Structure of Nucleic Acids

The difference between AMP, ADP, and ATP is the number arrangement oxidation state degree of polarity( number, arrangement, oxidation state, degree of polarity ) of phosphate groups nitrogenous bases carbon atoms in the pentose sugar OH groups on carbon 2( phosphate groups, nitrogenous bases, carbon atoms in the pentose sugar, OH groups on carbon 2 ).

A nucleosome is a structure composed of DNA mRNA rRNA ADP( DNA, mRNA, rRNA, ADP ) wrapped around inside loops of surrounded by( wrapped around, inside loops of, surrounded by ) histone small ninhydrin globular( histone, small, ninhydrin, globular ) proteins. It allows the DNA to be stored more compactly in solution broadly( compactly, in solution, broadly ) as chromosomes. This phenomenon only occurs in eukaryotes prokaryotes bacteria viruses( eukaryotes, prokaryotes, bacteria, viruses ).

The equation that relates to the release of energy from ATP is:

ATP ADP Pi Glucose( ATP, ADP, Pi, Glucose ) + H2O CO2 Sunlight 6O2( H2O, CO2, Sunlight, 6O2 ) --> ADP ATP CO2 Pyruvate( ADP, ATP, CO2, Pyruvate ) + Pi Sigma AMP 6CO2( Pi, Sigma, AMP, 6CO2 ) + energy Glucose ATP synthase H2O( energy, Glucose, ATP synthase, H2O )