initialism |
monophosphate |
As nouns the difference between initialism and monophosphate
is that
initialism is a term formed from the initial letter or letters of several words or parts of words, but which is itself pronounced letter by letter while
monophosphate is (chemistry) any compound containing a single phosphate unit.
monophosphate |
polyphosphate |
In chemistry terms the difference between monophosphate and polyphosphate
is that
monophosphate is any compound containing a single phosphate unit while
polyphosphate is any of a class of inorganic polymers containing linked phosphate groups; the low molecular weight polymers, such as sodium tripolyphosphate, are used in water softening and as food additives.
monophosphane |
monophosphate |
As nouns the difference between monophosphane and monophosphate
is that
monophosphane is any compound containing a single phosphane group (especially when one of a number of similar groups has been converted to phosphane while
monophosphate is any compound containing a single phosphate unit.
monophosphate |
xmp |
initialism |
Monophosphate is a initialism of xmp.
In chemistry|lang=en terms the difference between monophosphate and xmp
is that
monophosphate is (chemistry) any compound containing a single phosphate unit while
xmp is (chemistry) xanthosine monophosphate.
As a noun monophosphate
is (chemistry) any compound containing a single phosphate unit.
As an initialism xmp is
(computing) (
extensible metadata platform).
monophosphate |
monophosphatase |
As nouns the difference between monophosphate and monophosphatase
is that
monophosphate is (chemistry) any compound containing a single phosphate unit while
monophosphatase is (enzyme) any phosphatase that dephosphorylates a monophosphate.
monophosphate |
bisphosphatase |
As nouns the difference between monophosphate and bisphosphatase
is that
monophosphate is (chemistry) any compound containing a single phosphate unit while
bisphosphatase is (enzyme) an enzyme that converts a bisphosphate to a monophosphate compound by dephosphorylation.