Just because some cells can produce more than one neurotransmitter doesn't mean most of them do...
and a neuropeptide isn't the same thing as a neurotransmitter.
This universe is relatively flat. Key word there is relatively. Compared to its 13+ billion light year width, the height could be only a couple billion light years; and we'd never know without some fancy equipment.
Gas molecules are moving extremely fast, so the 2nd law of thermodynamics acts more quickly. Entropy must increase, and if all of the mocules are homogenous, the entropy is higher than if they were heterogenous.
Please provide research indicating this is wrong. You can't just claim you contacted someone and provide no reference.
And what was the exact message, because there's bound to be some exceptions and colocalization isn't present in all cells.
So either the professor you contacted was wrong, or you just misinterpreted what he said. Either way, you're wrong.
In some models, when two events have an equal probability of happening, they both do. This applies at the quantum level of course, and results in an infinite number of parallel realities, therefore everything thats happening in your reality is only one of the ways it could have happened.
"Specialization"
Furthermore, transduction of the action potential down the axon is not related to the type of neurotransmitter used. It's not the neurotransmitters thats moving down it, its just the signal.
Like a guidance system would reduce the range. It would probably extend it. They are forbidden from having missiles capable of flying beyond 140 miles; not forbidden from having any missile they want as long as they don't launch it farther.
You are correct, the purine group, 10 hydrogens, and 2 oxygens are a dead giveaway.
In Chime (and most other programs), oxygen molecules are red, hydrogen is white, carbon is gray, and nitrogen is blue. From this you can count all of them and get the chemical formula C8H10N4O2, which is easy to look up.
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