmol) & \(0.65\pm 0.22\) & \(5.29\pm 3.21\) & & \(21.09\) & \(-5.91\) & \(-3.38\) & \(-7.56\) & \(0.00\) \\ LST & \(1.42\pm 0.81\) & \(1.85\pm 0.46\) & & \(0.53\) & \(-0.75\) & \(-0.10\) & \(-2.67\) & \(0.01\) \\ RST & \(1.73\pm 0.67\) & \(2\pm 0\) & & \(0.40\) & \(-0.54\) & \(0.00\) & \(-2.06\) & \(0.05\) \\ LFlex (\({}^{\circ}\)) & \(75.27\pm 10.66\) & \(7  
Pre-exercise left foot navicular drop (LDrop pre) correlated negatively with post-exercise ABK (r = 0.507, \(p\) = 0.038) and post-exercise CCA (r = 0.713, \(p\) = 0.001). Pre-exercise right foot navicular drop (RDrop pre) correlated negatively with post-exercise CCA (r = 0.514, \(p\) = 0.035), while post-exercise RDrop (RDrop post) correlated negatively with pre-exercise glucose (r = 0.520, \(p\) = 0.039) and post-exercise CCA (r = 0.506, \(p\) = 0.038).