siloxy |
aminosiloxydiene |
In organic chemistry terms the difference between siloxy and aminosiloxydiene
is that
siloxy is any univalent radical of the general formula R
3Si-O while
aminosiloxydiene is any of various dienes containing both an amino and a siloxy substituent; but especially a derivative of butadiene containing a 1-amino and 3-siloxy substituent used in asymmetric synthesis.
butadiene |
aminosiloxydiene |
As nouns the difference between butadiene and aminosiloxydiene
is that
butadiene is butadiene while
aminosiloxydiene is (organic chemistry) any of various dienes containing both an amino and a siloxy substituent; but especially a derivative of butadiene containing a 1-amino and 3-siloxy substituent used in asymmetric synthesis.
radical |
siloxy |
In organic chemistry terms the difference between radical and siloxy
is that
radical is a free radical while
siloxy is any univalent radical of the general formula R
3Si-O.
As nouns the difference between radical and siloxy
is that
radical is a member of the most progressive wing of the Liberal Party; someone favouring social reform (but generally stopping short of socialism) while
siloxy is any univalent radical of the general formula R
3Si-O.
As an adjective radical
is favoring fundamental change, or change at the root cause of a matter.
siloxane |
siloxy |
see also |
Siloxane is a see also of siloxy.
In organic chemistry|lang=en terms the difference between siloxane and siloxy
is that
siloxane is (organic chemistry) any of a class of compound having a short repeating unit of silicon and oxygen atoms (either in a chain or a ring) with organic side chains while
siloxy is (organic chemistry) any univalent radical of the general formula r
3si-o-.
As nouns the difference between siloxane and siloxy
is that
siloxane is (organic chemistry) any of a class of compound having a short repeating unit of silicon and oxygen atoms (either in a chain or a ring) with organic side chains while
siloxy is (organic chemistry) any univalent radical of the general formula r
3si-o-.
cell |
angioblast |
In biology|lang=en terms the difference between cell and angioblast
is that
cell is (biology) the basic unit of a living organism, consisting of a quantity of protoplasm surrounded by a cell membrane, which is able to synthesize proteins and replicate itself while
angioblast is (biology) a cell that differentiates into blood cells and endothelium within an embryo.
As nouns the difference between cell and angioblast
is that
cell is a single-room dwelling for a hermit or
cell can be (us|informal) a cellular phone while
angioblast is (biology) a cell that differentiates into blood cells and endothelium within an embryo.
As a verb cell
is to place or enclose in a cell.
radical |
acetoxymethyl |
As nouns the difference between radical and acetoxymethyl
is that
radical is a member of the most progressive wing of the liberal party; someone favouring social reform (but generally stopping short of socialism) while
acetoxymethyl is (organic chemistry|especially in combination) the univalent radical ch
3-c(=o)-o-ch
2- derived from methyl acetate.
As an adjective radical
is favoring fundamental change, or change at the root cause of a matter.
enzyme |
acetylase |
As a verb enzyme
is .
As a noun acetylase is
(enzyme) any enzyme that catalyzes the formation of acetate esters.
acetate |
acetylase |
As nouns the difference between acetate and acetylase
is that
acetate is while
acetylase is (enzyme) any enzyme that catalyzes the formation of acetate esters.
ester |
acetylase |
As nouns the difference between ester and acetylase
is that
ester is ester while
acetylase is (enzyme) any enzyme that catalyzes the formation of acetate esters.
acetyltransferase |
acetylase |
see also |
Acetyltransferase is a see also of acetylase.
In enzyme|lang=en terms the difference between acetyltransferase and acetylase
is that
acetyltransferase is (enzyme) transacetylase while
acetylase is (enzyme) any enzyme that catalyzes the formation of acetate esters.
As nouns the difference between acetyltransferase and acetylase
is that
acetyltransferase is (enzyme) transacetylase while
acetylase is (enzyme) any enzyme that catalyzes the formation of acetate esters.
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