As nouns the difference between dna and methyladenine

is that dna is gout while methyladenine is (biochemistry) either of two isomeric methyl derivatives of adenine that cause damage to dna.

As nouns the difference between methyl and methylserotonin

is that methyl is methyl while methylserotonin is (biochemistry) either of several methyl derivatives of serotonin that are agonists.

As nouns the difference between serotonin and methylserotonin

is that serotonin is an indoleamine neurotransmitter, 5-hydroxytryptamine, that is involved in depression, appetite, etc., and is crucial in maintaining a sense of well-being, security, etc while methylserotonin is either of several methyl derivatives of serotonin that are agonists.

In biochemistry|lang=en terms the difference between agonist and methylserotonin

is that agonist is (biochemistry) a molecule that can combine with a receptor on a cell to produce a physiological reaction while methylserotonin is (biochemistry) either of several methyl derivatives of serotonin that are agonists.

As nouns the difference between agonist and methylserotonin

is that agonist is someone involved in a contest or battle (as in an agon) while methylserotonin is (biochemistry) either of several methyl derivatives of serotonin that are agonists.

As nouns the difference between methyl and methyltryptophan

is that methyl is the univalent hydrocarbon radical, CH₃, formally derived from methane by the loss of a hydrogen atom; a compound or part of a compound formed by the attachment of such a radical while methyltryptophan is either of several isomeric methyl derivatives of tryptophan that interfere with signalling in dendritic cells.

As nouns the difference between tryptophan and methyltryptophan

is that tryptophan is an essential amino acid having an indole side chain; it is present in many foods, especially chocolate, oats, bananas and milk; it is essential for normal growth and development and is the precursor of serotonin and niacin; any specific form of this compound, or any derivative of it while methyltryptophan is either of several isomeric methyl derivatives of tryptophan that interfere with signalling in dendritic cells.

As nouns the difference between drug and metyrapone

is that drug is (pharmacology) a substance used to treat an illness, relieve a symptom, or modify a chemical process in the body for a specific purpose or drug can be (obsolete) a drudge while metyrapone is (medicine) a drug used in the control of hypercortisolism.

As a verb drug

is to administer intoxicating drugs to, generally without the recipient's knowledge or consent or drug can be (drag).

In medicine|lang=en terms the difference between hypercortisolism and metyrapone

is that hypercortisolism is (medicine) excessive production of cortisol in the body while metyrapone is (medicine) a drug used in the control of hypercortisolism.

As nouns the difference between hypercortisolism and metyrapone

is that hypercortisolism is (medicine) excessive production of cortisol in the body while metyrapone is (medicine) a drug used in the control of hypercortisolism.

As verbs the difference between nationalized and reprivatize

is that nationalized is (nationalize) while reprivatize is (economics) to privatize a company that was previously nationalized.

Reprivatization is a related term of reprivatize.

In economics|lang=en terms the difference between reprivatization and reprivatize

is that reprivatization is (economics) the process or an instance of returning to private ownership while reprivatize is (economics) to privatize a company that was previously nationalized.

As a noun reprivatization

is (economics) the process or an instance of returning to private ownership.

As a verb reprivatize is

(economics) to privatize a company that was previously nationalized.