E-Mail Molecules (listed below)
Which e-mail molecule numbers are
assigned to me?
How do I submit e-mail molecules?
Remember that e-mail molecules can only be returned one
per week (weeks officially end on Mondays at 8:30 am). Each one
returned with correct information will receive two extra credit
points.
It is expected that you do your own work on these assignments
and that you log in to the WebCT site as yourself. Please remember
to identify the name and number of the molecule you are reporting
on.
The information you should return about each molecule is
the following:
1) the molecular formula, i.e., CxHy etc.
2) the number of carbons with sp, sp2, and sp3 hybridization,
3) the family name of at least one functional group present,
4) the biological role or significance of the compound,
5) your sources of information.
The E-Mail Molecules:
- abietic acid
- acetaminophen
- acetazolamide
- acetylcholine
- acyclovir
- adrenaline
- adrenosterone
- amoxicillin
- ampicillin
- androsterone
- androstenedione
- antheridiol
- arginine
- ascorbic acid
- asparagine
- aspartame
- aspirin
- ATP
- aureomycin
- AZT
- benzo[a]pyrene
- benzocaine
- BHT
- bilirubin
- biliverdin
- biotin
- bradykinin
- brompheniramine
- brucine
- cadaverine
- caffeine
- calciferol
- cantharidin
- beta-carotene
- carpetimycin
- cephalosporin C
- chloramphenicol
- chlorophyll a
- chlorpheniramine
- cholesterol
- cholic acid
- cimetidine
- cinnamaldehyde
- civetone
- clavulanic acid
- cocaine
- codeine
- coenzyme A
- cortisone
- creatine
- creatinine
- cyclic AMP
- cyclosporine
- cysteic acid
- cysteine
- cystine
- cytidine
- daunorubicin
- DDT
- DEET
- demerol
- diazepam
- dieldrin
- diethylstilbestrol
- dimetapp
- L-DOPA
- doxorubicin
- dramamine
- EDTA
- ephedrine
- epinephrine
- ergosterol
- ergotamine
- erythromycin A
- estradiol
- estrone
- ethacrynic acid
- eugenol
- farnesol
- firefly luciferin
- fentanyl
- FMN
- folic acid
- gallein
- geraniol
- gibberellic acid
- gliotoxin
- glutamine
- glutathione
- glycocholic acid
- halcion
- halothane
- heroin
- histamine
- homoserine
- hydrocortisone
- hydroxyproline
- ibuprofen
- inderal
- inosine
- isopentenyl pyrophosphate
- kinetin
- kynurenine
- lactose
- lanosterol
- lasix
- lidocaine
- linolenic acid
- lipoic acid
- longifolene
- LSD
- lycopodine
- malathion
- maltose
- mandelic acid
- mannitol
- mebiquine
- melatonin
- melibiose
- melinamide
- menthol
- meperidine
- mescaline
- mestranol
- methadone
- methamphetamine
- methotrexate
- mevalonic acid
- monensin
- morphine
- MSG
- myristic acid
- NADPH
- nandrolone
- neomycin
- nicotine
- nonactin
- norethindrone
- novocain
- oleic acid
- ornithine
- orotic acid
- pantothenic acid
- paraplatin
- penicillin G
- phencyclidine
- phenobarbital
- phytol
- prednisone
- progesterone
- prontosil
- propranolol
- prostaglandin E2
- prozac
- psilocybin
- psoralen
- puromycin
- pyridoxal
- quinine
- reposal
- reserpine
- retinal
- retinol
- ribavirin
- riboflavin
- ritalin
- rocefin
- saccharin
- salicin
- sarin
- saxitoxin
- seldane
- serotonin
- shikimic acid
- sodium pentothal
- sphingosine
- squalene
- stallimycin
- stanozol
- streptomycin
- strychnine
- sulfanilamide
- tagamet
- tamoxifen
- taxol
- terramycin
- testosterone
- tetracycline
- tetrahydrocannabinol
- tetrahydrocortisone
- tetrodotoxin
- thalidomide
- theophylline
- thiamine
- thimerosal
- thymidine
- ticlopidine
- alpha-tocopherol
- tryptophan
- tyrosine
- uridine
- valium
- valinomycin
- vasopressin
- viagra
- vitamin A
- vitamin B1
- vitamin B2
- vitamin B6
- vitamin B12
- vitamin C
- vitamin D2
- vitamin D4
- xanthophyll
- xylocaine
- yohimbine
Chem 334 - Fall 1999