Thus, he teamed up with Andrew Brown for the calculations and study of biomolecular reactions that take place during weight loss. Andrew Brown is the head of UNSW School focused on Biotechnology & Biomolecular Sciences. Excess carbohydrates and proteins lead to excess weight. These are converted into triglycerides that are basically components made of oxygen, carbon and hydrogen. They are then stored in the lipid droplets. These lipid droplets are present inside the fat cells. In order to lose weight, these triglycerides need to be broken to make carbon accessible.
The results showed that 29kg of oxygen had to be inhaled to break down 10kg of fat. This means burning of 94,000 calories. This results in 11kg of water and 28kg carbon dioxide. The team writes that the experiment or study shows that lungs are basically the primary excretory organ for the fat during weight loss. They could not however explain the happenings to the fat cells in the reaction. Brown had discovered a formula from the 1949 published paper. This research inferred that the oxygen atoms are mutually shared between hydrogen and carbon in the 2:1 ratio. This gave out the final conclusion of the study as 84% carbon dioxide and 16% water. This study however doesn’t mean that deep breathing could result in heavy weight loss. It is essential break down fat firstly to make carbon accessible. Deep breathing can however result in a limited weight loss as there is a limit to the maximum number of times, we breathe.
This theory also answers to the question in reference to climatic changes through the released carbon dioxide. The study also ends beliefs in reference to the fossilized organisms underground. It says that ancient carbon atoms from the fossilized organisms underground do not impact global warming. This is because the trapped carbon atoms are being released to the atmosphere and no other significant reaction is happening.
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