MICRB265 Study Guide - Final Guide: Alkaliphile, Microscope Slide, Ampicillin

• School: University of Alberta
• Department: Microbiology (Biological Sciences)
• Course: MICRB265
• Professor: Perrin Beatty

Document Summary

1 m h2(g) at 1 atm pressure, ph7, 25 c. Irreversible inhibition: bind to active site permanently inhibiting enzyme: reversible inhibition, competitive: inhibitor and substrate both bind to active site, non-competitive: inhibitor binds to allosteric site, altering shape. Lecture 2: photoautotroph: co2 c source, light energy source (cyanobacteria, purple sulfur, green sulfur, plants, photoheterotroph: organic c source, light energy source (anaerobic, rare, purple nonsulfur, green nonsulfur, chemolithoautotrophs: co2 c source, inorganic chemical energy source (only prokaryotes, Carriers get oxidized as they transfer e- while h+ are pumped out of the cytoplasm to create emf. The ions then flow down the gradient into the cytoplasmic membrane passing through atp synthase to produce atp: paracoccus denitrificans: nadh dehydrogenase flavoproteins (fmn, fad) fe/s proteins quinone cytochrome b (iii)(common to all bacteria) cytochrome. Lecture 3: dissimilative: use as tea for anaerobic respiration, assimilative: incorporation of biosynthesis of molecules/macromolecules, anaerobic respiration by chemoorganoheterotrophs, metal reducing bacteria: manganese reducers and iron reducers as tea.