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In a recent study of scientists, we found that there were as many bacterial cells as our own cells in our body.
Scientists had predicted for many years that our bodies harbored 10 times more bacteria than our own cells. However, recent calculations have given a different result; according to the results there is an average of 38 billion bacterial cells in the human body
According to new calculations from the Israeli and Canadian research team in 2016, we have about as many bacteria as our own cells in our bodies.
Most bacteria are in the large intestine. On the basis of the information obtained from the MRI, the average human intestinal volume is calculated.
When 90 billion bacteria are found in one gram of stool, it is determined that the total number of bacteria in the body is about 38 trillion. The average number of human cells in an average body is 30 trillion.
Is it possible to weaken with a bacterium?
Scientists have programmed microbes to produce molecules that will suppress hunger. So, it can be easier to lose weight with bacteria added to the water. In England, more than half of the population is overweight or obese. Many people get big pills to lose weight fast.
However, they did not draw definitive conclusions on the question of whether they should be taken regularly and continuously as part of their work. The researchers then manipulated genes on a probiotic bacterial strain to produce molecules called NAPE. The body quickly transforms these molecules into NAE molecules that suppress the feeling of hunger.
For eight weeks, when these bacteria were administered to rats in water mixed with water, it was observed that these mice were weaker than the rats that received only water. 39 water and improving their metabolism.
Researchers say that these bacteria usually function as hunger suppressors because they live in the intestines for months. But researchers are trying to prevent people from easily infecting people who do not need it by making changes in the genes of this bacteria before they start experimenting on people.
Most bacteria are too small to be seen without a microscope, but in 1999, scientists conducting research on the Namibian coast, Thiomargarita namibiensis (Sulfur Pearl in Namibia) discovered a bacteria called. A single cell of this bacterial strain is 0.75 millimeters. The fact that it is so large compared to other bacteria is caused by the swelling of hydrogen sulfide
RESOURCE: T24
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