2. Bacterial Structure 1. Basics of bacterial cell wall structures and properties associated Gram+/- Related with d iseases or clinic Metabolism Growth with bacterial cell walls( Gram positive/negative cell Questions staining, Peptidoglycan, LPS, pathogenesis, and targets of Peptidoglycan Summary the antibiotics) differences between the cell 2. Structures of the bacterial cell and the genetic makeup of bacteria mucopeptide)Outer wall of G+bacteria and (Ribosome, Plasmid, Chromosome, target of antibiotics, roles in membrane(LPS) G-bacteria(related with athogenesis or drug resistance) Cell membrane medical practice) 3. Morphology of bacteria and the versatility of bacteria(in clinical Spheroplast/protoplast 2. Why penicillin and diagnosis) L form lysozome have less effect on 4. Bacterial appendages, bacterial spores, capsules, etc, and their Flagella(Chemotaxis)G-bacteria related with clinic practice Pili(fimbriae) 3. Spore germination 5. Techniques to study morphology of bacteria Bacterial growth, Capsule(slime layer, activation conditions(related survival and death, cultivation of bacteria, growth curve, bacterial glycocalyx) with medical practice metabolism. classification of bacteria Clostridium tetani-tetenus Growth curve Explain which bacterial structures can be as an antibiotics target 5. Why a doctor should know the growth curve of2 2.Bacterial Structure, Metabolism & Growth 1. Basics of bacterial cell wall structures and properties associated with bacterial cell walls (Gram positive/negative cell wall, staining, Peptidoglycan, LPS, pathogenesis, and targets of antibiotics) 2. Structures of the bacterial cell and the genetic makeup of bacteria (Ribosome, Plasmid, Chromosome, target of antibiotics, roles in pathogenesis or drug resistance) 3. Morphology of bacteria and the versatility of bacteria (in clinical diagnosis) 4. Bacterial appendages, bacterial spores, capsules, etc., and their related with clinic practice. 5. Techniques to study morphology of bacteria Bacterial growth, survival and death, cultivation of bacteria, growth curve, bacterial metabolism, classification of bacteria. Gram +/- cell wall, Peptidoglycan (murein, mucopeptide) Outer membrane (LPS ) Cell membrane Spheroplast/protoplast L form Flagella (Chemotaxis) Pili (fimbriae) Capsule (slime layer, glycocalyx) Spore (resistant) Growth curve Related with diseases or clinic Questions: 1. Summary the differences between the cell wall of G+bacteria and G-bacteria (related with medical practice) 2. Why penicillin and lysozame have less effect on G- bacteria? 3. Spore germination activation conditions (related with medical practice, Clostridium tetani -tetenus ) 4. Explain which bacterial structures can be as an antibiotics target. 5. Why a doctor should know the growth curve of bacteria?