Bio 205 wwu - Study guides, Class notes & Summaries

disulfide bond - ️️formation of covalent bonds between particular amino acid side chains that affects protein tertiary structure allosteric regulation (activation) - ️️active site becomes available to substrates when a regulatory molecule binds to a different site on the enzyme central dogma - ️️DNA is transcribed into RNA which is translated into proteins endothermic - ️️thermal energy is absorbed by the system during the process (ex: state change from liquid to gas H2O) ...

Central dogma DNA is transcribed into RNA which is translated into proteins Endothermic thermal energy is absorbed by the system during the process (ex: state change from liquid to gas H2O) Exothermic releases thermal energy to the environment (ex: water vapor to liquid water) Oxidation loss of electrons Reduction gain of electrons Catalysis speed up chemical reactions Covalent bond in primary structures of proteins. Strongest types of bonds. Sharing of electrons Disulfide bond formation ...

Bio 205 WWU exam 1 question well answered rated A+ 2023 central dogma - correct answer DNA is transcribed into RNA which is translated into proteins endothermic - correct answer thermal energy is absorbed by the system during the process (ex: state change from liquid to gas H2O) exothermic - correct answer releases thermal energy to the environment (ex: water vapor to liquid water) oxidation - correct answer loss of electrons reduction - correct answer gain of electrons catalysis...

Bio 205 Final WWU correctly answered graded A+ 2023 passedCalvin Cycle - correct answer Light independent Reduction of carbon dioxide in organic compounds 3 phases: fixation, reduction, regeneration The Lac Operon - correct answer combines positive and negative control mechanisms to control protein production Photorespiration - correct answer occurs when there is a high concentration of oxygen relative to carbon dioxide Catabolism - correct answer the breakdown of complex molecules i...

Origin of replication Site where the replication of a DNA molecule begins on a chromosome, consisting of a specific sequence of nucleotides. Bacteria only have one, eukaryotes have many. Replication fork/bubble - A Y-shaped point that results when the two strands of a DNA double helix separate so that the DNA molecule can be replicated - Single fork in Prokaryotic cells - 100s of forks in Eukaryotic cells - Replication will proceed in both directions (form a bubble) Semiconservative replicatio...