discuss the action of anasthesia on the nervous system
Assignment
complete evaluation sheet
Session Minutes
60
Minutes Student Attended
60
Lesson Comments
started the lesson and due to some good questions asked by Trevor we began an in-depth look at the nervous system and how nerve impulses are transmitted. This is going to be needed to truly comprehend the action of the anesthetics and the action of antidepressants and stimulants down the road. I like his line of questions, shows good thought.
review and discuss the production of, effects of and functions of prostaglanidins and thromboxane.
outline the role of cox 1 and cox 2 enzymes in the production of pgs.
discuss how non steroidal antiinflammatories work by inhibiting cox enzymes and the adverse affects which will occur.
Assignment
n/a
Session Minutes
60
Minutes Student Attended
60
Lesson Comments
This was a very extensive lesson and we were able to complete all the material set down.
this leads nicely into the common nsaids like aspirin, acetaminophen and ibuprofen.
discuss the formation of prostaglanidins and thromboxane from arachadonic acid and the effects which progtaglanidins have on inflammation, pain and fever.
show the structure of aspirin and its synthesis from salicylic acid. Discuss the action of cyclooxygenase enzyme on the conversion of aracadonic acid to prostaglanidins and how aspirin inhibits the cycloogygenase pathway.
Assignment
complete research assignment
Session Minutes
45
Minutes Student Attended
45
Lesson Comments
covered the listed material even though we were a few minutes short due to birthday celeb.
discuss the action produced by stimulation of he mu receptors. Using print outs, view the structure of morphine and how it is derived from the phenantrecene molecule. Also discuss heroin and its chemical structure and production
Assignment
complete reading print out on heroin
Session Minutes
60
Minutes Student Attended
60
Lesson Comments
We were able to discuss the chemistry of the poppy derivatives and how they react on the mu opioud receptors.