Question

On hydrolysis, a nucleoside would not yield
A)Purine
B)Pyrimidine
C)Pentose sugar
D)Phosphoric acid

Answer 1

It is the acid in a crystalline solid and less concentrated form. It is a colorless syrup liquid used in dental cement and also in the preparation of albumin derivatives. It also used in the sugar and textile industries and served as acidic fruit like a flavoring in food products.

Complete answer:
The carbohydrate derivative of the purine bases isolated from the yeast nucleic acid hydrolysates is known as a nucleoside. It was first introduced by Levene and Jacob in 1909.
Later, it covers the compound containing pyrimidine and other heterocyclic bases.
-No it is a very broad class of naturally occurring and synthetic compound which is a derivative of various carbohydrate and heterocyclic compounds are N- and C- glycosides
-There are two types of nucleoside which are contained by the nucleus acid are derivatives of D-ribose, known as ribonucleosides, and 2-deoxy-D-ribose, known as deoxyribonucleosides.
-The nucleus sites on the acid hydrolysis which is present in the nucleic acid produce heterocyclic bases(Pyrimidine or Purines) and pentose.
-At the aldehyde group nucleosides do not react, which results in the linkage between the sugar and the bases via a glycosidic bond

Additional Information: -One must determine to stabilize the structure of each nucleoside present in a nucleic acid
1)Constituent base structures
2)Constituents sugar structures
3)The bond linking site at which the sugar is attached to the base.
4)In the carbohydrate monitor the size of the oxide ring.
5)Glycosyl configuration

So, the correct answer is, “Phosphoric acid”.

Note: For encoding, transmitting and expressing genetic information, the nucleoside is responsible for all the living things.
-The purine and pyrimidine bases and ribose or deoxyribose sugars connected by a beta-glycosidic linkage is included in Nucleosides.