Cell receptors and antibodies both have a specific shape requirement in order for them to work. I guess thats what makes them similar.
nothing they are totally different things
Two types, nicotinic and muscarinic
Yes, your lips actually have the greatest number of nerve (sensory) receptors followed by your hands. Conversely, areas such as your back are not nearly as sensitive to sensory stimulation.
Affinity for different agonists, their locations throughout the body, the effects produced from their activation and supression. Presuming your talking about adrenergic receptorsAlpha adrenergic receptors & beta adrenergic receptors produce vasoconstriction and vasodilation respectively.
Cell receptors and antibodies both have a specific shape requirement in order for them to work. I guess thats what makes them similar.
Taste - gustatory receptors (taste buds) Vision - optical receptors (retina and optic nerve) Hearing - phono receptors (cochlea - inner ear) Smell - olfactory receptors (nose) Touch - tactile receptors (skin, tongue) (Also : Heat - thermo receptors.)
It doesn't atropine only acts on muscarinic receptors (it's a competitive antagonist here for ACh), but histamine acts on different receptors (histamine receptors). There is no direct interaction between atropine and histamine receptors
There are four different types of receptors in the skin. There are merkel receptors, meissner corpuscles, ruffini cylinders and pacinian corpuscles.
Adaptation of sensory receptors refers to the way in which our senses changed under different circumstances and stimuli.
You have receptors for three primary colours in your retina. You can perceive the thousands of colours due to stimulation of the these receptors at different intensity in various permutations and combinations.
The eye's visual receptors reside within the retina. The eye's visual receptors consist of four different types of receptors including rods, blue cones, red cones and green cones.
You have several sensory receptors and they all measure differences in pressure, displacement, and movement. The main ones are the Merkle, Meissner, Pacinian, Raffini, Krause, Hair follicle receptors, and the pain receptors.
Axons have no receptors for stimuli, only the dendrites off of the soma are capable of having receptors for different stimuli
because i shows how ur hormones will effect the body
No, auditory receptors do not detect light. Auditory receptors are sensory cells that respond to sound waves, which are pressure waves with frequencies between 16 hertz and 20,000 hertz. Light, on the other hand, is an electromagnetic wave with frequencies ranging from about 400 terahertz to 790 terahertz. Auditory receptors are located in the inner ear, in the basilar membrane of the organ of Corti, while light receptors are located in the retina of the eye. Therefore, auditory receptors and light receptors are different types of sensory cells that detect different types of stimuli.
nothing they are totally different things