This course examines biological weapons, epidemics, and public health. It will use the U.S. program as an introduction to discuss international environmental health issues and programs related to outbreaks and threats. The course focuses on political, cultural, environmental, health, and technological factors in biological weapons development and spread since WWII. It introduces epidemiology basics and unique issues when biological weapons are used. Students will participate in discussions, read assigned materials, and take two exams assessing their responses to outbreak scenarios. Assessment is based on exams, four reaction papers, and class participation. Topics include biosafety, water/sanitation, security/profits, pathogens/outbreaks, and nonproliferation programs.
Disease or bio-warfare? The usage of various pathogens in bioterrorisminventionjournals
Although it is a general belief that epidemics of plague, smallpox or yellow fever are highly unlikely nowadays due to the existence of antibiotics and immunization shots, the agents causing the disease have remained a threat due to the possibility of them being weaponized and spread on a large scale. Contemporary terrorism is no longer confined to detonating bombs in buildings of great importance, suicide attacks or airplane hijacking. It can also comprise the usage of pathogens/ biological agents to cause massive health disturbances. The preference expressed towards the usage of such agents is justified by the easy access and primary skills needed in manufacturing a weapon, as well as the high rates of morbidity and mortality among the affected population. Additionally, states are confronted with high healthcare risks due to the fact that such agents are difficult to be detected and often pass as common diseases, such as influenza, until the greater scale of the epidemic is acknowledged by the authorities
Disease or bio-warfare? The usage of various pathogens in bioterrorisminventionjournals
Although it is a general belief that epidemics of plague, smallpox or yellow fever are highly unlikely nowadays due to the existence of antibiotics and immunization shots, the agents causing the disease have remained a threat due to the possibility of them being weaponized and spread on a large scale. Contemporary terrorism is no longer confined to detonating bombs in buildings of great importance, suicide attacks or airplane hijacking. It can also comprise the usage of pathogens/ biological agents to cause massive health disturbances. The preference expressed towards the usage of such agents is justified by the easy access and primary skills needed in manufacturing a weapon, as well as the high rates of morbidity and mortality among the affected population. Additionally, states are confronted with high healthcare risks due to the fact that such agents are difficult to be detected and often pass as common diseases, such as influenza, until the greater scale of the epidemic is acknowledged by the authorities
Bioterrorism
Introduction
Bioterrorism is the intentional or threatened use of viruses, bacteria, fungi, or toxins from living organisms to produce death or disease in humans, animals or plants to accomplish political or social objectives. Agents of bioterrorism can be altered or mutated in such a way soas to increase their virulence and ability to cause disease. They can be engineered to resist current medications. They can be spread through air, food, water, fomites, or through infected hosts (including humans, animals, insects, and other reservoirs)
In a computer simulation of an epidemic, the computer is given data describing the various sub components of the epidemic and control practices at specific points in time (such as at weekly intervals).Computer simulation of epidemics is extremely useful as an educational exercise for students of plant pathology and also for farmers so that they can better understand and appreciate the effect of each epidemic sub component on the final size of their crop loss.Simulators serve as tools that can evaluate the importance of the size of each epidemic sub component at a particular point in time of the epidemic by projecting its effect on the final crop loss.Computer simulation are expert systems,that try to equal and suppress the logic and ability of an expert professional in solving problems.Systems are used in plant pathology frequently for diagnosis of plant diseases.Systems can advice growers in making decisions on disease management in respect of kind, amount and time of application of pesticides etc.Simulators can decompose disease progress so they are used now to develop forecaster.
Nemrég az egyik diákom arról érdeklődött, hogy mit tanultam a 2008-as válságból és hogyan kezelném, ha ismét hasonló helyzet állna elő. Nézzük tehát, hogyan lehet felkészülten várni az esetleges összeomlást.
Bioterrorism
Introduction
Bioterrorism is the intentional or threatened use of viruses, bacteria, fungi, or toxins from living organisms to produce death or disease in humans, animals or plants to accomplish political or social objectives. Agents of bioterrorism can be altered or mutated in such a way soas to increase their virulence and ability to cause disease. They can be engineered to resist current medications. They can be spread through air, food, water, fomites, or through infected hosts (including humans, animals, insects, and other reservoirs)
In a computer simulation of an epidemic, the computer is given data describing the various sub components of the epidemic and control practices at specific points in time (such as at weekly intervals).Computer simulation of epidemics is extremely useful as an educational exercise for students of plant pathology and also for farmers so that they can better understand and appreciate the effect of each epidemic sub component on the final size of their crop loss.Simulators serve as tools that can evaluate the importance of the size of each epidemic sub component at a particular point in time of the epidemic by projecting its effect on the final crop loss.Computer simulation are expert systems,that try to equal and suppress the logic and ability of an expert professional in solving problems.Systems are used in plant pathology frequently for diagnosis of plant diseases.Systems can advice growers in making decisions on disease management in respect of kind, amount and time of application of pesticides etc.Simulators can decompose disease progress so they are used now to develop forecaster.
Nemrég az egyik diákom arról érdeklődött, hogy mit tanultam a 2008-as válságból és hogyan kezelném, ha ismét hasonló helyzet állna elő. Nézzük tehát, hogyan lehet felkészülten várni az esetleges összeomlást.
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.for more details please visit
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This Grammar Walkthrough is part of the online grammar textbook Analyzing Grammar in Context - https://faculty.unlv.edu/nagelhout/AnalyzingGrammarInContext/index.html
Global Health Security Webinar 12_3_2014TridentCADC
The Preparing for a Career in Global Health Security outlines the program of study at Trident University International, and careers and opportunities in GHS. This informative webinar was presented by Drs. Hegamin, Anglin, and Taylor
Guidelines 1) Students must write an argumentative philosophi.docxshericehewat
Guidelines:
1) Students must write an argumentative philosophical essay on a topic relevant to any of the course themes. It is recommended, but not required, that you discuss your topic with me via email or in my office hours (or by appointment) so that I may provide suggestions and help to narrow down and clarify your topic.
2) Each student must select at least two academic sources besides the assigned course reading (e.g. peer-reviewed journal articles, books, or book chapters) to cite in their essay, and these sources must be approved by me (via email or hard copy) any time before the due date for the first draft of the essay. Students may incorporate and cite assigned course readings in their papers in addition to citing two other academic sources. Besides academic works, relevant news articles may be cited as needed, though these do not count as academic sources.
3) Essays must be at least 1200 words (not including bibliography), double-spaced, in Times New Roman 12-point font, with one-inch margins. Sources must be cited according to an official style of the student's choosing (APA, MLA, Chicago, etc.).
4) Essays must be argumentative. You should identify a position that you think needs to be challenged or modified in some way. Present the problem that you are dealing with as fairly and clearly as possible. Then, advance your own argument. Finally, raise at least one objection to your own position, and provide a response to this objection in defense of your view. Avoid "fluff," or unnecessary statements. Everything you write should be relevant to your topic.
Basic Essay Structure
I. Introduction
-Describe the problem on which you are focusing. What is the debate? Briefly summarize your position, the objection you are considering, and how you intend to respond to the objection.
II. Your Argument
-Present your own argument. You should aim to expand upon, reject, modify, or otherwise contribute to some aspect of an ongoing discussion.
III. Objection
-Set up the objection from your "opponent" as clearly and fairly as possible. Be sure to represent their position accurately (as if it were your own position). This objection can come from a real or imagined opposing side. Basically, you should present what you take to be the strongest and most legitimate objection to your own view.
IV. Your Response
-Provide a response to the objection in defense of your own position.
V. Conclusion
-Similar to the introduction; summarize what you've done in the paper and how you've done it. Don't add anything new in the conclusion; only refer to points that are already addressed within the paper.
Vol. 34, N° 2, 2018
ISSN 0120-5552
eISSN 2011-7531
494 Salud Uninorte. Barranquilla (Col.) 2018; 34 (2): 494-505
artículo de revisión/review article
http://dx.doi.org/10.14482/sun.34.1.9720
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Antibiotic ...
Disease or bio-warfare? The usage of various pathogens in bioterrorisminventionjournals
Although it is a general belief that epidemics of plague, smallpox or yellow fever are highly unlikely nowadays due to the existence of antibiotics and immunization shots, the agents causing the disease have remained a threat due to the possibility of them being weaponized and spread on a large scale. Contemporary terrorism is no longer confined to detonating bombs in buildings of great importance, suicide attacks or airplane hijacking. It can also comprise the usage of pathogens/ biological agents to cause massive health disturbances. The preference expressed towards the usage of such agents is justified by the easy access and primary skills needed in manufacturing a weapon, as well as the high rates of morbidity and mortality among the affected population. Additionally, states are confronted with high healthcare risks due to the fact that such agents are difficult to be detected and often pass as common diseases, such as influenza, until the greater scale of the epidemic is acknowledged by the authorities.
Background: Applied epidemiologists are increasingly working in areas of insecurity and active conflict to define the health risks, suggest feasible means to reduce these risks and, monitor the capacity and reconstruction of the public health system. In 2001, The Carter Center and the United States Institute for Peace sponsored a conference within which "Violence and Health" was discussed and a working group on applied epidemiology formed. The group was tasked to describe the skills that are essential to effective functioning in these settings and thereby provide guidance to the applied epidemiology training programs.
Methods: We conducted a literature review and consultation of a convenience sample of practitioners of applied epidemiology with experience in conflict areas.
Results and conclusions: The health programs designed to prevent and mitigate conflict are in their early stages of implementation and the evaluation measures for success are still being defined. The practice of epidemiology in conflict must occur within a larger humanitarian and political context to be effective. The skills required extend beyond the normal epidemiological training that focuses on the valid collection and interpretation of data and fall into two general categories: (1) Conducting a thorough assessment of the conflict setting in order to design more effective public health action in conflict settings, and (2) Communicating effectively to guide health program implementation, to advocate for needed policy changes and to facilitate interagency coordination. These are described and illustrated using examples from different countries.
Type Essay Online. Type essay online - College Homework Help and Online Tutor...Theresa Paige
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CSMT 442 Cost and Estimating 2 Homework 2 `Siteworks MargaritoWhitt221
CSMT 442: Cost and Estimating 2
Homework 2 `Siteworks (20 points) Answer ALL Questions
1. A large stockpile of materials (5400CY) is to be transported to a fill area. The contractor has a rubber-
tired front loader and a number of dump trucks for the job. Based on a study of the job and knowledge of
the operators, time factors for various steps have been determined and are given below along with cost
and capacity factors. Determine the optimum number of dump trucks to assign to the job and duration
and cost of transporting the whole stockpile.
Front loader: cost per hour with operator $70
Total time to load truck 4 minutes
(not including position time)
Truck Cost per hour with driver $60
Positioning time 1 minute
Loading time 4 minutes
Travel to dump 6minutes
Dump time 2 minutes
Return travel 5 minutes
Truck capacity 6 CY
MOS 5425, Advanced Toxicology 1
Course Learning Outcomes for Unit VIII
Upon completion of this unit, students should be able to:
2. Summarize the principles of toxicology.
2.1 Discuss the toxicological effects of a carcinogen.
5. Examine toxic substances that pose a risk to human population and the environment.
5.1 Discuss methods of exposure to carcinogens.
8. Evaluate risk assessment procedures related to chemical carcinogenicity.
8.1 Explain the models for assessing cancer risks.
Course/Unit
Learning Outcomes
Learning Activity
2
Unit Lesson
Chapter 21
2.1
Unit Lesson
Chapter 15
Scholarly Activity
5
Unit Lesson
Chapter 21
5.1
Unit Lesson
Chapter 15
Scholarly Activity
8.1
Chapters 15 and 23
Scholarly Activity
Reading Assignment
Chapter 15: Chemical Carcinogenesis, pp. 259-280
Chapter 21: Epidemiological Issues in Occupational and Environmental Health, pp. 391-394
Chapter 23: Human Health Risk Assessment, pp. 425-440
Unit Lesson
Unit VIII is the second of a two-part discussion on toxic substances and risk assessment. The last unit of this
course covers chemical carcinogens, environmental pollutants, occupational toxicology, and toxicological
evaluation.
Chemical Carcinogens
According to the textbook, cancer is the second leading cause of death in the United States. There are one
million newly diagnosed cases of cancer each year and 1.5 million deaths annually (Roberts, James, &
Williams, 2015). Many factors can contribute to the development of cancer. Genetics, lifestyle choices, and
exposure to environmental factors can all play roles in initiating cancer. Inherited genes at the present time
cannot be controlled, but the latter two factors, lifestyle choices and environmental factors, can be controlled
to a certain extent to reduce the risk of developing cancer. Lifestyle choices include diet, exercise, exposure
UNIT VIII STUDY GUIDE
Chemical Carcinogenesis, Epidemiology,
and Human Health Risk Assessment
...
Considerations of the Ebola Outbreak, Haddon's Matrix and Reason's Swiss Chee...Wes Chapman
In 1970, Dr. William Haddon wrote a brilliant editorial that changed forever how we evaluate accidents and other failures in complex systems. The paper was titled, On the Escape of Tigers: An Ecological Note, and it looked at accidents through an etiological rather than descriptive approach. The work was immediately applied to automotive and aviation safety, beginning the enormous reduction in accidents in both fields that continues to this day. In 1990, Dr. James T. Reason published his first work on the role of barriers to sequential failure, and how they fail in truly catastrophic accidents. Together, their combined work forms the basis for much of the best practice for risk mitigation in the automotive, airline, oil & gas and healthcare industries. In this article, I take a look at the failed efforts to control the Ebola outbreak relative to the concepts of Drs. Haddon and Reason.
Its all about Bio terrorism. Here i am trying to involve all content(maximum) those are available on online like ready.gov; CDC. i think it will cover all information that are need to know.
Must be own work!!!!!! This is a 2 part assignment. There is a pap.docxrosemarybdodson23141
Must be own work!!!!!! This is a 2 part assignment. There is a paper and a power point.
1. For this assignment you will research an infectious disease and create a PowerPoint presentation on the findings by providing the following for the chosen disease:
· disease name, means of transmission and usual reservoirs
· etiologic agent, its general characteristics and key tests for identification (be specific for this microbe!)
· historical information to include when and who isolated the microbe and any significance of its name
· signs and symptoms of the disease
· microbial virulence mechanisms contributing to the disease process
· control or treatment for the disease
· current outbreaks or cases, both globally and locally (include incidence figures for each)
· prevention, particularly current research about a vaccine or other means of control/prevention
· Minimum five reliable Internet references, plus any other references used.
Please submit the completed presentation by clicking the upload button below. Use this naming protocol for your presentation:
LastnameFirstnamePresentation
Your presentation will be graded using the following criteria:
Disease etiologic agent
2 points
Transmission
3 points
Reservoirs
3 points
General characteristics of microorganisms specific, such gram stain, shapes
3 points
Key tests for identification (specific)
3 points
Signs and symptoms of disease
3 points
Historical information
3 points
Virulence factors
3 points
Control/Treatment
3 points
Prevention/ Vaccine info, new trials?
3 points
Local cases or outbreaks (with incidence figures)
2 points
Global cases or outbreaks (with incidence figures)
2 points
Spelling/grammar errors and image as needed.
2 points
References: properly done in APA format Must have 5, so -1 point for each one missing
5 points
TOTAL
40 points
2. The report should contain the following information
COVER SHEET must have a title with the name of the disease and must have the names of student
TEXT (main body of info)—double -spaced, single-sided pages, 12 point font.
Project Content
A. What is the causative agent of the disease? Is it a bacterium, a virus, a prion, or a eukaryote?
1. If it is a bacterium, what are the characteristics of the cell (Gram-reaction?, cell shape and arrangement? metabolic capabilities?).
2. If it is a virus, what are its characteristics (DNA, positive-strand RNA, negative-strand RNA, or retrovirus? enveloped or naked? how large is it? does it form a provirus? anyunique characteristics of its multiplication cycle?).
3. If it is a prion, what is a prion? Wherein the body does it occur? What is the function of the normal-type protein?
4. If it is eukaryote, is it a fungus, an alga, a protozoan, a platyhelminth, or a nematode? Is it multicellular or unicellular? What is its life cycle?
B. History: How long have we known about this disease?
1. Describe the changes in our knowledge and attitudes toward this disease throughout history.
C. Epidemiology: D.
● Assignment #1 and assignment #2 combine into a health risk .docxoswald1horne84988
● Assignment #1 and assignment #2 combine into a health risk
assessment report
● Assignment #1 is a description of the background associated
with the environmental hazard (Due February 17)
● Assignment #2 is an application and a site specific health risk
assessment that determines the impact of a hazard on a
population in a Canadian city (Due March 31)
This is a 1000-1500 word report on an environmental
hazard. The purpose of the report is to find and then
summarize key literature on an environmental hazard of
your choice. The literature must be from peer reviewed
journal articles and official government reports (from
Health Canada, the CDC and other major agencies). In
this report you must use your research to describe the 1)
origin, source and properties of a hazard 2) the route of
exposure, 3) the concentration of exposure thought to be
harmful to humans and 4) the suspected relationship
between exposure to hazard and a specific health
outcome.
General health risk assessment report (20%)
General health risk assessment report (20%)
● Must choose a hazard and specific health outcome
● Hazard must be something present in the environment of a
typical Canadian city
○ NO2 (ok)
○ Parasite that causes malaria (not ok)
● Health outcome needs to be specific
○ Hospitalization due to asthma (ok)
○ Type 2 diabetes (ok)
○ Influenza (ok)
○ Mortality (not ok)
○ Infant mortality (not ok)
The impact of student noise pollution on sleep
quality
•Hazard: Noise from students
•Route of exposure: Auditory contact/sound
•Health outcome: disrupted sleep
•Concentration of noise likely to cause sleep disturbance: 65 dB
Assignment #2
• Concentration of exposure in Westdale: number of days with level of
exposure in neighbourhood above 65 between 11 pm and 6 am = 4
• Vulnerable population: persons 65+
• Key finding: Upper limit of exposure concentration 750 people x 4 days =
3,000 disrupted person-nights of sleep per year
Example topic #1
The benefits of existing recreational play space on the
physical health of children
•Determinant (‘hazard’): Access to green space
•Route of exposure: Proximity (to child-friendly play space)
•Health outcome: Likelihood of independent play
•Concentration of exposure that would be beneficial: 1.6 Km considered
walkable by school boards in Ontario
Assignment #2
• Number of walkable parks/playgrounds within 1.6 Km of Strathcona: > 20,
though most would require crossing major street; only 1 large park that does
not require street crossing. This is a multi-use recreational space with a small
play area for young children
• Vulnerable population < 8 ~ 150
• Key finding: Children in the Strathcona neighbourhood have access to one
large park, but as a multi-use space, there is little infrastructure available for
young children
Example topic #2
The effect of radon gas on lung cancer risk
•Hazard: Radon gas
•Route of exposure: inhalation; most exposure is in the residential setting,.
Tasks1. Select any four of the following fundamental theories .docxjosies1
Tasks:
1. Select any four of the following fundamental theories:
· The Ten Commandments
· The Justification of Human Rights
· Utilitarianism
· Aristotelian Ethics
· International Ethics Standards for Business
· Distributive Justice
· The Entitlement Theory
· Fundamental International Rights
· Model Business Principles
· The Caux Principles
2. Using the Argosy University online library resources or the Internet, conduct research to analyze the ethical principles of the selected theories.
3. Create a chart in a Microsoft Word document comparing the four selected theories. Your chart must include the following:
· A description of the basic tenets of each theory.
· A description of the historical or social setting of each theory.
· An explanation of how the ethical principles of the selected theories apply to a corporate setting.
Submission Details:
· By the due date assigned, save your chart as a Microsoft Word document and name it as M1_A3_lastname_firstinitial.doc. Submit it to the Submissions Area. Include all citations in APA format.
Assignment 3 Grading Criteria
Maximum Points
Effectively analyzed and then reported the findings relative to the assigned topic.
24
Articulated key points in a clear, logical, and professional manner, with supporting evidence wherever required; actively contributed to the discussion by providing points of view with a rationale, challenging points of the discussion, or drawing relationships between points of the discussion.
12
Wrote in a clear, concise, and organized manner; demonstrated ethical scholarship in accurate representation and attribution of sources; displayed accurate spelling, grammar, and punctuation.
4
Total:
40
Bio-Response one
Microbiology plays an important role in the prevention and spread of diseases. Clinical microbiology furnishes the knowledge and capacity to identify organisms, their characteristics and how they influence health. Microbiologists are crucial in examining what antibiotics or vaccines are most useful against organisms, particularly in terms of communicable diseases. Public health microbiologists provide laboratory diagnosis, pathogen classification and susceptibility analysis. The data contributes to surveillance, outbreak investigations, and research which are essential components of prevention and control of infectious diseases for populations.
The primary function of public health microbiology is directed at disease prevention and control to assist in improving the community's health. This includes examination of specimens for the identification of disease, isolation and detection of a causative agent, determination of the infection, identification of carriers and location of sources of infection in the environment. Public health microbiology additionally provides referencing for identification of rare and atypical microorganisms, such as plague, and anthrax, and laboratory testing for diseases of public health significance such as rabies, botulism, and drug-resist.
Madhav Marathe and Anil Vullikanti will present a tutorial on computational epidemiology, along with Thomas L. Phillips Professor of Engineering Naren Ramakrishnan, at the 20th ACM SIGKDD Conference on Knowledge Discovery and Data Mining on August 24th, 2014 in New York City.
In this tutorial, the researchers will approach epidemics based on diffusion processes on complex networks, which are able to capture more realistic problems. They will provide a state of the art overview of computational epidemiology, a multi-disciplinary research area that overlaps different areas in computer science, including data mining, machine learning, high performance computing and theoretical computer science, as well as mathematics, economics and statistics.
1. The Hot Zone: BioWeapons, Epidemics, and Public Health
Biological WMD Nonproliferation and Public Health
Course Code: INTS 3705, Location: STURM 334
Seats Available: 25
Meeting Days/Time: Monday & Wednesday 2:00-3:50 p.m.
Credit Hours: 3
Instructor: Tony C. Williams, BS Eng., MBA, MA
Office Hours: Email me please. (tony.williams@du.edu)
Course Description:
This course presents global perspectives on the history of biological weapons as they
relate to global heath and epidemiology. We will be using this U.S. program as a
precursor to discuss and review several other international environmental health issues
and programs as they relate to epidemiological outbreaks and the threat to public and
environmental health.
We will be focusing on the political, cultural, environmental, health, and technological
factors involved in the development and spread of biological weapons since the end of
World War II and contemporary relevance. This course will introduce students to the
basics of epidemiology as well as unique issues in epidemiology when biological
weapons are used. The course includes not only how a disease would spread naturally,
but also how it could spread in case of BW attack. The class will serve as an introduction
to epidemiology as it relates to the varieties of bio-agents case studies, their purpose,
usage, and effectiveness. We will also review the various regimes and treaties pertaining
to this form of warfare, ethical issues concerning their possession, The Biological
Weapons and Toxins Convention and contemporary issues related to their existence or
application.
Course Requirements: Students are expected to attend lectures, read assigned book
chapters and articles, participate in class discussions and table top scenarios. Students
will take two case study response exams (midterm/final).
Assessment and Final Grade:
The first midterm examination will be based on individual and assigned group responses
to written in class “table top” outbreak scenarios (worth 35% of the overall grade for the
course). A similar final examination (also worth 35%) will take place during the finals
week. Students will have to prepare for these scenario examinations from course work,
discussions, scenario examples and readings. In addition, four short reaction paper
assignments and active participation in scenarios based on the assigned book chapters
will constitute the remaining 20% of the student’s grade and 10% will be from discussion
and attendance.
Reaction Papers: 20% (4 papers at 5% each)
Reaction Papers: Students may choose topic; 3 pages double spaced maximum.
2. Students are required to submit a total of three reaction papers. The reaction papers are
meant to provide a synthesis and critical reaction to the course readings for a particular
week. Papers should therefore not be limited to simply summarizing the readings, but
instead, should integrate thoughtful analysis that can include, for example, students’ own
reactions, questions left unanswered, how the author conveyed her/his argument, why this
topic is/is not important, etc. It is not necessary to inform the instructor beforehand of the
plan for submitting a reaction paper. Papers should be submitted by hard copy at the
beginning of the class for which the readings are chosen from.
Lectures Topics (10 sessions):
1 – Introduction to Public/Environmental Health
Proper environmental management is the key to avoiding the quarter of all preventable
illnesses which are directly caused by environmental factors. The environment influences
our health in many ways — through exposures to physical, chemical and biological risk
factors, and through related changes in our behavior in response to those factors.
The WHO states that thirteen million deaths annually are due to preventable
environmental causes. Preventing environmental risk could save as many as four million
lives a year, in children alone, mostly in developing countries. We will review antigens
and antibodies, vaccinations, how diseases spread, how antibiotics were, what causes
resistance to antibiotics? And what dangerous pathogens are how are they introduced in
our environment?
Hot Zone book and movie discussion.
Readings: Plague Wars – Ch 1-3, and Biohazard – Ch. 17
2/4-- Biosafety and Biosecurity
Basics of physical security and the unique parameters involved in Biosurety.
Asset identification, Vulnerability assessment
Pathogen control (repositories, 2-person rule, PRP, RF Tags)
Counter direct action operations (outsider threats)
Counter theft of pathogens or technology (insider threats)
Reduce risk of accidental release of pathogens (Sverdlovsk – one of the bigger
intelligence failures in U.S. history)
Promote biosafety/biosecurity awareness and education to enhance personnel security,
maintenance, safety monitoring, and pathogen control.
Legal issues – Patriot Act
What is our approach in the U.S.? What are we doing with universities and private labs
maintaining collections?
Readings: Plague Wars – Ch 8,20,28 and Biohazard – Ch. 15,20
3. Link to Dr Guillemin's lecture from a few years back at Emory (book on Anthrax and
Sverdlovsk)
http://www.sph.emory.edu/CPHPR/Triangle/Guillemin/Start_files/Default.htm
3 - *Water, Sanitation, and Hygiene
Lack of good drinking water and proper sanitation and hygiene result in 1.5 to 2 million
deaths per year, with the vast majority of the victims being children younger than 5 years
of age. Sustainable approaches to address these crucial environmental health needs in
developing countries will be discussed.
*Guest Lecturer – Ron Clemmer, environmental engineer specializing in solving water
and sanitation problems. He has lived and worked in China and Thailand, and has been
involved with projects in several developing countries.
Readings: Plague Wars – Ch 9, and Biohazard – Ch. 5,6,7
5 - *Security and Profits
Balancing commercial interests and counterproliferation objectives
International conventions and U.S. regulations governing the export of biological warfare
agents
*Guest Lecturer – Karen Howland, former CIA analyst and Korbel graduate, Karen’s
work in government was in the investigation of the international weapons trade where
she was an economic analyst at CIA for over four years covering various international
trade issues, including the trade in dual-use goods; export risk analysis as part of the
effort to prevent the proliferation of biological, chemical, and nuclear weapons. She
also represented the intelligence community on committees to assess the risk of
diversion of dual-use goods to military programs and countries subject to trade
sanctions.
Readings: Hot Zone – Project Ebola, page 46, and Biohazard – Ch. 12
6 - Pathogens and Outbreaks
Hot Zone Categories
Laboratory Hot Zone
Laboratory Principals of Design and Maintenance
Laboratory Engineering Biosafety and Biosecurity
ATCC and Iraq’s BW program, Amerithrax
Economic Terrorism/Agroterrorism – Rajneeshee, Aum Shinrikiyo, FMD (Plum Island),
BSE, Crop terrorism (Otar, KZ)
Readings: Plague Wars – Ch 13, and Biohazard – Ch. 7
7 - Epidemics and Source Investigations
CDC Agent Biosafety Classifications
Hospital Fundamentals of Patient Care and Medical Procedures
Readings: Plague Wars – Ch 6,7,8, and Biohazard – Ch. 21
8/9 - Nonproliferation in the FSU and the US/Bio-weaponeering programs
4. Microbiology, epi, BSL labs and outbreak response
Historical programs – US, UK, USSR, Japan, SA, Iraq
Deploying modern diagnostics to eliminate need for multiple reference pathogen
collections
EDPs consolidated into secure repositories at the Central Reference Laboratories (CRLs)
Readings: Plague Wars – Ch 14,15,21,29 and Biohazard – Ch. 14,15,16,21
10 - Political Considerations in the handling of Epidemics and Especially Dangerous
Pathogens (EDP’s)
Facilitate transfer of pathogens and data to U.S. DoD and other USG entities (e.g.,
Centers for Disease Control and Prevention)
Enhance recipient state diagnostic response capability via trained epidemiological teams
equipped to investigate outbreaks of human and veterinary especially dangerous
infections
Enhanced reporting, detection, and response capability for human and veterinary EDPs
Provide dedicated transport for samples and pathogen consolidation
What should WHO be doing that it is not? Are we ready to handle SARS, AI, or a major
pox or hemorrhagic outbreak?
Articles will be distributed in class for scenarios and chapters and class topics may
vary as necessary.
Required Texts (available at bookstore)
Plague Wars: The Terrifying Reality of Biological Warfare by Tom Mangold and Jeff
Goldberg
Biohazard: The Chilling True Story of the Largest Covert Biological Weapons Program
in the World--Told from Inside by the Man Who Ran It by Ken Alibek and Stephen
Handelman (Paperback - April 11, 2000)
"http://www.amazon.com/Biohazard-Chilling-Largest-Biological-World-
Told/dp/0385334966/ref=sr_1_1?ie=UTF8&s=books&qid=1232651103&sr=1-1"
The Hot Zone: A Terrifying True Story by Richard Preston
"http://www.amazon.com/Hot-Zone-Terrifying-True-
Story/dp/0385495226/ref=pd_sim_b_5" o "The Hot Zone: A Terrifying True Story
(Paperback)"
Scenario/Case Study Examples:
One of the case studies for the group may be to establish a Threat Assessment Detection
and Response (TADR) epidemiological system in a new country (say Kenya) and what
the local government may think would be most cost-effective solution. What to do when
5. very sick people are found getting off of airplanes or have recently ridden on a plane (48
hours ago).
6. very sick people are found getting off of airplanes or have recently ridden on a plane (48
hours ago).