Oxygen uptake efficiency slope in coronary artery disease: clinical use and response to training.
T. Reybrouck; D. Schepers; Prof. Dr. L.E.M.J. Vanhees (Lector); R. Fagard; J. Defoor
Arg213Gly polymorphism of the extracellular superoxide dismutase gene and aerobic power in coronary artery disease.
G. Matthijs; R. Fagard; Prof. Dr. L.E.M.J. Vanhees (Lector); W. Mysak; K. Martens; J. Defoor
Angiotensin II type 1 Receptor gene A1166C polymorphism affects aerobic power response to training in coronary artery disease.
K. Martens; R. Fagard; J. Defoor; G. Matthijs; B. Raman; Prof. Dr. L.E.M.J. Vanhees (Lector)
NAD(P)H oxidase P22phox gene A640G and C242T polymorphisms and aerobic power in coronary artery disease.
E. Logghe; Prof. Dr. L.E.M.J. Vanhees (Lector); G. Matthijs; J. Defoor; R. Fagard; K. Martens
Effects of creatine supplementation with exercise training on physical fitness in coronary artery disease and chronic heart failure.
J. Vanhaecke; D. Schepers; R. Fagard; J. Defoor; F. Dobbels; A. Stevens; L. Mortelmans; Prof. Dr. L.E.M.J. Vanhees (Lector); M. Decramer; P. Hespel
A1166C polymorphism of the angiotensin II type 1 receptor gene affects aerobic power response to training in coronary artery disease.
K. Martens; R. Behl; G. Matthijs; J. Defoor; Prof. Dr. L.E.M.J. Vanhees (Lector); R. Fagard
The Caregene Study: muscle-specific creatine kinase gene and aerobic power in coronary artery disease
D. Schepers; D. Zieliñska; R. Vlietinck; J. Defoor; G. Matthijs; K. Martens; Prof. Dr. L.E.M.J. Vanhees (Lector); R. Fagard; T. Philips
Exercise performance and training in patients with coronary artery disease and associated biabetes mellitus
J. Defoor; A. Stevens; I. Eyben; D. Schepers; Prof. Dr. L.E.M.J. Vanhees (Lector)
