## 3 Results
### Exercise Performance and Compression Sportswear

Table 1: _Cont._maneuver and Y-excursion, sprints time, walking and running speed, and throw speed from ten studies. Endurance was evaluated for various types of long-distance running, continuous cycling, half marathon, ultramarathon, ball throw, and endurance-related treadmill tests from 17 studies. Power and strength were evaluated by cycling using a cycle ergometer, golf swing, climbing, short distance sprint test, hand grip strength, isokinetic flexion and extension, joint power output, peak torque to body weight ratio, and average power at angular velocity from 18 studies. Functional motor performance included degree of motion, joint angle measurement, step frequency, step length, swing time, ground contact time, jump height, squat depth, balance task, hand function test, and cadence from 16 studies. Sport-related performance (i.e., cricket, netball, and 400 m sprint) from three studies. We categorized compression garment type into upper-body, lower-body, and whole-body suits: (1) five sleeve compression garment on upper-body (i.e., arm, elbow, forearm, wrist, and palm), (2) one glove compression garment on upper-body, (3) four studies with graduated compression stockings on lower-body (i.e., ankle length, knee-high, calf and thigh, and ankle to knee), (4) three studies with neoprene sleeves on lower-body (i.e., knee joint and below the knee), (5) one study with prophylactic knee braces on lower-body (i.e., knee joint), (6) twelve studies with compression garment on lower-body (i.e., ankle, calf, knee, hip, and thigh and shank), (7) seven studies with compression stockings on lower-body (i.e., ankle to tibia, ankle, calf, below knee, and knee joint), (8) three compression rights on lower-body (i.e., ankle, thigh and calf), (9) one compression running pants on lower-body (i.e., thigh and calf), and (10) five studies with compression garment on whole-body. \begin{table}
\begin{tabular}{p{113.8 pt} p{113.8 pt} p{113.8 pt} p{113.8 pt} p{113.8 pt} p{113.8 pt}} \hline \hline \multirow{2}{*}{**Study**} & \multicolumn{3}{c}{**Compression Sportswear Characteristics**} & \multicolumn{3}{c}{**Exercise Performance**} \\ \cline{2-6}  & **Extremities** & **Type** & **Pressure (mmHg)** & **Type** & **Task** \\ \hline Ali 2007 [32] & Lower (ankle length) & GCS & 18–22 & Endurance & 1. Intermittent running (shuttle running) 2. Continuous running (10 km running) \\ \hline Ali 2011 [45] & Lower (knee-high) & GCS & 12–32 & Endurance & 1. 10 km running 2. Countermovement jump \\ \hline Barwood 2014 [40] & Lower (calf and thigh) & GCS & Calf: 17–20 & Endurance & 5 km treadmill running 2. Continuous running (10 km running) \\ \hline [PERSON] 1998 [18] & Lower (knee joint) & NS & NA & Functional motor performance & Open and close kinetic chain test \\ \hline [PERSON] 2019 [29] & Lower (knee joint) & NS & NA & Speed & Cutting movements \\ \hline [PERSON] 2014 [52] & Lower (lower body) & CG & Exp. 1: 17.5–21.7 & Functional motor 2. 18.2–20.2 & 1. Hip flexion angle, step performance 2. 30 m repeated sprints \\ \hline [PERSON] 2017 [34] & Lower (high, calf, and ankle) & CG & High: 11.7 & 11.7 & 1. Hip flexion angle, step performance 2. 18.2–20.2 & 1. Hip flexion angle, step performance 2. 30 m repeated sprints \\ \hline [PERSON] 2019 [11] & Lower (high and calf) & CG & High: 11.7 & 11.7 & 1. Hip flexion angle, step performance 2. 30 m repeated sprints \\ \hline [PERSON] 2012 [31] & Lower (high and shank) & CG & High: 11.7 & 11.7 & 1.14 & 1.14 \\  & (high, calf, and ankle) & CG & Calf: 26.4 & 1.14 & 1.14 \\  & (ankle) & CT & High: 10.7–21.