Lactate study new solutions

In the process of intense exercise the body

needs a lot of energy. Then the body tissue

removal of lactic acid buffered lactic acid lactic acid

than high speed, increased lactate concentration

within the organization. The significance of

this process is needed reconstruction glycolysis

nicotinamide adenine dinucleotide (NAD) to

maintain ATP production, and improve a steady

stream of energy for the movement, the process

can be described as [5]:
Pyruvate + NADH + H → lactate + NAD
Unlike the general description of the error

increase in lactate concentration in itself does

not cause acidosis, nor is it cause muscle

soreness. Lactic acid in the human body can not

release a proton, so there is no acidity. The

human body glycolytic pathway analysis show that

this process does not lead to zinc lactate.

Strenuous exercise acidosis caused when there is

another reason.
Adenosine triphosphate is split in the release

of energy is that it releases a proton. These

protons are leading causes of acidosis. In the

intense aerobic metabolism during exercise can

not guarantee the production of adenosine

triphosphate, so anaerobic metabolism begins.

Ethyl lactate can produce a large number of

adenosine triphosphate, adenosine triphosphate

which the release of a large number of protons

in the decomposition, reducing the pH of the

tissue, causing acidosis. This is a strong

muscle soreness during exercise one of many

reasons. It was considered by the strong ion

concentration gradient can cause lactic

acidosis, but the study of this process is

imperfect, it is unclear whether there.