Oxidative stress impairs insulin signal in skeletal muscle and causes insulin resistance in post-infarct heart failure

AMERICAN JOURNAL OF PHYSIOLOGY-HEART AND CIRCULATORY PHYSIOLOGY

Authors: Y Ohta, S Kinugawa, S Matsushima, T Ono, MA Sobirin, N Inoue, T Yokota, ...

The activation of natural killer t cells ameliorates post-infarct heart failure in mice

JOURNAL OF CARDIAC FAILURE 16 (8), S31, 2010

Authors: MA Sobirin, S Kinugawa, T Ono, K Hirabayashi, T Suga, T Yokota, ...

Oxidative stress in skeletal muscle impairs mitochondrial respiration and limits exercise capacity in type 2 diabetic mice

AMERICAN JOURNAL OF PHYSIOLOGY-HEART AND CIRCULATORY PHYSIOLOGY 297 (3 …

Authors: T Yokota, S Kinugawa, K Hirabayashi, S Matsushima, N Inoue, Y Ohta, ...

The activation of natural killer t cells ameliorates post-infarct heart failure in mice

JOURNAL OF CARDIAC FAILURE 15 (7), S151

Authors: MA Sobirin, S Kinugawa, T Ono, K Hirabayashi, T Suga, T Yokota, ...

The increase in intramyocellular lipid in leg skeletal muscle is associated with lowered aerobic exercise capacity in patients with heart failure

CIRCULATION 120 (SUPPL_18), S550-S550

Authors: K Hirabayashi, S Kinugawa, T Yokota, T Suga, N Morita, T Ono, ...

Pioglitazone improves aerobic capacity and skeletal muscle high-energy phosphate metabolism in patients with metabolic syndrome

CIRCULATION 120 (SUPPL_18), S550-S550

Authors: T Yokota, S Kinugawa, K Hirabayashi, T Suga, N Morita, M Takahashi, ...

The increase in intramyocellular lipid in leg skeletal muscle is associated with lowered aerobic exercise capacity in heart failure patients

JOURNAL OF CARDIAC FAILURE 15 (7), S164-S165

Authors: K Hirabayashi, S Kinugawa, T Yokota, T Suga, N Morita, T Ono, ...

Impaired skeletal muscle energy metabolism limits aerobic exercise capacity in patients with metabolic syndrome

CIRCULATION 118 (SUPPL_18), S_682-S_683

Authors: T Yokota, S Kinugawa, K Hirabayashi, T Suga, N Inoue, Y Ohta, ...

美術教育学研究

地域学論集 鳥取大学地域学部紀要 13 (3)

Authors: T Ohara, T Fukushima, M Yanai, K Hosoda, A Tamoto, E Mahati, J Azumi, ...

The disruption of invariant natural killer t cells exacerbates cardiac hypertrophy and failure due to pressure overload in mice

FACULTY OF MEDICINE, DIPONEGORO UNIVERSITY

Authors: MA Sobirin