MIP 300 Exam 1
Anthrax (cutaneous, pulmonary & intestinal), - ANS
Asymptomatic carriers - ANShealthy, incubatory and convalescent
Binomial nomenclature (2 phrase solution) - ANS
botulism (person, toddler & wound) - ANS
Compare and assessment the cellular wall structure of Gram high-quality and Gram poor
bacteria. - ANSPeptidoglycan:
Carbohydrate backbone which include repeating units of NAG and NAM
Tetrapeptide chains are connected to the carboxyl institution on the NAM
Adjacent tetrapeptide chains linked to each other
Compare and contrast the overall cell shape of prokaryotes and eukaryotes. - ANSBoth
Prokaryotic and Eukaryotic:
gel-like cytoplasm
semi-permeable cytoplasmic (plasma) membrane
ribosomes = protein synthesis
nuclear genome= DNA
Prokaryotic:
no cytoskeleton
no organelles
70S ribosomes (30S and 50S subunits)
Plasmids (small round DNA)
Nucleoid (not a nucleus)
Eukaryotic:
Congenital infections - ANS
Describe differences between light and electron microscopy. - ANS
Discuss proof that supports the endosymbiotic concept of eukaryotic evolution - ANS
Endotoxin - ANS
ergot poisoning - ANS
Anthrax (cutaneous, pulmonary & intestinal), - ANS
Asymptomatic carriers - ANShealthy, incubatory and convalescent
Binomial nomenclature (2 phrase solution) - ANS
botulism (person, toddler & wound) - ANS
Compare and assessment the cellular wall structure of Gram high-quality and Gram poor
bacteria. - ANSPeptidoglycan:
Carbohydrate backbone which include repeating units of NAG and NAM
Tetrapeptide chains are connected to the carboxyl institution on the NAM
Adjacent tetrapeptide chains linked to each other
Compare and contrast the overall cell shape of prokaryotes and eukaryotes. - ANSBoth
Prokaryotic and Eukaryotic:
gel-like cytoplasm
semi-permeable cytoplasmic (plasma) membrane
ribosomes = protein synthesis
nuclear genome= DNA
Prokaryotic:
no cytoskeleton
no organelles
70S ribosomes (30S and 50S subunits)
Plasmids (small round DNA)
Nucleoid (not a nucleus)
Eukaryotic:
Congenital infections - ANS
Describe differences between light and electron microscopy. - ANS
Discuss proof that supports the endosymbiotic concept of eukaryotic evolution - ANS
Endotoxin - ANS
ergot poisoning - ANS