Researchers are getting the word!
Exercise research is in!
This was a modeling study out of Germany less. (Didn't expect that!) The model suggests that low ATP levels after exercise cause cell death and impede recovery times. I can get that! Plus increased acidosis and lactate accumulations result - that's what Newton showed...
This is the third third exercise study in a couple of months plus a Canadian researcher just got a nice NIH grant..
This is ALL GOOD! It gives me hope.
Exercise research is in!
This was a modeling study out of Germany less. (Didn't expect that!) The model suggests that low ATP levels after exercise cause cell death and impede recovery times. I can get that! Plus increased acidosis and lactate accumulations result - that's what Newton showed...
This is the third third exercise study in a couple of months plus a Canadian researcher just got a nice NIH grant..
This is ALL GOOD! It gives me hope.
A theoretical paper from the Institute for Condensed Matter Physics, Technische Universität Darmstadt, Germany. Authors: Nicor Lengert, Barbara Drossel.
Abstract
Post-exertional malaise is commonly observed in patients with myalgic encephalomyelitis/chronic fatigue syndrome, but its mechanism is not yet well understood. A reduced capacity for mitochondrial ATP synthesis is associated with the pathogenesis of CFS and is suspected to be a major contribution to exercise intolerance in CFS patients. To demonstrate the connection between a reduced mitochondrial capacity and exercise intolerance, we present a model which simulates metabolite dynamics in skeletal muscles during exercise and recovery. CFS simulations exhibit critically low levels of ATP, where an increased rate of cell death would be expected. To stabilize the energy supply at low ATP concentrations the total adenine nucleotide pool is reduced substantially causing a prolonged recovery time even without consideration of other factors, such as immunological dysregulations and oxidative stress. Repeated exercises worsen this situation considerably. Furthermore, CFS simulations exhibited an increased acidosis and lactate accumulation consistent with experimental observations.
http://www.sciencedirect.com/science/article/pii/S0301462215000630