PSY 335A Drugs and Behavior

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Course Syllabus
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Course Description

Principles of action and categorical analysis of psychoactive drugs; their physiological, psychological, and societal effects; patterns and causes of their use and abuse in individuals and societies; and systems of drug education.

Course Syllabus

To load a printable copy of the syllabus, click here.

Paul Young, Department of Psychology

Office: Academic Building, B-324

Office hours: 9- 9:50 a.m. MWF; 2:40-3:30 p.m. TR; or by appointment

Fall Semester, 2001 at Houghton College

General objectives. To understand and be able to compare

Learning outcomes. At the end of this course, you should be able to Back to top

General course arrangement.

1. Basic terminology and principles of drug action: Pharmacokinetics, pharmacodynamics, and the pharmacopoeia. Julien chapters 1 - 3.

2. CNS depressants: Julien chapters 4 - 6.

3. CNS stimulants: Julien chapters 7 and 8.

4. Pain relief...and more: Julien chapters 9 and 10.Psychiatrically useful drugs: Julien chapters 7,8, 9, and 15.

5. Marijuana and psychedelics: Julien chapters 11 and 12.

6. Drug abuse: Julien chapters 13 and 14.

7. Psychiatric use of drugs: Julien chapters 15 - 20.

Required textbook.

Julien, R.M. (2001). A primer of drug action, 9e. New York: Worth. Be sure that you obtain the Academic version.

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Major assignments and expectations.

1.  Attendance policy.  Please come to all classes.  I welcome your contributions to class discussion, and teaching cannot happen without students.  As missed quizzes and other in-class assignments may not be replaced, perfect attendance is to your advantage.

2. Read assigned material in the textbook, and use this to contribute to class discussions. Occasional, unannounced in-class or electronic writing assignments or quizzes will draw on your reading. You must read all of the assigned material, whether it is covered in class or not. Most readings will be useful in class discussion, and all of the assigned reading will help you understand more..  10%

3. Three content examinations

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3. Paper or project (videotape, PowerPoint class presentation, Web site) on a topic approved by the instructor.

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4. Find and read current articles in newspapers, public affairs magazines, and popular magazines. These articles must deal with statistics about drug use, opinions or policy about drug use, development of new drugs, discovery of new uses for existing drugs, or discovery of side effects of drugs. A compendium of articles, many of which are relevant to this learning activity, is available from the National Clearinghouse for Alcohol and Drug Information. The compendium is updated daily.

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5. Applied project. Take your pick of one of the following. If you prefer, suggest an alternative for my approval. Complete the project, write a one page report, and submit it by November 15. 5%

6. Discussion folder: To find the posted discussion folder for the class, open Outlook.

Date
Topic
Reading
9/4
Introduction. Pharmacology. Pharmacokinetics I: Administration pp. 1-13
9/6
Pharmacokinetics II: Absorption, distribution, and termination pp. 1-27
9/11
Pharmacokinetics III: Related phenomena. Half-life, tolerance, dependence pp. 27-36
9/13
Project proposal due. Pharmacodynamics: Receptors and drug interactions pp. 37-57
9/18
Psychopharmacology: Neurons and synaptic transmission pp. 58 - 88.
9/20
Sedative and hypnotic drugs: Alcohol I--History and pharmacology pp. 89 - 102
9/25
Alcohol II: Effects of abuse pp. 102 - 117
9/27
First examination pp. 1 - 117
10/2
Psychopharmacology: Neurons and synaptic transmission pp. 58 - 88.
10/4
First article critique due.Alcohol I--History and pharmacology pp. 89 - 102
10/9
Alcohol II: More pharmacology and effects of abuse pp. 102 - 117
10/11
Alcohol IV: Treatment of alcoholism and inhalants of abuse pp.108 - 127
10/16
Barbiturates and general anaesthetics pp. 128 - 152
10/23
Benzodiazepines and other anxiolytics pp. 153 - 175
10/25
Second article critique due. Cocaine. pp. 178-197
10/30
Amphetamines and treatment of ADHD pp. 197 - 219
11/1
Second examination pp. 89 - 219
11/6
Caffeine and nicotine pp. 220 - 247
11/8
Opium, its friends and enemies pp. 248 - 286
11/13
More opioids, and other analgesics pp. 287 - 297
11/15
Applied project report due. Marijuana pp. 300 - 329
11/20
Psychedelics. pp. 330-364
11/27
Drug abuse pp. 365 - 410
11/29
Project due. Antidepressants pp. 413 - 460
12/4
Bipolar disorder and drug treatments; schizophrenia pp. 461 - 498
12/6
Third article critique due. Antipsychotic drugs pp. 498 - 530
12/11
Parkinsonism and drugs. Cotherapy pp. 531 - 578
12/13
Herbal treatment of psychological disorders pp. 579 - 597
12/17
Final examination pp. 220 - 597

 


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Web Sites of Interest

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Review sheets

Examination One

Examination Two

Examination Three

Drugs and behavior review sheet for Examination 1

Items in red are not covered on the first exam, fall 2001.

Items in blue are newly added to this review sheet, fall 2001.


OTC prescription therapeutic
recreational licit illicit
main effects EEG-shift sympathomimetic
parasympathomimetic side effects chemical name
generic name trade name street name
mithradatism tolerance tachyphylaxis
acute tolerance mixed tolerance metabolic tolerance
physiological tolerance behavioral tolerance conditioned tolerance
cross tolerance reverse tolerance sensitization
physiological dependence abstinence syndrome habituation
addiction agonist antagonist
synergistic pharmacokinetics pharmacodynamics
all methods of administration efficacy un-ionized
Henderson-Hasselbalch barriers placental "barrier"
pKa ion trapping distribution half-life
elimination half-life accumulation dosing steady-state
dose-response curve potency slope
general anaesthetic dosage Mickey Finn
non-barbiturates methaqualone redistribution
illicit drug use deviant drug use

drug misuse

drug addiction psychopharmacology elixirs and syrups
tablets, capsules, and pills cachets and powders lozenges and pastilles
blood-brain barrier ionization ratios the crucial minute
distribution half-life elimination half-life cytochrome P-450
therapeutic drug monitoring cross-dependence receptor complex
ligands alpha-helical coil G-protein
mimic block autoreceptors
stereochemical fit efficacy therapeutic index
placebo FDA DEA

 

2. Essay questions: This is not an exhaustive list. Prepare the study questions in Julien, as well.

  1. Explain the practical and theoretical issues surrounding drug classification.
  2. Describe seven ways drugs may be classified.
  3. Explain the many manifestations of tolerance.
  4. Can someone be harmed by a dosage of a drug to which tolerance has been developed? How?
  5. Describe the various routes of drug administration. What are the advantages and disadvantages of each method?
  6. Calculate the relative fat solubility of a drug of a particular pH and pKa in solutions of particular pH, using the henderson-Hasselbalch equation.
  7. How do drug half-lives relate to the effectiveness of a dose of a drug?
  8. Label the components of a typical dose-response curve.
  9. Describe how drug action is terminated and drugs are eliminated from the body.
  10. Explain the role and actions of enzymes in terminating the action of drugs and neurotransmitters.
  11. Is drug sensitization a real phenomenon? Discuss the evidence pro and con.
  12. Explain how and when accumulation dosing results in a steady state.
  13. What roles do positive and negative reinforcement play in addiction?
  14. How does the interaction of a drug with a receptor change the affected cells?
  15. Describe the four types of receptor.
  16. What ways may a drug act on a neuron or synapse?
  17. How does the dose-response curve relate to effectiveness and safety? Can a drug be safe and effective?
  18. Describe the history of drug safety and txicity assessment through the legislation of the 20th century. Analyze the influences that pushed the changes, and argue to a thesis that characterizes the way drug control is legislated in the U.S.A.
  19. Outline, with explanations, the FDA approval process for drugs.
  20. What does the drug schedule system mean? How does it work?
  21. How did Dr. Hamilton Wright and Harry Anslinger convince Congress to pass legislation controlling certain substances? Compare and contrast their fundamental arguments. Were their arguments racist?
  22. Is it true that drug trafficking is concentrated in certain urban areas?
  23. If it is, why? Is it a simple matter of population density?
  24. Are particular populations of people more likely than others to demonstrate problem drug use?
  25. If there are differences in drug problems in different populations, what demographic factors seem to contribute to drug use?
  26. How do drug distribution, drug usage, and societal power structures relate to each other?
  27. Do drug education programs on the east side of Buffalo work? Are they effective? Why or why not?
  28. How does the drug industry -- both the legitimate and the illegitimate sides -- target vulnerable people? Give examples.
  29. Drugs and behavior review sheet Examination 2

1. Terms.
 
ED50 LD50 Therapeutic Index safety margin 
FDA approval process limited human trials  broad clinical trials  sensitivity reports
GABAA receptor  GABAB receptor  BDZ receptor  BARB receptor 
risk/benefit analysis  barbiturates non-barbiturates  benzodiazepines 
ethyl alcohol  thiopental  secobarbital  phenobarbital
general anaesthetics  glutethimide methaqualone tranquillizers 
meprobamate  dicarbamate  paradoxical effects  REM rebound 
"Love drug" chlordiazepoxide  diazepam  flumazenil
nordiazepam oxazepam  baclofen panic disorders 
phobias  obsessive-compulsive disorder stress disorders  long-acting benzodiazepines
second-generation anxiolytics  antiepileptic drugs  alprazolam  buspirone
zolpidem  hydantoins  carbamazepine  valproic acid 
disulfiram isopropyl alcohol  methanol  ethanol
bromide fluid mosaic model  chloral hydrate Mickey Finn
methyl hydrate  inhalants toluene  nitrous oxide
ether  hypoxia  acetaldehyde  fermentation
distillation  fortification mixed beverages proof 
moonshiner’s test Gin Lane Beer Street flavinoids
Albertus Magnus Cisco US system Gin epidemic
Whiskey Rebellion Plato Triangular trade amphetamine
Bennies speed/ice/crystal sympathomimetic anorectic
nucleus accumbens stereotypy methylphenidate pemoline
Adderall phentermine/phenmetrazine dexfenfluramine ephedrine/phenylephrine
Erythroxylon coca cocaine base or paste freebase Niemann
benzoylecgonine cocaethylene transporter proteins xanthine derivatives
flavinoids fen-phen and sibutramine ephedrine clonidine

2. Essay questions: This is not an exhaustive list. Prepare the study questions in Julien, as well.

a. Outline the process of drug testing and approval as governed by the FDA.  Is it ever modified?

c. Describe the historical development of the CNS depressants, showing how each reputed advance ended up producing additional problems.

d. Explain the action of the barbiturates. What factors differentiate the short- and long-acting forms?

e. What are the five categories of CNS depressants? Give an example of each.

f. Outline the progressive stages of CNS depression from drugs.

g. Outline and explain Julien's five principles of CNS depressant action. What is peculiar about principle 3?

h. What are polysynaptic pathways, and why are they the first to be depressed?

i. What is GABA?  What does it do?

j. What is a GABA receptor?  How is its action affected by barbiturates and benzodiazepines?

k. Why is usage of barbiturates declining?

l. What is "Drug-Induced Brain Syndrome"? How is it assessed using a Mental Status Exam?

m. Are there special problems with CNS depressants in people over age 70?  Why?

n. How do the pharmacokinetics of barbiturates lead to their sub-classification?

o. Outline the pharmacological and psychological effects of the barbiturates.

p. What are the mechanisms whereby tolerance develops to barbiturates? Is barbiturate tolerance uniform?

q. What are the risks of physical and psychological dependence on barbiturates?

r. Explain the hypothesis, preferred by Julien, that general anaesthetics work by disrupting flow of ions across the neuron membrane.

s. Outline six types of inhalants, with examples of each.

t. What are the special risks associated with inhalant abuse?

u. When and for what reasons are the benzodiazepines preferable to earlier compounds such as the barbiturates?

v. How do the benzodiazepines, both agonists and antagonists, work? What do they do pharmacologically and behaviorally?

w. Outline the anxiety disorders for which benzodiazepines are effective.

x. Describe the pharmacokinetics and pharmacodynamics of the benzodiazepines. Should older people use them? Why not?

y. Describe the pharmacokinetics of ethyl alcohol.

z. Describe the pharmacodynamics of ethyl alcohol.

aa. Present a history of alcohol use and abuse.

bb. Outline, with explanations, the chronic effects of alcohol consumption on body systems.

cc. What is the history of amphetamine use and abuse?

dd. How do the amphetamines work?  How do the effects of amphetamines change with increasing dosage?

ee. How does drug usage relate to AD/HD?

ff. Outline the history of cocaine use and abuse.

gg. Explain the preparation of the various forms of cocaine. How effective is each form?

hh. Why was powdered cocaine HCl popular with the upper middle class? Why was crack cocaine use epidemic in inner city neighbourhoods?

ii. Evaluate the research on crack babies.

jj. What are the pharmacodynamics of cocaine? What are its short term and long term side effects?

kk. How does tolerance to cocaine develop?

ll. Outline the plant sources of xanthines.

mm. What are the pharmacodynamic effects of caffeine?

nn.  What is the French paradox?  Is it really a paradox?

oo.  Outline with explanations the physical effects of alcohol on four different organ systems.

pp. Present and evaluate the research on the etiology of alcoholism.

qq. How can alcoholism be treated?  How successful are the various approaches?

rr. Outline six types of inhalants, with examples of each.

ss.  What are the special risks associated with inhalant abuse?

tt.  Outline, with examples, three families of amphetamine-like compounds.  For what purposes are they used, both licit and illicit?

uu.  How do the side effects of cocaine change over time since the administration?  With dosage amount?

vv.  What is the evidence that cocaine is reinforcing, producing dependence?

ww.  Outline three treatment models for cocaine addiction.

xx.  Since nicotine is now known to act to enhance dopamine activity in the nucleus accumbens, should it be classed with caffeine or with amphetamine and cocaine?

yy.  What are the side effects of caffeine?  Are there any fetal effects?

zz.  Explain the advantages and disadvantages of the various routes of administration of nicotine.

aaa.  Explain the pharmacodynamics of nicotine.

Click here for Review sheet for examination 3

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Classroom PowerPoint Slides


9/4 9/6 9/11 9/13 9/18
9/20 9/25 9/27 10/2 10/4
10/9 10/11 10/16 10/23 10/25
10/30 11/1 11/6 10/8 11/13
11/15 11/20 11/27 11/29 12/4
12/6 12/11 12/13 12/17


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Copyright 1998-2001 Paul D. Young Last updated 25 September, 2001.