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Printable Handouts
Navigable Slide Index
- Introduction
- Before we begin...
- Outline
- Goals for this lecture
- What is epidemiology?
- What is the importance of epidemiology?
- Person (or animal), place and time
- Cycles of disease
- Endemic, epidemic, pandemic
- Endemic vs. epidemic
- Disease cycles in humans and other animals
- Epidemiologic triad
- Host factors
- Pathogen/parasite factors
- Vector factors
- Environmental factors
- Epidemiological measures
- Incidence rate (1)
- Incidence rate (2)
- Global malaria incidence
- Age adjustment for incidence is critical
- Prevalence
- Comparing incidence and prevalence
- Sporozoite rate
- Entomological inoculation rate - EIR (1)
- Entomological inoculation rate - EIR (2)
- Vector competence
- Basic reproductive rate - R0(1)
- Basic reproductive rate equation
- R0 determines transmission stability of an infection
- Basic reproductive rate and herd immunity
- Vectorial capacity
- The vectorial capacity equation
- Vectorial capacity spreadsheet
- Minimum infection rate - MIR (1)
- Minimum infection rate - MIR (2)
- Minimum infection rate - MIR (3)
- Burden of disease - DALY
- Global DALY rates from malaria
- Field-based approaches in vector-borne diseases
- Steps in new outbreak investigation
- Vector incrimination
- Steps in vector incrimination
- Review questions
- References
- Acknowledgements
Topics Covered
- Introduction to the field of epidemiology
- Determinants of disease
- Epidemiological measures
- Field based epidemiology of vector-borne diseases
Links
Series:
Categories:
Therapeutic Areas:
Talk Citation
Harrington, L.C. (2020, June 12). Epidemiology of vector-borne diseases [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved December 26, 2024, from https://doi.org/10.69645/SOKW6431.Export Citation (RIS)
Publication History
Financial Disclosures
- Dr. Laura C. Harrington has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
A selection of talks on Microbiology
Transcript
Please wait while the transcript is being prepared...
0:00
Hello,
my name is Laura Harrington
and I'm a professor of
entomology at Cornell
University in Ithaca, New York.
My research focuses on the biology
and behavior of disease vectors.
Today I'm going to tell you
more about the epidemiology
of vector borne infections.
0:24
Before we begin I would like to tell
you about some additional topics
that would be useful to review
before you listen to this lecture.
In particular, I'd like
you to review the lectures
on the transmission of
vector borne infections.
Also review the
lectures on arboviruses
and the biology of malaria.
We'll be using examples
of arboviruses and malaria
to highlight epidemiology
in this lecture.
In addition, this lecture will focus
on biologically transmitted agents.
Although there are other
modes of transmission,
we will not be covering
those modes, including
mechanically transmitted agents.
1:10
Here's an outline for
the lecture today.
I'll begin with an introduction
to the field of epidemiology,
including definitions
of epidemiology
and a discussion of
why epidemiology is
important in the study of
vector borne infections.
I'll then provide you with some
examples of the different types
of determinants, or factors, that
influence disease transmission.
We will then go into several
different important epidemiological
measures which are
used by epidemiologists
to study vector borne infections.
I'll then present some examples of
field based epidemiology, including
the steps in investigating
a disease outbreak,
as well as the steps in
vector incrimination.
I'll conclude with a review,
including several questions for you
to think about within the
context of today's lecture,
as well as some useful
references for further reading.