Conventionally, one or more peptides fit into a receptor to release a single
type of chemical messenger.
Not exact matches
WHEN DISCUSSING neurotransmitters, most people think
of the classical neurotransmitters, such as dopamine and serotonin — the primary
chemical messengers used by neurons to communicate with one another and with other
types of cells.
Multiple
types of neurons communicate by secreting the same major
chemical messengers: serotonin (red), dopamine and norepinephrine (yellow) and acetylcholine (cyan).
Not really controversial, and neither is the fact that hormones, genetics, and
chemical messengers (and sometimes things like drugs and lack
of food or certain
types of food) play a huge role in either making this or not making this happen (as have shown above).
In general, these
types of fatty acids trigger
chemical messengers in our bodies that are pro-inflammatory.
These hormones,
of which there are many different
types, act as
chemical messengers in humans and in animals, telling the body how to behave — for example, growth hormone tells the body to build muscle mass.