BIOL 112 Study Guide - Glycosidic Bond, Non-Covalent Interactions, Phosphodiester Bond
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BIOL 112 Full Course Notes
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Chemical bonds in biology: practice makes perfect! These are some drills" on the basics practice questions to make sure you get the fundamentals. Work with these questions first to build up your skills with covalent and non- covalent bonds. We"ll apply these skills when talking about macromolecular assemblies and structures in the cell. Why can these non- covalent bonds hold the proteins together: they are strong bonds, there are many bonds. In macromolecular synthesis/polymerization, what type of bond would join two monosaccharide monomers: glycosidic bond, phosphodiester bond, hydrogen bond, peptide bond, ester bond. In macromolecular synthesis/polymerization, what type of bond would join two nucleotide monomers: glycosidic bond, phosphodiester bond, hydrogen bond, peptide bond, ester bond. * s is slightly more electronegative and under certain biological conditions could be treated to have this feature. Ion permanent dipole: permanent dipole permanent dipole, permanent dipole induced dipole. Induced dipole induced dipole: the molecule at the right is adenine.