ABCbodybuilding - View Single Post - Blood Flow Restriction during Low-Intensity Resistance Exercise Increases S6K1 Phosphorylation and Muscle Protein Synthesis.
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Old 08-13-2007, 04:45 PM
MartinofSweden MartinofSweden is offline
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Default Re: Blood Flow Restriction during Low-Intensity Resistance Exercise Increases S6K1 Phosphorylation and Muscle Protein Synthesis.

Sounds good, IŽll give it a try. IŽll look for one to use around my upper arm thats not too wide, although it might become difficult to find one long enough to reach around my freaky biceps. [img]/forum/images/graemlins/grin.gif[/img] Gabe, you write you use this method when training calves, which made me thinking, perhaps one could instead (or also) use vascular occlusion during morning walks (or any cardio). Think of all the people with claudicatio intermittens due to arterial insufficiency in the lower legs. They sometimes have calves that would impress even the most dedicated bodybuilder. There is a study i read a little while back on young men which found walking with v.o. to be stimuli enough to induce muscule hypertrophy. Check it out if you like, here is the abstract:

J Appl Physiol. 2006 May;100(5):1460-6. Epub 2005 Dec 8.

Previous studies have shown that low-intensity resistance training with restricted muscular venous blood flow (Kaatsu) causes muscle hypertrophy and strength gain. To investigate the effects of daily physical activity combined with Kaatsu, we examined the acute and chronic effects of walk training with and without Kaatsu on MRI-measured muscle size and maximum dynamic (one repetition maximum) and isometric strength, along with blood hormonal parameters. Nine men performed Kaatsu-walk training, and nine men performed walk training alone (control-walk). Training was conducted two times a day, 6 days/wk, for 3 wk using five sets of 2-min bouts (treadmill speed at 50 m/min), with a 1-min rest between bouts. Mean oxygen uptake during Kaatsu-walk and control-walk exercise was 19.5 (SD 3.6) and 17.2 % (SD 3.1) of treadmill-determined maximum oxygen uptake, respectively. Serum growth hormone was elevated (P < 0.01) after acute Kaatsu-walk exercise but not in control-walk exercise. MRI-measured thigh muscle cross-sectional area and muscle volume increased by 4-7%, and one repetition maximum and maximum isometric strength increased by 8-10% in the Kaatsu-walk group. There was no change in muscle size and dynamic and isometric strength in the control-walk group. Indicators of muscle damage (creatine kinase and myoglobin) and resting anabolic hormones did not change in both groups. The results suggest that the combination of leg muscle blood flow restriction with slow-walk training induces muscle hypertrophy and strength gain, despite the minimal level of exercise intensity. Kaatsu-walk training may be a potentially useful method for promoting muscle hypertrophy, covering a wide range of the population, including the frail and elderly.
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