Question

In DNA strand, the nucleotides are linked together by
a) Glycosidic bonds
b) Phosphodiester bonds
c) Peptide bonds
d) Hydrogen bonds

Answer 1

Hint: The information particle is DNA. It stores instructions for the creation of larger particles known as proteins. A DNA atom is a collection of nucleotide monomers linked together in a long chain. The chromosome DNA consists of two DNA polymers that constitute a structure known as a three-dimensional (3D) helix.

Complete answer:
Solid electromagnetic attractions known as phosphodiester bonds connect the nucleotide monomers in a DNA polymer. Phosphodiester bonds are important for a broader class of electromagnetic attractions between ions known as covalent bonds by scientists. DNA beams run antiparallel in a two-helix structure, meaning that one DNA beam's 5-inch finish is equal to the other DNA beam's 3-inch finish. Non-covalent bonds called hydrogen bonds are the nucleotides framing every DNA line. Separately considered, hydrogen securities, for example the safety of Phosphodiesters, are much more fragile than a solitary covalent safety. However, so many of them are firmly connected with each other by the two DNA polymers.
A dinucleotide is made up of two nucleotides connected together by a 3🡪 5 phosphodiester linkage. Noncovalent bonds called hydrogen bonds connect the nucleotides that make up each DNA strand. When considered separately, hydrogen bonds are far more fragile than a single covalent bond, such as a phosphodiester bond. Despite this, the two DNA polymers are inseparably related since there are so many of them.

Note:
The phosphodiester bonds form a covalent bond between the oxygen remaining on the 3' carbon of the primary nucleotide and the phosphorous particle in the phosphate group remaining on the 5' carbon of the subsequent nucleotide. Each time nucleotides are bound together; a water atom is eliminated (or "lost") via a process known as lack of hydration combination. Many particles rely on parchedness combination to aid in the shaping of polymers.