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. Author manuscript; available in PMC: 2016 Jan 1.
Published in final edited form as: Acta Trop. 2014 Aug 4;141(0 0):361–367. doi: 10.1016/j.actatropica.2014.07.017

Table 1.

Lawa project components.

Component Description Intended Impact/Benefit
Treatment and
Intensive Education
Tailored treatment program with
intensive education in different age
groups including adults, employing a
range of media and information
technologies including video, placed
in key locations (village markets,
shops, community centers, etc.).
People in community both infected
and non-infected have knowledge
and are aware of the cause of liver
fluke infection.
School-based IEC
and Science
Curriculum
Integrating of liver fluke disease
ecology in science curriculum using
primary school students, and junior
high school.
Students who live in the community
with their parents have knowledge
and aware of the causes of liver
fluke infection. They also have
knowledge are a competent to
remind parents not to eat raw fish.
Technical Training
for Liver Fluke
Control
Community hospital staff and
community volunteer training
programs.
Community hospital staff and public
health volunteers are capable to
oversee liver fluke control program
suitable to their villages, are
competent to make
recommendations and monitor
peoples’ eating behavior in the
village.
Manual of Liver
Fluke Control
Strategy
Production and distribution of a
manual for establishing community-
based liver fluke control programmes
aimed at district and village-level
administrators, school administrators,
community health volunteers and
other key groups.
As a media for distribution, as well
as the manual for community
hospital staffs and public health
volunteers to study for their
references.
Disease Surveillance
and Environmental
Monitoring
Continual measurement of liver fluke
prevalence in treated human
populations, and host wildlife
populations (snails and fish).
Investigate and monitor
environmental conditions that
promote infection.
Detect environmental trends in
relation to snail and fish host
ecology potentially associated with
liver fluke transmission dynamics.