AS Biology. Gnetic control of protein structure and function.

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Genetic control of protein structure and function
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AS Biology. Gnetic control of protein structure and function

A nucleotide is made of 3 components:  A Pentose sugar  This is a 5 carbon sugar  The sugar in DNA is deoxyribose.  The sugar in RNA is ribose. AS Biology. Gnetic control of protein structure and function

 A Phosphate group  Phosphate groups are important because they link the sugar on one nucleotide onto the phosphate of the next nucleotide to make a polynucleotide. AS Biology. Gnetic control of protein structure and function

 A Nitogenous base  In DNA the four bases are:  Thymine  Adenine  Cytosine  Guanine  In RNA the four bases are:  Uracil  Adenine  Cytosine  Guanine AS Biology. Gnetic control of protein structure and function

Pyramidines Thymine - T Cytosine - C Uracil - U Purines Adenine - A Guanine - G AS Biology. Gnetic control of protein structure and function

 Nucleotides are connected to each other via the phosphate on one nucleotide and the sugar on the next nucleotide  A Polynucleotide AS Biology. Gnetic control of protein structure and function

 The Nitrogenous Bases pair up with other bases. For example the bases of one strand of DNA base pair with the bases on the opposite strand of the DNA. AS Biology. Gnetic control of protein structure and function

PurinesPyramidines Adenine Thymine AdenineUracil GuanineCytosine AS Biology. Gnetic control of protein structure and function

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