a DNA nucleotide
The DNA backbone is also called the sugar-phosphate backbone - the deoxyribose sugars (with, among other elements, 5 carbon atoms) and phosphates (PO4--) conjoin together in a [very strong due to the electronegativity of the Oxygens] chain.Sugars and PhosphatesA sugar (deoxyribose, a sugar with, among other elements, 5 carbon atoms) and phosphates to bond them together.
phosphodiesterbonds
what is sugar made up of
The heat breaks the hydrogen bonds that hold the nitrogenous bases together in the centre of the DNA molecule. However, the covalent bonds between the phosphate and deoxyribose sugar are not affected.
A chain of sugar and phosphate groups, linked through phosphodiester bonds is the backbone of a nucleic acid.
The deoxyribose is an essential pentose in DNA. It forms part of the ladder together with phosphate group.
Yes,it is a part.It builds up DNA together with a nitrogenous base and a phosphate group.
The DNA backbone is made of phosphate group and deoxyribose, and they are held together by covalent bonding.
The DNA backbone is also called the sugar-phosphate backbone - the deoxyribose sugars (with, among other elements, 5 carbon atoms) and phosphates (PO4--) conjoin together in a [very strong due to the electronegativity of the Oxygens] chain.Sugars and PhosphatesA sugar (deoxyribose, a sugar with, among other elements, 5 carbon atoms) and phosphates to bond them together.
deoxyribose, a nitrogen base, a phosphate group
phosphodiesterbonds
There are actually 6: Adenine, Thymine, Cytosine, Guanine, Phosphates, and Deoxyribose Sugar Molecules. 1 Phosphate and Deoxyribose Sugar Molecule create a nucleotide, and Adenine, Thymine, Cytosine, and Guanine are nitrogenous bases. DNA is shaped like a double-helix (a ladder). The two sides of the ladder are the nucleotides and the rungs are nitrogenous bases. The order of nitrogenous bases determines the organisms life characteristics (eye color, skin color, hair color, etc.)
what is sugar made up of
The heat breaks the hydrogen bonds that hold the nitrogenous bases together in the centre of the DNA molecule. However, the covalent bonds between the phosphate and deoxyribose sugar are not affected.
The five carbon-sugar that is found in DNA is called deoxyribose. It forms the backbone of the DNA molecule, along with the phosphate group, and helps to link the individual nucleotides together to form the double helix structure.
A chain of sugar and phosphate groups, linked through phosphodiester bonds is the backbone of a nucleic acid.
Its a molecule