Your selections:
Hypoxia and resistance exercise: a comparison of localized and systemic methods
- Scott, Brendan R., Slattery, Katie M., Sculley, Dean V., Dascombe, Ben J.
Intermittent hypoxic resistance training: does it provide added benefit?
- Scott, Brendan R., Slattery, Katie M., Dascombe, Ben J.
- Scott, Brendan R., Slattery, Katie M., Sculley, Dean V., Lockie, Robert G., Dascombe, Ben J.
- Scott, Brendan R., Dascombe, Ben J., Delaney, Jace A., Elsworthy, Nathan, Lockie, Robert G., Sculley, Dean V., Slattery, Katie M.
- Scott, Brendan R., Loenneke, Jeremy P., Slattery, Katie M., Dascombe, Ben J.
Intermittent hypoxic resistance training: is metabolic stress the key moderator?
- Scott, Brendan R., Slattery, Katie M., Dascombe, Ben J.
Blood flow restricted exercise for athletes: a review of available evidence
- Scott, Brendan R., Loenneke, Jeremy P., Slattery, Katie M., Dascombe, Ben J.
Acute physiological responses to moderate-load resistance exercise in hypoxia
- Scott, Brendan R., Slattery, Katie M., Sculley, Dean V., Lockhart, Catriona, Dascombe, Ben J.
Acute physiological and perceptual responses to high-load resistance exercise in hypoxia
- Scott, Brendan R., Slattery, Katie M., Sculley, Dean V., Smith, Scott M., Peiffer, Jeremiah J., Dascombe, Ben J.
Hypoxia during resistance exercise does not affect physical performance, perceptual responses, or neuromuscular recovery
- Scott, Brendan R., Slattery, Katie M., Sculley, Dean V., Dascombe, Ben J.
Are you sure you would like to clear your session, including search history and login status?