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Astyanax
reply to post by neoholographic
If just three colour receptors in your retina enable you to distinguish the almost endless subtleties of hue and shade that you can perceive, why is it so surprising that four (or five) basic taste sensations can, when combined, create the equally vast palette of flavours you can discern in food and drink?
Simple elements can build up into a complex whole, which can in turn be analysed back into its components. Consider, for example, the seemingly miraculous power of Fourier analysis and synthesis.
Besides, it isn't just about taste. There is the role played by scent (already mentioned by several posters) and also the role played by touch (sensations of hot and cold, smoothness and granularity, hardness or softness, toughness or tenderness, etc, etc, etc).
The 'mouth-feel' (as packaged-food marketers call it) of food or drink is as important a part of the experience of eating or drinking as taste or flavour.
edit on 23/1/14 by Astyanax because: of pronoun abuse.
Correct, it's only about 75% smell according to the following source, though I've seen claims of higher figures and I'm not sure how accurate they are, but all seem to agree smell is the large majority of taste:
Unity_99
So its not just smell...OR,
So if that 75% of taste being from smell is right, the other 25% still works even if the sense of smell is interrupted. Maybe it does take some training to rely more on the 25% not associated with smell, but you're probably right about it being possible to do that over time with some adaptation.
Have you ever wondered why food loses its flavor when you have a cold? It’s not your taste buds’ fault. Blame your stuffed-up nose. Seventy to seventy-five percent of what we perceive as taste actually comes from our sense of smell. Taste buds allow us to perceive only bitter, salty, sweet, and sour flavors. It’s the odor molecules from food that give us most of our taste sensation.
When you put food in your mouth, odor molecules from that food travel through the passage between your nose and mouth to olfactory receptor cells at the top of your nasal cavity, just beneath the brain and behind the bridge of the nose. If mucus in your nasal passages becomes too thick, air and odor molecules can’t reach your olfactory receptor cells. Thus, your brain receives no signal identifying the odor, and everything you eat tastes much the same. You can feel the texture and temperature of the food, but no messengers can tell your brain, “This cool, milky substance is chocolate ice cream.” The odor molecules remain trapped in your mouth. The pathway has been blocked off to those powerful perceivers of smell--the olfactory bulbs.
rickymouse
Five tastes, you forgot the flavor umami. It is the fifth taste.
Umami is the taste of aged or fermented.... basicly glutamates/glutamines. The spagetti has this taste, so do the tomatoes. Some spices also possess this taste if they are dried.edit on 23-1-2014 by rickymouse because: (no reason given)
Starling
rickymouse
Five tastes, you forgot the flavor umami. It is the fifth taste.
Umami is the taste of aged or fermented.... basicly glutamates/glutamines. The spagetti has this taste, so do the tomatoes. Some spices also possess this taste if they are dried.edit on 23-1-2014 by rickymouse because: (no reason given)
'Umami' comes under the definition of SOUR.
There remain only 4 basic categories, in my reckoning: those mentioned...Salty, Sour, Sweet, Bitter.
Umami is not an extra one.