Sister project in Colombia:
Healthy Schools: Reducing dengue and diarrheal diseases in primary schools in Colombia -HEALTHPLATFORM in primary schools in Colombia -HEALTHPLATFORM
Maria Ines Matiz
Health and Environment Institute El Bosque University
Bogota, Colombia
Diarrhea and Dengue (DIADEN) Midterm Workshop 2012 25-27 January, 2012, Khon Kaen, Thailand
COLOMBIA
Colombia is located in the northwest of South America and has coasts on both the Caribbean Sea and the Pacific Ocean.
The striking variety in temperature and precipitation results principally from
differences in elevation. Temperatures range from very hot at sea level to relatively cold at higher parts of the Andes.
Colombia is among the 17 mega-diverse countries according with United Nations Environment Programme UNEP.
COLOMBIA
Ø Government: Democracy, with 4-year presidential periods
Ø Capital: Bogotá (largest city) 4°39′N 74°3′W
Ø Ethnic groups: 58% Mestizo -
20% White - 14% Mulatto - 4% Afro 20% White - 14% Mulatto - 4% Afro Colombian - 3% Zambo -
1% Amerindian
Ø Area: 1,141,748 km2 - Ø Population:
August 2012 estimate: 45,925,397
Ø Economy: Colombia is mainly dependent on agriculture, coffee, flowers, oil and coal.
COLOMBIA
Ø Social inequality
Ø Inefficient political leadership
Ø Population displaced by violence or natural disasters Ø Problems of narcotraffic, guerrilla and paramilitary
Ø Communities, especially in rural areas, with unmet basic needs Ø Communities, especially in rural areas, with unmet basic needs
Foto: Agencia EFE
Foto: El Espectador Foto: http://auracristinperez.wordpress.com
UNIVERSIDAD EL BOSQUE
Ø Is a private university, founded by a group of medical doctors 35 years ago,
for this reason has a general emphasis on health.
Ø Currently has 22 undergraduate programs,
74 graduate programs, with 6700 and 1407 students respectively Ø Research center has
7 Research Institutes
32 research groups
Diarrhea and Dengue HEALTHPLATFORM
“Healthy Schools – Reducing dengue and diarrheal diseases in primary schools in diarrheal diseases in primary schools in
Colombia”
International National Local Rural schools
• 3-year initiative (2010-2013)
• Funded by the Norwegian Research Council
• Partners at the international, national, and local levels
PROJECT OVERVIEW
University of Life Sciences, Norway
Liverpool School of Tropical Medicine, UK
London School of Hygiene and Tropical
Medicine, UK
Institute for Infectious Disease Control, Sweden
Universidad El Bosque
Public Health Laboratory, Cundinamarca
Lazos de Calandaima Foundation
Municipality of Anapoima
Municipality of La Mesa
School principals
Community leaders
Pupils
Teachers
Kitchen personnel
Research Team
INTERNATIONAL
Thor-Axel Stenstrom Hans Overgaard
Audrey Lenhart Razak Seidu Neal Alexander
NATIONAL
Sandra Vargas
Víctor Alberto Olano Juan Felipe Jaramillo Diana Sarmiento María Inés Matiz
National support staff
o Field Technicians Laura Hernández Nancy Herrera Rosa Silva
Ana Cuéllar
Laboratory Technician o Statistical support:
Ehidee Gómez
o Financial statement / accounts Olga Quimbayo
Fabian Mora
Grupo contabilidad Fundación o Laboratory Technician Humberto Mosquera o Monitoring absences
Anapoima La Mesa Grupo contabilidad Fundación
Lazos de Calandaima o Young researchers
Sergio Salas Laura Cabezas
María Fernanda Molina Ximena Roncancio
STUDY AREA
La Mesa Municipality
Inhabitants 27.894
Temperature average 22°C
Height Height 1.200 masl Urban area:
2.75 Km2 Rural area:
145 Km2 Total area:
148 Km2
Anapoima Municipality
Inhabitants:
13.659
Temperature average:
24-28C 24-28C
Height: 700 masl
Urban Area 327.96Ha Rural Area 11636.41Ha Total Area : 11964.37Ha
Rural schools
Rural schools
Rural schools
Rural schools
Rural schools
Anapoima
No. of schools: 17 Total teachers: 19 Total of Students: 262
Age: 5-16 years old Courses: 0-5 grade
Altitude:
El Consuelo 588 masl Palmichera 1089 masl
La Mesa
No. of schools: 18 Total teachers: 27 Total of Students: 459
Age: 5-16 years old Courses: 0-5 grade
Altitude:
La Vega 712 masl Buenavista 1610 masl
Contribute to improved health and welfare in Colombian school children by evaluating the impact of school-based diarrhea and dengue control interventions .
MAIN PROJECT OBJECTIVE
control interventions .
1
• Reduce exposure to dengue risk factors in schools:
• Reducing dengue mosquito vector populations
• Reducing exposure to solid waste surrounding schools
2
• Reduce exposure to diarrheal risk factors in schools:
• Improving drinking water quality
• Improving hand-washing practices
• Improving hygiene
SPECIFICS PROJECT OBJECTIVES
2
• Improving hygiene3
• Reduce the incidence of diarrheal diseases (and potentially dengue fever) in school children.
4
• Reduce the number of absence episodes and length of those due to these illnesses
PROJECT COMPONENTS -BASELINE RESULTS-
ENTOMOLOGICAL
COMPONENTS ENVIRONMENTAL
HEALTH SOCIO
CULTURAL
ENTOMOLOGICAL RESULTS
Immature
stages survey
Aedes aegypti INFESTATION
Adult
mosquito survey
Laboratory
Identification
Aedes aegypti , Breeding Sites
2011
2011
SOCIAL/HEALTH RESULTS
KAP SURVEYS
ABSENCES REGISTER
TEACHERS
PUPILS
METODOLOGY
RESULTS
KNOWLEDGE, ATTITUDES AND PRACTICES DENGUE AND DIARRHEA - TEACHERS FROM LA MESA
VARIABLE KNOWLEDGE ATTITUDES PRACTICES
DENGUE Y DENGUE Y
DIARRHEA Medium High High
DENGUE Medium High Medium
DIARRHEA Medium High High
KNOWLEDGE, ATTITUDES AND PRACTICES DENGUE AND DIARRHEA - TEACHERS FROM ANAPOIMA
VARIABLE KNOWLEDGE ATTITUDES PRACTICES
DENGUE Y
DIARRHEA Medium High High
DIARRHEA Medium High High
DENGUE Medium High Medium
DIARRHEA Low High High
KNOWLEDGE, ATTITUDES AND PRACTICES DENGUE AND DIARRHEA - STUDENTS FROM LA MESA
VARIABLE KNOWLEDGE ATTITUDES PRACTICES
DENGUE Y
DIARRHEA Medium
High Medium
DENGUE Low
DIARRHEA Medium
KNOWLEDGE, ATTITUDES AND PRACTICES DENGUE AND DIARRHEA - STUDENTS FROM ANAPOIMA
VARIABLE KNOWLEDGE ATTITUDES PRACTICES
DENGUE Y
DIARRHEA Medium
High Medium
DENGUE Medium
DIARRHEA Medium
Daily record of absences by
the teacher
The teacher establishes the
reason for
METHODOLOGY ABSENCES
reason for absence
Collecting of the registers each
week in 2012
Phone call with a list of
symptoms
Reason for Absence. Anapoima. July-August 2011
23.8
4.8
19
25.3
20.8
6.3
INFORMANTE %
MADRE 44.6
PADRE 3.6
ABUELOS 1.2
HERMANO 7.6
PRIMOS 1.2
TIOS 4.8
MISMO NIÑO 23.3
AMIGO 3.6
SIN DATO 8.4
OTRO 1.6
Reason for Sickness absence. Anapoima,July-August 2011
OTRO 1.6
9
13 2
2
Gripa Otro Faringoamigdalitis Fractura
19 15
7 4
4 3
Fiebre Dolor de cabeza Diarrea Vomito Tos-mocos Dolor cuerpo
30.5
6.6
12.9
18.8 22.8
8.4 0.0
5.0 10.0 15.0 20.0 25.0 30.0 35.0
INFORMANTE %
MADRE 34
PADRE 3
ABUELOS 3
HERMANO 9
PRIMOS 0
TIOS 2
Reason for Absence La Mesa. Julio-Agosto 2011
Reason for Sickness absence. La Mesa, July-August
MISMO NIÑO 22
AMIGO 2
SIN DATO 25
OTRO 2
Reason for Sickness absence. La Mesa, July-August 2011
7
28 1
1 2
14
48
0 10 20 30 40 50
Diarrea Gripa Faringoamigdalitis Fractura Eruptiva infancia Otro Dato perdido
ENVIRONMENTAL RESULTS
Microbiological analysis
water
Criteria
school conditions
Physiochemical
analysis
Results
Total coliforms and E. coli results in
drinking water
Total coliforms
(CFU/100 ml) E. coli
(CFU/100 ml)
Level Bacterial counts
I 1 – 10
II 11 – 100
III 101 – 1000 IV 1001 – 10000
V > 10000
Item / Criteria
• Water source
• Water supply frequency
• Albercas (Type of Low Tank)
• Tanks Covered
• Internal water treatment
• Sinks
• Toilets
• Toilets cleaning
• Waste water disposal
• Solid waste disposal
Max 75,6 Min 13,8 Media 47,1 Mediana 35,4
Max 70,6 Min 20,0 Media 49,0 Mediana 53,2
SCHOOLS INTERVENTIONS
Dengue
Ø
Diarrhea Dengue
Dengue
&
Diarrhea
Control
DENGUE
INTERVENTION STRATEGIES FOR MOSQUITO CONTROL Aedes aegypti
Covering tanks
Immature forms
Curtains impregnated with insecticide
Adult forms
pyriproxyfen
Rubbish collection campaign
with insecticide
WATER
Filter
HYGIENE
Handwashing
DIARRHEA
INTERVENTION STRATEGIES FOR THE PREVENTION OF DIARRHEA
Cover
and clean tanks Cleaning bathrooms
INTERVENTION
Education and social mobilization
• Educational program integrating aspects of health,water,sanitation and hygiene
Education
• Establishing
mechanisms for community
participation and surveillance
Social
mobilization
THANK YOU
Diana Patricia Rojas Álvarez, Grupo enfermedades transmitidas por vectores, Subdirección de vigilancia y control en salud pública, Instituto Nacional de Salud(2011)
Diana Patricia Rojas Álvarez, Grupo enfermedades transmitidas por vectores, Subdirección de vigilancia y control en salud pública, Instituto Nacional de Salud(2011
Registro histórico de los Casos notificados de dengue
58
69
30 40 50 60 70 80
Casos de dengue, Anapoima 2007-2010
Fuente: SAA oficina de epidemiologia SSC
Incidencia de casos notificados como probables: 42 X100.000 habitantes
11
25
0 10 20 30
2007 2008 2009 2010
Descripción de los casos de dengue notificados. 2010
Dengue 95.7% (66) dengue grave 4.3 % (3)
Edad:
15 a 44 años 60.9% (42), 45 y más años 29.% (20),
5 a 14 años 8.7% (6) 5 a 14 años 8.7% (6)
1 a 4 años 1.4% (1)
Sexo: femenino 60.9% y masculino 39.1%
Procedencia de los casos:
cabecera municipal 71%, centro poblado 14.5 %
rural disperso 14.5%.
Fuente:http://www.google.com.co/imgres?imgurl=http://elpoderdemiami.com/wp-content/uploads/2008/09 http://www.google.com.co/imgres?imgurl=http://www.culsans.com.ar/wp-content/uploads/2009/03/dengue_charata05.jpg&imgrefurl http://www.google.com.co/imgres?imgurl=http://www.talcualdigital.com/imagesbank/avances/27720102527200.jpg&imgrefurl
Cabecera municipal:
71%
Centro poblado Inspecciones: 14.5 %
Descripción de los casos de dengue notificados. 2010
Rural: 14.5%
Número de casas positivas x 100%
Número de casas inspeccionadas
VIGILANCIA ENTOMOLÓGICA
INDICES DE INFESTACION LARVARIOS
Índice de vivienda
Índice de depósito
Número de depósitos positivos x 100%
Número total de depósitos inspeccionados
Número de depósitos positivos x 100 casas Número total de casas inspeccionadas