As a noun site

is site, location.

As an adjective multisite is

occupying, or occurring at multiple sites.

Pyranopterin is a related term of molybdopterin.

Molybdopterin is likely misspelled.

Molybdopterin has no English definition.

As a noun pyranopterin is

any of several enzymatic cofactors containing a pterin coordinated to a metal ion via sulfur atoms.

In biochemistry|lang=en terms the difference between glucosylated and monoglucosylated

is that glucosylated is (biochemistry) glycosylated with glucose moieties while monoglucosylated is (biochemistry) glucosylated with a single glucose moiety.

As adjectives the difference between glucosylated and monoglucosylated

is that glucosylated is (biochemistry) glycosylated with glucose moieties while monoglucosylated is (biochemistry) glucosylated with a single glucose moiety.

As a verb glucosylated

is (glucosylate).

As a noun glucose

is .

As an adjective monoglucosylated is

(biochemistry) glucosylated with a single glucose moiety.

In biochemistry|lang=en terms the difference between glycosylated and glucosylated

is that glycosylated is (biochemistry) describing a glycoside (but especially a glycoprotein) that has the sugar entity intact while glucosylated is (biochemistry) glycosylated with glucose moieties.

As verbs the difference between glycosylated and glucosylated

is that glycosylated is (glycosylate) while glucosylated is (glucosylate).

As adjectives the difference between glycosylated and glucosylated

is that glycosylated is (biochemistry) describing a glycoside (but especially a glycoprotein) that has the sugar entity intact while glucosylated is (biochemistry) glycosylated with glucose moieties.

As a noun glucose

is .

As an adjective glucosylated is

(biochemistry) glycosylated with glucose moieties.

As a verb glucosylated is

(glucosylate).

As an adjective enzymatic

is of, relating to, or caused by enzymes.

As a noun pyranopterin is

any of several enzymatic cofactors containing a pterin coordinated to a metal ion via sulfur atoms.

In biochemistry|lang=en terms the difference between cofactor and pyranopterin

is that cofactor is (biochemistry) a molecule that binds to and regulates the activity of a protein while pyranopterin is (biochemistry) any of several enzymatic cofactors containing a pterin coordinated to a metal ion via sulfur atoms.

As nouns the difference between cofactor and pyranopterin

is that cofactor is a contributing factor while pyranopterin is (biochemistry) any of several enzymatic cofactors containing a pterin coordinated to a metal ion via sulfur atoms.

As nouns the difference between pterin and pyranopterin

is that pterin is (organic compound) a ketonic amide derivative of pteridine responsible for some of the colouring in nature it is also a component of folic acid while pyranopterin is (biochemistry) any of several enzymatic cofactors containing a pterin coordinated to a metal ion via sulfur atoms.

As nouns the difference between metal and pyranopterin

is that metal is heavy metal (music) while pyranopterin is (biochemistry) any of several enzymatic cofactors containing a pterin coordinated to a metal ion via sulfur atoms.