Updated 02/15/2025
Sugars do not enter all cells, but always remain in the blood.
When we exercise, muscle cells, thanks to chromosomes and the thread of chromosomes and their genes, absorb gases and when performance is greater, they absorb more gases, but sugars can enter muscle cells, hindering muscle cells, which is why insulin is released to remove sugars from cells.
Sugars, their function is to keep antibodies in the blood and are only eliminated from the blood when there are antigens.
If cells absorb sugars, antibodies enter cells and this creates immense damage. Stony or CO2 sensation. That is why the pancreas releases insulin, so that sugar returns from cells to the blood and does not attract antibodies.
You could say that low blood sugar levels are detrimental to accidental absorption by muscle cells and increase physical performance.
You could also say that high blood sugar is due to many viral infections or high levels of antibodies in the blood.
Here are some photos of my blood sugar and cholesterol levels, measured with Wellion. I recommend it because it is difficult to guess the levels.
Cholesterol:
When we eat a lot of carbohydrates, the liver transforms them into triglycerides and stores them as fat for melanocytes, for example. It also transforms carbohydrates into sugars and may be related to glucagon or the pancreas hormone, but it only works when antibodies in the blood increase.
Muscles do not absorb sugars, because if they do absorb them, they are not able to metabolize them and the muscle cells spit them out into the blood in the form of lactate due to the effect of insulin.
If muscles or neurons, for example, absorb sugars, the mineral residue of the antibodies can be very dangerous for the neurons and bad for muscles such as the heart, since they can create a contracture more easily and the mineral residue in the neurons is extremely dangerous and can also give rise to kidney stones, which is why insulin is important.
When can we notice that sugar enters the muscles? For example, when we ride a bike and do an anaerobic sprint, the muscle cells increase their lung capacity due to the effort and the strong absorption of oxygen into the muscle from the blood, which can accidentally drag sugars into that absorption by the muscle cells, immediately causing a 20% drop in power in watts and not only that, since the muscle cell, once it has absorbed the sugar, loses lung capacity and its recovery is very slow and it usually expels the sugar in lactate.