TABLE 2.
First author, year | Physical performance measurement | Results | ||
---|---|---|---|---|
Strength | Endurance | Strength | Endurance | |
Tounsi (2018) | Lower limb explosive power was measured by the Five Jump Test (5JT) | Speed endurance was measured using the Repeated Shuttle-Sprint Ability Test (RSSA) | ↑ absolute performance in 5JT at 17:30 compared to 7:30 h | ↔ YYIRT1 by ToD or MC. |
↑ RSSA at 17:30 compared to 7:30 h | ||||
Anaerobic endurance was measured by Yo-Yo Intermittent Recovery Test (YYIRT) | ↔ 5JT by MC. | ↔ RSSA by MC. | ||
↔ ToD and MC interaction in 5JT. | ↔ ToD and MC interaction in 5JT. | |||
Bambaeichi (2004) | PTfle and PText at 1.05 and 3.14 rad/s | – | ↑ MILS under ES at 18:00 by 2.6% than at 06:00 h | – |
↑ PText at 3.14 rad/s at O than at M, at mid-L than at M and mid-F | ||||
MVC of knee EXT and FLE were measured at 0 rad/s and 60°of knee flexion | ↑ PTfle at 1.05 rad/s at O than mid-F and mid-L | |||
↑ MVCfle at O than at mid-F and mid-L | ||||
MILS of knee EXT were performed with percutaneous electrical twitches | ↔ between ToD and MC. MC had a more significant effect than ToD | |||
Birch (2002) | MILS at knee height | Endurance capability at 45% MILS. | ↑ MILS by 8.3% at 18:00 h in the mid-L | ↔ between ToD and MC in endurance capability at 45% MILS. |
↔ MILS by ToD in the mid-F | ||||
Giacomoni (1999) | Maximal cycling power (Pc) by force-velocity test | – | ↑ Pc in the afternoon in the mid-F | – |
↔ Pc by ToD in the mid-L |
↔, no significant interaction/difference; ↑, significant increase/improvement; 5JT, Five Jump Test; RSSA, Repeated Shuttle-Sprint Ability Test; YYIRT1, Yo-Yo Intermittent Recovery Test level 1; PText, peak torque of knee extensors; PTfle, peak torque of knee flexors; MVC, maximal voluntary isometric contraction; EXT, extensors; FLE, flexors; ES, electrical stimulation; MILS, maximal isometric lifting strength; Pc, maximal cycling power; M, menstruation; O, ovulation; F, follicular phase; L, luteal phase; MC, menstrual cycle phase; ToD, time-of-day.