Label the following -phosphodiester bond-AT base pair -hydrogen bond -deoxyribose sugar-GC base pair-purine base -pyrimidine base -5’ and 3’ ends of each strand This image showcases a double-stranded DNA molecule comprising three base pairs. DNA is structured as a double helix, and this representation highlights the chemical structure and the specific hydrogen bonding between the base pairs.### Structure Details:1. **Backbone**: - The backbone of the DNA molecule is composed of a repeating pattern of phosphate (P) and deoxyribose sugar molecules. - The phosphate groups are represented by the circles with 'P' and they connect to the sugar molecules, depicted by the pentagonal rings.2. **Base Pairs**: - The two strands are held together by hydrogen bonds between pairs of nitrogenous bases.3. **Base Pairing**: - **Adenine (A) pairs with Thymine (T)**: - Shown with two hydrogen bonds (represented by dotted red lines). - **Guanine (G) pairs with Cytosine (C)**: - Shown with three hydrogen bonds (represented by dotted red lines).This diagram is essential for understanding the structural properties of DNA and the specific pairing interactions that contribute to its stability and function in genetic encoding.

DNA is a nucleic acid which also acts as genetic material. It is made up of deoxyribose, a pentose sugar, nitrogenous bases, Adenine, Guanine, cytosine and thymine and a phosphate group. The DNA forms a double helix where two strands of DNA run in opposite direction. Each building block of DNA consists of a deoxyribose sugar bound to the phosphate group via phosphodiester bonds, one of four nitrogenous bases bound to sugar moiety via glycosidic linkage. The two strands of DNA have a 5' end which is a phosphate group and a 3 end which harbours an OH group. The AT base pair forms two Hydrogen bonds while the GC base pair forms three H-bonds. These pairs are called complementary base pairs. The nitrogenous bases are double-ringed purines (adenine and guanine) and single-ringed pyrimidines (thymine and cytosine).