Recovery of PCr and Smo2 to determine rest intervals for maximal and sub-maximal strength training

Author

Comment Page 3 of 3 Prev 1 2 3

Andri

Fortiori Design LLC
Registered:1363073911
Posts: 65

Posted 1495104163	#31

I completely agree. This goes back a little be to false assumptions based on anaerobic or lactate theories. The fact is that aerobic metabolism is the primary contributor to all activities regardless of intensity or duration. The term anaerobic may be outside of biochemical equations, rather into terms of applied exercise physiology non-sensical.

Kirill

Development Team Member
Registered:1487308118
Posts: 93

Posted 1507034514 · Edited	#32

I see prolonged SmO2 recovery only after deadlift and squat. It does not follow that in isolated exercises, creatine phosphate is recovered instantaneously. 8-10 minutes need for full recovery 2B/X (fast glycolitic, low mitochondria) fibres, because their mitochondria slowly restore creatine phosphate. Although some studies have found in isolated exercises the correlation between the curve of reoxygenation and the resynthesis of creatine phosphate, I decided for myself to focus on basic multijoint exercises. I really enjoyed using the oximetry sensor in disputes about the most effective exercise for some muscles, because it essentially performs indirectly the functions of electromyography and metabolism. The sensor in the picture was on the center of hamstring

Andri

Fortiori Design LLC
Registered:1363073911
Posts: 65

Posted 1507037345	#33

Hi Kirill Interesting. We have a lot of anecdotal evidence that poor pulmonary power has a negative effect on SmO2 recovery, and that pulmonary muscle training in these individuals increases the rate of SmO2 recovery. To your comments that SmO2 recovery is prolonged in multi-joint high effort exercises like deadlift or squat could fit into this model, as this type of work has a great stress on the pulmonary systems in bioenergetic terms and in muscle contraction terms (breath holding). In a smaller isolated muscle on the other hand, the pulmonary muscles not taxed and therefore would not effect the Smo2 recovery. Something to think about. Cheers Andri

bobbyjobling

Development Team Member
Registered:1454439119
Posts: 208

Posted 1507752845	#34

Would placing Moxy on a non involved muscle show a pulmonary "problem" during a deadlift?. I suppose its a bit difficult to find a non involved muscle when performing a deadlift. Also, a relatively low HR to muscle volume activation would make the pulmonary system work harder and contribute to slow recovery of SmO2 + greater right shift of disscurve.

Previous Topic | Next Topic

Page 3 of 3 Prev 1 2 3