Well, the Micro exam is tomorrow. I've learned so much crap this week that I cannot believe I've tucked it all in. Not that the info. IS crap, because I think it's cool and important, just that there is so much of it.
We've learned Micro at an exhaustive rate, and we haven't just skimmed the surface either. What we've learned this week would be a one semester course at a difficult undergrad school. At a lackluster school it would probably be broken down into a 2-semester course.
Our instructor, Dr. Mietzner, gave us the same slides and lecture that he gives to his Pitt medical students. The one exception, of course, is that it is a 3-week class at Pitt, and we did it in one week.
He said he doesn't doubt that the majority of dental school curriculums are more difficult than their medical school counterparts, but that Arizona leaves no question in his mind. All our professors seem to be coming from medical schools (like he did) and teaching us their same lectures in a weeks time. For him there was no doubt that our scenario is 2-3x more difficult than medical school.
So, the exam is tomorrow and I've just finished memorizing 20 antibiotics, their classes, and their sites of action. For example (and excuse my spelling or lack thereof. I'm just grateful I can generally say the right things), penicillins, cephalosporins, vancomycin, and bacitracin all are inhibitors of bacterial cell wall synthesis. All are cidal agents, but P&C inhibit transpeptidation, while V inhibits incorporation of disaccharide into growing peptidoglycan, etc., etc.
I've memorized 12 DNA/RNA viruses, their nucleic acid structures, their envelope status, and the viruses associated with them. For example, picornavirus is linear, single-stranded RNA with a [+] polarity, non-enveloped, and associated with poliovirus and hep A.
On and on it goes. I've had to memorize tables of information, including 18 medically important pathogens, such as Neisseria meningitidis, Haemophilus influenza, Shigella sp., C. perfringens, Rickettsia sp, etc. I memorized all their gram reactions, morphology and other traits, as well as the diseases associated with them.
I've learned about bacterial structures, fungal structures, parasites, antimicrobial therapies, resistance to antimicrobials, pathogens acquired by inhalation, pathogens acquired by ingestion, STDs, zoonotic infections, colonization/attachment, and molecular mimicry.
I've learned that antimicrobial cell wall inhibitors can be modified through beta-lactam hydrolysis, and protein synthesis inhibitors can be modified through Chloramphenicol transacetylase.
Our test has 75 questions and we have to get a 70% to pass. That means I can miss ~22 questions and still pass. I've worked my tail off this week.
I'm not ready at all.