Farting, or the more scientific name of flatulence, is a personal,
social and aromatic disaster. It has caused numerous embarrassing and awkward
moments in the history of mankind. Why can't our farts smell like roses? The
answer lies in the chemistry of aromatic compounds. The
smell of roses is caused by the compound called Geranyl acetate and is a
carbo-hydrate, meaning it is composed of a carbon backbone with hydrogen and
oxygen on its side. On the other hand, flatulence is made of carbohydrate compounds
that have nitrogen and sulfur in them.
Why can't we simply take a pill with the rosy molecules and thus make
our flatulence have good fragrance? The problem with the good aromatic
compounds is that they are decomposed in our digestive system since they are
similar to food-stuff that holds energy. Thus, they are digested by acids and
the entire digestive tract, from the stomach to the colon. The flatulence smell
is generated by the bacteria in our digestive systems, as a byproduct of their
decomposition of foodstuff that makes it to the large intestine. In other
words, rose molecules turn to smelly farts.
However, recent developments in drug delivery systems may cause our
lives to smell less awkwardly. The secret is in slow-delivery systems and new
encapsulation techniques. Nowadays, there are unique methods that can
encapsulate a specific compound, usually a drug, such that the compound is
released from its host slowly into the blood stream. Moreover, for a long time
encapsulation techniques are known that can protect materials from the acidic
environment in the stomach, such that they reach the colon. One anti-flatulence
drug is made out of encapsulated grounded-coal, such that the material reaches
the colon, by surviving the rough voyage through the stomach, and there it
captures the gasses released by the bacteria in the colon.
However, I believe it is not good enough to stop the bad fragrances, but
also to enable us to choose how we wish to smell, not only from our tops, via
shampoos and conditioners, but from our bottoms as well. I suggest to develop slowly-releasing
encapsulation digestive nano-structures that release good aromatic compounds as
they reach their final destination. Wouldn't it be nice to hear a fart and say,
"mmm… Chanel?"
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