![]() pathogenesis factors - antibiotic resistance factors bacterial replicationġ1 The Cell Envelope Gram Stain Gram Positive Gram Negativeġ2 Oxidative phosphorylation occurs at cell membrane Nucleoid Rough endoplasmic reticulum Cell membrane Cell wall Nucleus Gram - Cell (inner) membrane Outer membrane Ribosomes Granule Cell wall Capsule Pili Cytoplasm Mitochondriaġ0 Plasmids Bacteria Extra-chromosomal DNA multiple copy number coding cholesterol) Single circular chromosome Ribosomes - 70S - subunits 30S (16S rRNA) 50S (5S & 23S rRNA)Įubacteria peptidoglycan (murein) muramic acid Archaebacteria pseudomurein no muramic acidĩ Eukaryotic cell Prokaryotic cell Gram + Gram - (e.g. Not compartmentalized Cell membranes lack sterols (e.g. plants animals fungiĦ Prokaryotic Cell (versus Eukaryotic Cell) Periplasmic space Archaebacteria (Archaea) Oxidative phosphorylation Eukaryotic Spheroplast/protoplast Plasmid Flagella Chromosome Chemotaxis Ribosome Axial filament Peptidoglycan (murein, mucopeptide) Periplasmic binding protein Gram stain Permeases Gram negative Storage Granules Gram positive Pili (fimbriae) Cell envelope Capsule (slime layer, glycocalyx) Cell membrane Endospore (spore) Cell wallģ EUKARYOTES PROKARYOTES BACTERIA ARCHAEAĮubacter "True" bacteria human pathogens clinical or environmental one kingdom Archaea Environmental organisms second kingdomĥ Eukaryotes Other cell-based life e.g. 2 Key Words Prokaryotic Outer membrane Eubacteria (Bacteria)
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |