The following letter and general toxciology course outline were transcribed using OCR from materials resulting from and distributed after the “Forum on Undergraduate Toxicology Cousework” held April 22, 1992, in Seattle, WA, as a satellite to the annual meeting of the Society of Toxicology.

 

November 11, 1992

 

 

 

Dear Colleague:

 

The attached revised outline for a Principles of General Toxicology Course is a product of the First Forum on Under Graduate Education.  It is intended as guidance and not as a prescription.  The outline and additional materials represent a tool from which an instructor or group of instructors might develop a one semester course in toxicology targeted for upper division students with university coursework in biology and/or chemistry.  There was heavy reliance upon the experience of faculty of the Department of Environmental Toxicology, University of California at Davis (see Matsumura) and many of you provided comments which have been incorporated into this revision.

 

The outline is not intended to be a listing of lectures, but it should serve as a list of subjects in a general framework that has proved useful over an extended period of time.  There is plenty of room for innovation!  Depending upon the setting for the course, it may be appropriate to weight the various elements quite differently (see particularly Sections 3, 4, and 5).  In those cases, it may be appropriate to choose two or three of the topics, leaving the others for coverage in special courses or for follow-up coursework at some future time.

 

The earlier letter (February 21, 1992) from Don Reed to John E=erson, which included the recommendation to establish a forum concerning undergraduate education, is worth revisiting with respect to the long-term goals of the present effort:

 

"In part, this recommendation is a result of a survey conducted by the ad hoc Undergraduate Education Task Force.  This survey indicates that in 1990-91 less than 1,000 undergraduates are enrolled in an undergraduate course in toxicology within the United States.  Also, only about 50-60 students per year complete an undergraduate major.  Thus, within our general population, we have less than 1,000 students per year who receive formal instruction in colleges and universities about the basic concepts of toxicology; excluding those in toxicology graduate programs."

 


(Tight university budgets and the general economy have probably only made matters worse.)

 

It is proposed that SOT make this set of materials available to persons who are interested in establishing a course or program.  I hope that they will be helpful to you for the same reason.

 

Thank you very much for your consideration and help.  I look forward to seeing you again at the Second Forum on March 13, 1993, in New Orleans.  The schedule will be published in the next Newsletter.  The forum will be Co-Chaired by Paul Ferguson and I, and Karen Stine and Harry Komiskey will convene a poster-discussion session on Monday afternoon, March 15.

 

I send best personal regards.

 

Sincerely,

 

Richard I. Krieger

Director, Occupational Exposure

 

RIK:nrj

Attachment

 

 


PRINCIPLES OF GENERAL TOXICOLOGY

 

A one semester or one quarter course for upper division students with previous university coursework in biology or chemistry.  No one course would include all elements, and in some cases major sections may require substantial modification.

 

I.    INTRODUCTION

 

Relationship to other disciplines

Role of medicine, chemistry, and physiology in early development

Exposure and dose-response relationships

 

II.   BIOLOGICAL FATE OF CHEMICALS

 

Routes of exposure

Absorption

Distribution (and storage)

Biotransformation (metabolism)

Activation and detoxification

Primary and secondary

Excretion

 

III.   TARGET ORGAN RESPONSES: BIOCHEMICAL LESIONS, EFFECTS AND PATHOLOGY (select 3 or more)

 

Nervous system

Respiratory system

Reproductive system

Skin and eye

Immune system

Excretory system

Gastrointestinal system

 

IV.    TOXICITY TESTING AND RESEARCH

 

Types of testing

Animal models and alternatives

Mechanisms of toxic action

Molecular biology

 

V.    ENVIRONMENTAL FATE AND DISTRIBUTION

 

Personal, occupational, community, global environments

Air, water, soil, biota

Air pollution

Water pollution

Analysis of toxic substances

 

VI.   AGENTS AND ACTIONS (select 2 or more)

 

Natural products of plants and animals

Foods

Drugs (pharmaceuticals, licit and illicit)

Pesticides

Process chemicals and solvents

Elementals and inorganic chemicals

 

VII.  RISK ASSESSMENT

 

Hazard identification

Dose-response relationships

Exposure assessment

Risk characterization

 

Revised 11/10/92