pyrimidine

In organic compound|lang=en terms the difference between pyrazole and pyrimidine

is that pyrazole is (organic compound) a group of compounds containing that structure while pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine.

As nouns the difference between pyrazole and pyrimidine

is that pyrazole is (organic compound) a heterocyclic organic compound containing two nitrogen atoms next to each others in a five-membered ring, called 1,2-diazole in while pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine.

In organic compound|lang=en terms the difference between pyrimidine and pyridine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while pyridine is (organic compound) any of a class of aromatic heterocyclic compounds containing a ring of five carbon atoms and an nitrogen atom; especially the simplest one, c₅h₅n.

As nouns the difference between pyrimidine and pyridine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while pyridine is (organic compound) any of a class of aromatic heterocyclic compounds containing a ring of five carbon atoms and an nitrogen atom; especially the simplest one, c₅h₅n.

In organic compound|lang=en terms the difference between pyrimidine and pyridazine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while pyridazine is (organic compound) a diazine in which the two nitrogen atoms are in the ortho- positions; many of its derivatives are pharmaceuticals, herbicides etc.

As nouns the difference between pyrimidine and pyridazine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while pyridazine is (organic compound) a diazine in which the two nitrogen atoms are in the ortho- positions; many of its derivatives are pharmaceuticals, herbicides etc.

As a noun pyrimidine is

(organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine.

In organic compound terms the difference between pyrimidine and pyrazine

is that pyrimidine is a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in DNA and RNA, thymine, uracil and cytosine while pyrazine is a diazine in which the two nitrogen atoms are in the para- positions; many of its derivatives are pharmaceuticals.

In organic compound terms the difference between pyrimidine and pyrimidone

is that pyrimidine is a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in DNA and RNA, thymine, uracil and cytosine while pyrimidone is either of two heterocyclic compounds, with chemical formula C₄H₄N₂O, whose derivatives are the basis of many other biological molecules.

In organic compound terms the difference between pyrimidine and glycosine

is that pyrimidine is a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in DNA and RNA, thymine, uracil and cytosine while glycosine is the organic compound 1-methyl-2-(phenylmethyl)-4(1H)-quinazolinone (a fused derivative of pyrimidine) found in the toothbrush plant, Glycosmis pentaphylla, sometimes used to ease the pain of arthritis.

In organic compound|lang=en terms the difference between pyrimidine and diaminopyrimidine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while diaminopyrimidine is (organic compound) any of four isomeric diamino derivatives of pyrimidine.

As nouns the difference between pyrimidine and diaminopyrimidine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while diaminopyrimidine is (organic compound) any of four isomeric diamino derivatives of pyrimidine.

As nouns the difference between pyrimidine and leflunomide

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while leflunomide is an inhibitor of pyrimidine synthesis, used to treat some forms of arthritis.

In organic compound|lang=en terms the difference between pyrimidine and aminopyrimidine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while aminopyrimidine is (organic compound) any amino derivative of a pyrimidine, but especially 4-aminopyrimidine that is a potassium ion channel blocker.

As nouns the difference between pyrimidine and aminopyrimidine

is that pyrimidine is (organic compound) a diazine in which the two nitrogen atoms are in the meta- positions; it is the basis of three of the bases found in dna and rna, thymine, uracil and cytosine while aminopyrimidine is (organic compound) any amino derivative of a pyrimidine, but especially 4-aminopyrimidine that is a potassium ion channel blocker.