channelrhodopsin |
bacteriorhodopsin |
As nouns the difference between channelrhodopsin and bacteriorhodopsin
is that
channelrhodopsin is an opsin protein that controls phototaxis in unicellular green algae while
bacteriorhodopsin is any of several related purple photosynthetic proteins, found in halobacteria, that act as proton pumps.
rhodopsin |
channelrhodopsin |
As nouns the difference between rhodopsin and channelrhodopsin
is that
rhodopsin is (biochemistry) a light-sensitive pigment in the rod cells of the retina; it consists of an opsin protein bound to the carotenoid retinal while
channelrhodopsin is an opsin protein that controls phototaxis in unicellular green algae.
algae |
channelrhodopsin |
As nouns the difference between algae and channelrhodopsin
is that
algae is (
alga) while
channelrhodopsin is an opsin protein that controls phototaxis in unicellular green algae.
unicellular |
channelrhodopsin |
As nouns the difference between unicellular and channelrhodopsin
is that
unicellular is a single-celled organism; a unicell while
channelrhodopsin is an opsin protein that controls phototaxis in unicellular green algae.
As an adjective unicellular
is describing any microorganism that has a single cell.
phototaxis |
channelrhodopsin |
As nouns the difference between phototaxis and channelrhodopsin
is that
phototaxis is (biology) the movement of an organism either towards or away from a source of light while
channelrhodopsin is an opsin protein that controls phototaxis in unicellular green algae.
protein |
channelrhodopsin |
As nouns the difference between protein and channelrhodopsin
is that
protein is protein while
channelrhodopsin is an opsin protein that controls phototaxis in unicellular green algae.
opsin |
channelrhodopsin |
As nouns the difference between opsin and channelrhodopsin
is that
opsin is (biochemistry) any of a group of light-sensitive proteins in the retina while
channelrhodopsin is an opsin protein that controls phototaxis in unicellular green algae.