
BUZZ is the word…
How are we
at-risk for Vector Borne Diseases?
Epidemiology
is a branch of medical science that deals with the occurrence, distribution,
and control of diseases in a population.
The study of any disease and its inherited associated risk to the human population is of significant
value. Presently though the implication
of Vector Borne Diseases on public health, and the related public policies that
stem from these issues, is of the utmost importance for an informed and safe
public.
You will work in teams of four to research, develop, and present a public policy proposal that addresses the prevention of an epidemic. During a town meeting your team will present a written proposal and a PowerPoint presentation incorporating your findings and your public policy to all the stakeholders.
Process
Your team is expected to follow the steps outlined below for a successful project.
·
Your
team will be assigned one of the following diseases (maximum 2 teams per disease).
-
Lyme Disease - Deer Ticks
-
Malaria – Mosquitoes
-
Encephalitis – Mosquitoes (
West Nile Virus – new )
-
Dengue Fever - Mosquitoes
·
Each
team will include the following stakeholders:
a public health official, a medical
doctor, an environmentalist, and a public advocate.
-
The public health official: an epidemiologist from the
Center for Disease Control (CDC); an
expert on disease, disease history, transmission, and probability; involved in
public education and reporting.
-
The medical doctor: a specialist in disease,
symptoms, transmission, treatment, prevention, and cost. Also interested in
public education.
-
The environmentalist: an expert on environmental
issues, existing policies on vector borne diseases, and the use of pesticides
or alternatives.
-
The public advocate: a watchdog for the
community; always asking the right questions of the other experts; negotiator
for the best policy that services everyone’s needs.
·
Your
team must research a particular disease in terms of cause, symptoms, diagnosis, treatment, cure, prevention, and cost.
·
Use
the Background,
Resources, and Guiding Questions sections
below as a starting point and guide.
·
Your
team must use the TIPS Public Policy Analyst / PPA Site http://www.maxwell.syr.edu/plegal. Research
existing public policies on your
topic and
submit a
preliminary report using the PPA Worksheets # 1- 6.
·
Use the data collected and prepare a final Written Proposal in the following
way:
-
Typed
and double-spaced on standard letter size white bond paper (81/2” x 11”).
-
Use
font size 10 or 12 only.
-
Include
a Title Page – title, course, names
of team members, teacher, due date
-
Divide
it into the following sections:
a)
Introduction - Reasons for Public Concern
b)
Background / History of
Disease
–including causes, symptoms, diagnosis,
treatment, cure, prevention, and cost.
c)
Existing Public Policy – an analyst of the
existing public policy(ies), as well as their effectiveness and feasibility.
d)
Proposed Public Policy – your team’s proposal on
new public policy addressing this issue or the amendments to existing policies.
Include their effectiveness and feasibility.
e)
References – use APA format.
f)
Appendix – include a log of team
roles, sessions, activities, and data.
g)
HINT: Use the Written Proposal Rubric to guide you.
·
Prepare
a PowerPoint Presentation to be
shown in class that demonstrates your
creativity and the knowledge acquired about your topic. Be sure to include
much
of the same material as in the Written Proposal. Note:
Each team member must have an opportunity to present.
·
Be
prepared for a question and answer session at the end of the presentation.
Helpful key terms and topics to research:
·
Epidemiology
·
Lyme
Disease
·
Malaria
·
Sickle
cell anemia
·
Hardy
Weinberg Theory
·
Hardy
Weinberg Equilibrium
·
Dengue
Fever
·
Encephalitis
·
West
Nile Virus
·
Vector
Borne Diseases
·
Mosquitoes
·
Deer
Ticks
·
Pesticides
TIPS Public Policy
Analyst / PPA Site http://www.maxwell.syr.edu/plegal
Center for Disease Control / CDC http://www.cdc.gov/
Lyme Disease
· http://www.cdc.gov/ncidod/eid/press r/levin.htm
· http://www.cdc.gov/ncidod/eid/vol1no1/morse.htm
Malaria
· http://www.cdc.gov/ncidod/eid/vol4no3/cetron.htm
· http://www.cdc.gov/ncidod/eid/vol1n02/wilson.htm
·
West Nile Encephalitis
· http://www.cdc.gov/ncidod/eid/vol3no2/telford.htm
· http://www.cdc.gov/ncidod/eid/vol5no5/hubalek.htm
Dengue Fever
· http://www.cdc.gov/ncidod/eid/vol1no2/gubler.htm
Global Vectors
· http://www.cdc.gov/ncidod/eid/vol4no3/gulber.htm
· http://www.cdc.gov/ncidod/eid/vol4no3/gulberg.htm maps
World-Wide
Web Virtual Library http://www.epibiostat.ucsf.edu/epidem/epidem.html
West
Nile Virus http://www.usgs.gov/west_nile_virus.html
http://www.usgs.gov/wnvfactsheet.html
http://www.cdc.gov/od/oc/media/pressrel/r991004.html
http://www.sightings.com/ufo6/mose.html
Neurological
Diseases and Viruses http://www.uct.ac.za/depts/mmi/jmoodie/neurol2.html
Writing
Papers http://www.ucc.vt.edu/studysk/writpap.html
Social Issues:
·
Is
public information regarding disease transmission readily available or posted
at
high- risk sites?
·
Should
curfews on outdoor activities exist?
·
Should
people be required to drain their pools?
·
How
do we protect people whose occupation expose them to hazardous environment
(i.e. park employees, sanitation workers, life guards,
etc…).
Medical Issues:
·
How
is the disease transmitted?
·
What
are the causes, symptoms, diagnosis, cure, treatment, and prevention of this
disease?
·
What
are the consequences of living with the disease?
Environmental Issues:
·
Should
we restore wetlands if they promote an increase in insect populations?
·
How
do pesticides disrupt normal ecosystems?
·
What
is the effect of weather / climate on the outbreak of vector borne diseases?
·
What
is the effect of animal migration patterns on vector born diseases?
Economic Issues:
·
What
is the cost of using pesticides?
·
What
is the cost of medical treatment and/or prevention?
·
What
is the cost of research and education?
Ethical Issues:
·
Should
animals be sacrificed in order to prevent possible outbreaks?
·
Should
animals be used in research?
·
Are
minorities more likely to be exposed to vector borne diseases?
·
Should
people with chronic illnesses resulting from exposure be denied employment?
Grading
Policy: This project is 25% of your final grade.
Performance Objectives:
(1)
Preliminary
Report 5%
(2)
The
Written Proposal 10%
(3)
A
PowerPoint Presentation 10%
· Project Rubric
|
|
Beginning
1/2
|
Developing
2/4
|
Accomplished
3/6 |
Exemplary
4/8 |
Score |
|
Power point presentation Scale=0-8
|
Presents the audience with the minimum amount of data
to support the proposed policy. |
Presents the audience with several sources of data in
an organized format to support the proposed policy. |
Presents the audience with enough data in a creative
and organized format to support the proposed policy. |
Presents the audience with enough relevant data from
primary sources as well as online sources to support the analysis of their
proposed policy. |
|
|
Written proposal Scale=
0-8
|
Incomplete, but follows the format presented in the
PLEGAL web page. |
Complete with too few analyses of existing policies. |
Complete with additional references for a more relevant
selection of the appropriate policy. Debates over two policies. |
Complete and additional references, participation in
policy-making, for a more convincing argument for the proposed policy. Debates over several policies. |
|
|
Website search Scale= 0-4
|
Too few links relevant to the proposal. |
Enough links, but limited to few organizations that
support the proposal. |
Excellent resources for the support of two policies. |
Excellent resources for the support of several
policies. |
|
|
Public policy analysis
protocol use Scale= 0-4
|
Minimal use of the PPA site. |
Sufficient use of the PPA site. |
Used the PPA site and additional resources. |
Used the PPA site effectively and contributed to the
updated version of the PPA site. |
|
Project Due Date
June 2, 2000