ACE2 and AT4R are present in diseased human blood vessels (2009)
A Zulli,
LM Burrell,
BF Buxton,
DL Hare
A growing body of evidence suggests that the angiotensin II fragments, Ang(1-7) and Ang(3-8), have a vasoactive role, however ACE2, the enzyme that produces Ang(1-7), or AT4R, the receptor that binds...
Differential response to exercise in CHF according to ACE genotype (2008)
Williams, AD,
Anderson, MJ,
Selig, S,
Carey, MF,
Febbraio, MA,
Hayes, A,
...
Circuit resistance training in chronic heart failure improves skeletal muscle mitochondrial ATP production rate - A randomised controlled trial (2007)
Williams, AD,
Carey, MF,
Selig, S,
Krum, H,
Hayes, A,
Patterson, J,
...
Background: We aimed to determine the role of skeletal muscle mitochondrial ATP production rate (MAPR) in relation to exercise tolerance after resistance training (RT) in chronic heart failure (CHF)....
Circuit resistance training in chronic heart failure improves skeletal muscle mitochondrial ATP production rate - A randomised controlled trial (2007)
Williams, AD,
Carey, MF,
Selig, S,
Krum, H,
Hayes, A,
Patterson, J,
...
Background: We aimed to determine the role of skeletal muscle mitochondrial ATP production rate (MAPR) in relation to exercise tolerance after resistance training (RT) in chronic heart failure (CHF)....
Circuit resistance training in chronic heart failure improves skeletal muscle mitochondrial ATP production rate - A randomised controlled trial (2007)
Williams, AD,
Carey, MF,
Selig, S,
Krum, H,
Hayes, A,
Patterson, J,
...
Circuit resistance training in chronic heart failure improves skeletal muscle mitochondrial ATP production rate - A randomised controlled trial (2007)
Williams, AD,
Carey, MF,
Selig, S,
Krum, H,
Hayes, A,
Patterson, J,
...
Background: We aimed to determine the role of skeletal muscle mitochondrial ATP production rate (MAPR) in relation to exercise tolerance after resistance training (RT) in chronic heart failure (CHF)....
Reduced exercise tolerance in CHF may be related to factors other than impaired skeletal muscle oxidative capacity (2004)
Williams, AD,
Selig, S,
Hare, DL,
Hayes, A,
Krum, H,
Patterson, J,
...
Moderate-intensity resistance exercise training in patients with chronic heart failure improves strength, endurance, heart rate variability and forearm blood flow (2004)
Selig, SE,
Carey, MF,
Menzies, DG,
Patterson, J,
Geerling, RH,
Williams, AD,
...
Resistance training increases exercise tolerance and skeletal muscle oxidative capacity in chronic heart failure patients (2004)
Williams, AD,
Selig, S,
Hare, DL,
Krum, H,
Menzies, DG,
Patterson, J,
...
Reliability of isokinetic strength and aerobic power testing for patients with chronic heart failure (2002)
Selig, S,
Carey, MF,
Menzies, DG,
Patterson, J,
Geerling, RH,
Williams, AD,
...
Exercise limitation in chronic heart failure is caused by structural changes in skeletal muscle not reduced oxidative capacity (2001)
Williams, AD,
Selig, S,
Hare, DL,
Krum, H,
Hayes, A,
Menzies, D,
...
ACE gene polymorphism is not a predictor of chronic heart failure or aerobic fitness (2001)
Hare, DL,
Anderson, MJ,
Febbraio, MA,
Harrap, SB,
Williams, AD,
Carey, MF,
...
Effects of resistance exercise training on muscle strength and exercise capacity in chronic heart failure patients: A prospective randomized study (2000)
Selig, SE,
Menzies, DG,
Gosling, C,
Krum, H,
Carey, MF,
Williams, AD,
...