tetrapyrrole |
|
tetrapyrrole |
uroporphyrinogen |
In biochemistry|lang=en terms the difference between tetrapyrrole and uroporphyrinogen
is that
tetrapyrrole is (biochemistry) any of several natural pigments having a structure of four pyrrole rings connected by a one-carbon unit while
uroporphyrinogen is (biochemistry) any of a class of tetrapyrroles with four propionic acid groups and four acetic acid groups, involved in the synthesis of porphyrin.
As nouns the difference between tetrapyrrole and uroporphyrinogen
is that
tetrapyrrole is (biochemistry) any of several natural pigments having a structure of four pyrrole rings connected by a one-carbon unit while
uroporphyrinogen is (biochemistry) any of a class of tetrapyrroles with four propionic acid groups and four acetic acid groups, involved in the synthesis of porphyrin.
tetrapyrrole |
tetrapyrrolic |
As a noun tetrapyrrole
is (biochemistry) any of several natural pigments having a structure of four pyrrole rings connected by a one-carbon unit.
As an adjective tetrapyrrolic is
of, pertaining to, or being a tetrapyrrole.
tetrapyrrole |
urobilin |
In biochemistry terms the difference between tetrapyrrole and urobilin
is that
tetrapyrrole is any of several natural pigments having a structure of four pyrrole rings connected by a one-carbon unit while
urobilin is a yellow linear tetrapyrrole resulting from the breakdown of heme, produced when urobilinogen is oxidized by intestinal bacteria.
tetrapyrrole |
phycourobilin |
In biochemistry|lang=en terms the difference between tetrapyrrole and phycourobilin
is that
tetrapyrrole is (biochemistry) any of several natural pigments having a structure of four pyrrole rings connected by a one-carbon unit while
phycourobilin is (biochemistry) a tetrapyrrole orange molecule involved in photosynthesis in cyanobacteria and red algae.
As nouns the difference between tetrapyrrole and phycourobilin
is that
tetrapyrrole is (biochemistry) any of several natural pigments having a structure of four pyrrole rings connected by a one-carbon unit while
phycourobilin is (biochemistry) a tetrapyrrole orange molecule involved in photosynthesis in cyanobacteria and red algae.