Sentences with phrase «in anaerobic glycolysis»

Now, researchers have found that blocking a key enzyme involved in anaerobic glycolysis significantly slows the growth of tumors.

Not exact matches

Weights use creatine phosphate and glucose sequentially for fuel while in high - intensity anaerobic exercise, the body initially uses up all of the glycogen in the skeletal muscle and the liver through the glycolysis pathway.

The high number or reps will also cause the increase of the volume of enzymes which are involved in the oxidative phosphorylation and anaerobic glycolysis mechanisms which help with energy production and increase the amount of sarcoplasmic fluid which is found inside the cells, as well as the fluid that is situated between the cells.

I was fascinated with the «Warburg effect» in medical school — ie that many cancers require anaerobic glucose metabolism — glycolysis — even in a normal oxygen environment.

In addition, creatine helps to stabilize cellular pH (acidity) and plays an important role in balancing the different aerobic and anaerobic energy sources (eg glycolysis) which are available to the cellIn addition, creatine helps to stabilize cellular pH (acidity) and plays an important role in balancing the different aerobic and anaerobic energy sources (eg glycolysis) which are available to the cellin balancing the different aerobic and anaerobic energy sources (eg glycolysis) which are available to the cells.

... The significant levels of carbohydrate, probably mostly in the form of glycogen, in both blubber and muscle, may represent an instant form of energy for diving via anaerobic glycolysis.

In addition, creatine also plays a role in balancing the different aerobic and anaerobic energy sources (eg glycolysis) available to the cellIn addition, creatine also plays a role in balancing the different aerobic and anaerobic energy sources (eg glycolysis) available to the cellin balancing the different aerobic and anaerobic energy sources (eg glycolysis) available to the cells.

Dianabol has been shown to increase anaerobic glycolysis, which increases the build up of lactic acid in the body.

This includes a detailed, yet a fully understandable description of the biochemistry of aerobic respiration versus anaerobic fermentation, glycolysis, the Krebs Cycle, the electron transport chain, lactic acid overproduction and how cancer cells develop as a result of mitochondrial metabolic dysfunction leading to genetic errors, resulting in metastasis.

We do this by splitting glucose in half and converting it to two molecules of lactate, which is known as anaerobic glycolysis.

In acute stress and high - intensity exercise our demand for energy temporarily exceeds the oxygen supply, and the deficit is made up with anaerobic glycolysis.

ANTIOXIDANT DEFENSE AND NUTRIENT RECYCLING In addition to anaerobic glycolysis, there is a second pathway that has an absolute demand for glucose known as the pentose phosphate pathway.