Search results
Results from the WOW.Com Content Network
The major volatile compounds responsible for garlic breath are allyl methyl sulfide, allyl methyl disulfide, allyl mercaptan, diallyl disulfide, dimethyl disulfide and methyl mercaptan, along with minor amounts of dimethyl selenide. [1] [2] [3] Various other sulfur compounds are also produced when allicin in garlic is broken down in the stomach ...
Most of the time, BO is more of a "nuisance" than an indication of an actual health issue, per Harvard Health. Still, it's possible that things like diet, medical conditions or a bacterial buildup ...
Rarely, bad breath can be due to an underlying medical condition such as liver failure or ketoacidosis. [2] Non-genuine cases occur when someone complains of having bad breath but other people cannot detect it. [2] This is estimated to make up between 5% and 72% of cases. [2] The treatment depends on the underlying cause. [1]
There is the possibility that someone may suffer from both Trimethylaminuria and ORS-like paranoia, due to the potential lack of ability to smell the odour oneself and the worry that it generates. It is recommended to organise reliable confidants, colleagues, friends or relatives ("odor buddies" [ 23 ] ) to work with the sufferer to discretely ...
“Someone who has underlying conditions like heart or lung disease, or a disease that compromises their immune system, should get medical attention for a new cough, and cough accompanied by ...
Apparently, garlic—like all its cousins, including onions, leeks, scallions, chives, and shallots—contains a sulfur-based compound called Allicin that has powerful antioxidant health benefits ...
Phantosmia (phantom smell), also called an olfactory hallucination or a phantom odor, [1] is smelling an odor that is not actually there. This hallucination is intrinsically suspicious as the formal evaluation and detection of relatively low levels of odour particles is itself a very tricky task in air epistemology.
When you breathe, air flows smoothly in and out of your nose, Ramakrishnan says. But when you sneeze, you expel air and change up that flow, forcing odorous particles in your nose or throat upward ...