Ecologists can enable communities to implement malaria vector control in Africa
Vector Control - BVS
-
Upload
khangminh22 -
Category
Documents
-
view
0 -
download
0
Transcript of Vector Control - BVS
2
TABLE OF CONTENTS
List of Abbreviations ...................................................................................................................................................... 3
Acknowledgements ........................................................................................................ Error! Bookmark not defined.
1. Introduction ............................................................................................................................................................... 4
Background ............................................................................................................................................................ 4
Vision, Mission and Objectives .............................................................................................................................. 4
Situational analysis ................................................................................................................................................ 4
2. Operational Overview ................................................................................................................................................ 8
Key Achievements ................................................................................................................................................. 8
Major Activities and outputs ................................................................................................................................. 8
Workshops Attended/Facilitated .......................................................................................................................... 9
Major Challenges ................................................................................................................................................... 9
3. Statistical Analysis .................................................................................................................................................... 10
4. Financial Analysis ..................................................................................................................................................... 14
5. SWOT analaysis ........................................................................................................................................................ 15
Strengths .............................................................................................................................................................. 15
Weaknesses ......................................................................................................................................................... 15
Opportunities ....................................................................................................................................................... 15
Threats ................................................................................................................................................................. 16
6. Recommendations ................................................................................................................................................... 17
7. Conclusion ............................................................................................................................................................... 19
8. Appendices .............................................................................................................................................................. 20
3
LIST OF ABBREVIATIONS
All acronyms and abbreviations that appear in the report should be listed here, particularly jargon related to the
relevant technical area/health region/facility. Sample below:
ULV Ultra Low Volume
IRS Indoor Residual Spraying
E.U. European Union
EMMIE Elimination of Malaria in Meso America and the Island of Hispaniola
AMI/RAVREDA Amazon Malaria Initiative
USAID United States Agency for International Development
NHI National Health Insurance
PAHO Pan American Health Organization
CHW Community Health Worker
VC Voluntary Collaborator
ABER Annual Blood Examination Rate
API Annual Parasitic Index
WHO World Health Organization
COMBI Communication for Behavioral Impact
IEC Information, Education and Communication
BTB Belize Tourist Board
BTIA Belize Tourism Industry Association
DFID Department for International Development
INDRE Institute for Epidemiologic Diagnosis and Reference (Mexico)
4
1. INTRODUCTION
BACKGROUND
Under the Environmental Health Unit, the Vector Control Program has the responsibility for implementing
surveillance, prevention and control measures to protect the population against vector borne diseases, particularly
Malaria, Dengue, Chikungunya, Zika and Chagas. It executes, on an ongoing basis, a series of Malaria and Dengue
control activities such as: active and passive case detection; presumptive and radical case treatment with a 14-day
treatment scheme; adult mosquito control via indoor house spraying (using Deltamethrin 5% WP and Lambda
Cyhalothrin 2.5 EC for thermal fogging) and spatial Ultra Low Volume (ULV) spraying using Malathion 96%; chemical
larvae control with Temephos in granular and liquid formulations; and health education in schools. The Ministry in
its effort to carry out an integrated approach to vector control also uses Natular DT (spinosad) as a biological larvicide
for containerized water; likewise, Altosid (methoprene) is being utilized for larvae control in drains and larger
breeding sites. The use of long lasting insecticide treated bednets in Malaria high risk communities is also part of our
integrated strategy. Dissemination of IEC materials and the use of COMBI – communication for behavioral impact is
also used which focuses on behavioral change to address habits which contribute disease transmission.
VISION, MISSION AND OBJECTIVES
To reduce the social and economic effects of vector borne diseases in Belize by implementing prevention and control
measures based on the principles of integrated vector management
Objectives:
To conduct active and passive surveillance of vector borne diseases
To conduct Public Awareness and Education of major vector borne diseases
To achieve a 20% reduction in the incidence of Dengue by 2020
To eliminate autochthonous transmission of Malaria by 2020
SITUATIONAL ANALYSIS
MALARIA SITUATION
Belize is poised to eliminate malaria by the year 2020, a goal set and affirmed by all countries of Mesoamerica and
the Island of Hispaniola in the 2013 Meeting of the Council of Ministers of Health of Central America and Dominican
Republic (COMISCA). Nine countries, seven from Central America and two from the Island of Hispaniola, are part of
the Global Fund financed “Elimination of Malaria in Mesoamerica and the Island of Hispaniola” (EMMIE). The project
aims to accelerate the efforts to eliminate malaria, urging all countries to reach zero autochthonous malaria cases
by the year 2020. Belize’s commitment to malaria elimination is reflected in their National Malaria Elimination Plan
2015-2020 which is guided by the following global and regional plans:
WHO - Global Technical Strategy for Malaria - 2016 – 2030
PAHO - Plan of Action for Malaria Elimination 2016-2020
AMEXCID - MesoAmerican Master Plan for Malaria Elimination
5
Strategic Plan for Malaria Elimination in Central America and the Island of Hispaniola - 2015 - 2020
Between 2000 and 2016 the country achieved a 99.7% reduction in cases from 1,486 cases to 5 in 2016. Malaria
continues to be concentrated mostly in the Southern and Northern districts and likewise cases are now concentrated
in a few communities. Of the 5 cases in 2016, there were 2 imported from Nicaragua and Guatemala. In 2016
indigenous transmission occurred in Trio Village alone but there are several localities at risk or with recent
transmission – therefore we have 27 foci (areas with various level or risk for transmission) under close surveillance.
All cases were investigated, classified, and had various levels of supervised treatment based on patient
access/availability. Data reported for 2015 and part of 2016 was verified in the external validation process carried
out independently by the Global Fund and PAHO from the 24th October to 1st November 2016.
The period between 2014 and 2015 which saw the introduction of a grants by the EU and the Global Fund (EMMIE),
both contributed significantly in achieving a 50% reduction in cases when comparing is to the 2013 baseline of 26
cases. Important to note is that of the 13 cases reported in 2015, investigations revealed 9 were local and 4
imported. During the execution of EMMIE activities which ran from August 2014 to July 2016, the country went from
19 cases in 2014 to 3 cases at the closing period. The EMMIE start up phase closed the program saw:
procurement of various equipment were procured to strengthen the GIS component of the program, this
included the purchasing of desktop computers, GPS devices, printers etc.
diagnosis improved through the procurement of microscopes and some lab furniture
Health Education and Community Participation Bureau (HECOPAB) greatly improved by supplying all 8
offices country wide with mobile education kits which included with tents, tables, chairs, and projector
screens
Improved entomological surveillance of the program with the procurement of equipment for mosquito
trapping and rearing to support the monitoring of insecticide resistance and vector identification
development of various IEC materials
procurement of 3 pickup trucks – 2 in Stann Creek and in 2016 the procurement of 1 for San Ignacio. This
resulted in improved active surveillance, timely interventions, widened coverage of spraying operations and
supervised treatment for patients.
Apart from the EMMIE project there was also:
Completion of the first National Malaria Guidelines (including treatment protocol)
Indoor Residual Spraying of over 8,000 homes in 56 localities, and protecting a population of just over
30,000
Distribution of approximately 4,000 bed nets
Distribution of over 400 kits to Malaria voluntary collaborators and community health workers to equip
them to take blood smears for malaria testing
The current focus is on border areas and communities with highly mobile populations, especially to endemic regions.
This includes workers in the sugar cane, citrus, banana and tourism industries which not only have a high population
of immigrant workers, but a mobile one as well.
Plasmodium vivax account for 100% of detected cases, as p. falciparum was eliminated in 2006. Long Lasting
Insecticide Treated Bed nets (LLIN’s) are now used in combination with IRS in areas with transmission, this
combination of interventions along with supervision of treatment has produced great results. In 2017 the plan is to
improve on both passive and active surveillance, re-distribute bed nets, cut down on the turn around time from the
6
time a slide is taken to treatment administered, treatment supervision, and classification of foci to determine
necessary actions.
DENGUE AND OTHER EMERGING VECTOR BORNE DISEASES
Since the introduction of Dengue in Belize in 1978, the disease have changed its characteristics of being an urban
disease to now affecting many rural communities on an annual basis during the rainy season which runs from June
to November. There are a relatively low number of cases during the dry season which is from January to end of May;
this is followed by a sharp increase in the middle of June extending to the middle of October. Between October and
December, there is a gradual decrease in the number of cases.
Over time many rural communities have grown significantly and can be classified as being “urban like”, meaning that
many of the contributing factors which exit in an urban setting also exits in the rural setting. Factors such as poor
garbage disposal, drainage, tire shops/disposal of tires and storage of water exist in both settings. Over the past
three years we have seen the introduction of two new diseases transmitted by the same aedes vectors affect the
same communities which are traditional hot spots for dengue outbreaks.
The country has two main vectors, with the aedes aegypti as the primary vector and aedes albopictus as a secondary
vector. The latter is found predominantly in rural communities and in limited distribution as opposed to the primary
vector which is found in most areas. 2016 saw field officers conduct approximately 100,000 inspections of homes
and establishments and reported as high as 9% being positive for aedes larvae. Positive container index was reported
as high as 13% in some areas and the Breteau index which shows the correlation between the number of positive
containers to houses inspected being as high as 10%. For the most part hot spots have remained constant but these
are areas with wither significant soci-economic conditions, poor drainage, and cultural habits which significantly
impact transmission. These traditional indicators which vector control program use are often debated, as numerous
studies have demonstrated outbreaks in areas with these indices below what is considered low risk or even 1%.
A study published in journal Emerging Infectious Diseases entitled Aedes aegypti Larval Indices and Risk for Dengue
Epidemics highlighted “The house index (HI, percentage of houses positive for larvae) and the Breteau index (BI,
number of positive containers per 100 houses) have become the most widely used indices, but their critical threshold
has never been determined for dengue fever transmission. Since HI≤1% or BI≤5 was proposed to prevent yellow
fever transmission, these values have also been applied to dengue transmission but without much evidence. The
Pan American Health Organization described 3 levels of risk for dengue transmission: low (HI<0.1%), medium (HI
0.1%–5%), and high (HI>5%), but these values need to be verified. The vector density, below which dengue
transmission does not occur, continues to be a topic of much debate and conflicting empiric evidence. For example,
dengue outbreaks occurred in Singapore when the national overall HI was <1%. In contrast, researchers from
Fortaleza, Brazil, found that dengue outbreaks never occurred when HI was <1%.”
In 2014 Belize reported its first case of Chikungunya but for the most part this is a disease which is either being under
reported or have not established itself after the first wave of cases in small pockets in most districts. Despite the
challenges with the reliability of testing kits available on the market the ministry have been able to conduct some
testing for Chikungunya in country but most testing being done in Trinidad at CARPHA or in Chetumal Mexico. In
2016 of the several hundred blood samples tested for the three major arboviruses, there was only 1 positive for
Chikungunya coming from the Corozal District.
7
There were 237 laboratory confirmed dengue cases in 2016 along with 385 clinically diagnosed, and some 4,709
tests ordered. The majority of cases occurred in the productive age group of 15 – 55 and as such dengue continues
to have a great economic impact on the country due to loss of productivity time. The distribution among sexes was
fairly even with 109 males and 128 females being confirmed as positive by lab test. Belize City which in recent years
accounted for approximately 70% of the total cases in country have made significant advancements through
improved supervision, investment in transportation and equipment, hiring of seasonal workers to compliment
larviciding program during the rainy season, increase public awareness and increased clean up campaigns in
collaboration with stakeholders including the private sector. There is much work to be done in the Corozal, Orange
Walk and Cayo districts which account for 26%, 18% and 29% of total lab confirmed cases respectively.
Zika which took the entire region of the Caribbean and Americas by storm was detected in April 2016. The ministry
immediately developed and rolled out a preparedness and response plan which included the procurement of
equipment and supplies, development of IEC materials, sensitization of healthcare workers, and preventative
measures to high risk groups, particularly pregnant women and those in their reproductive age. Much support was
received from WHO/PAHO, DFID, CARPHA, INDRE, Gorgas Institute, Ministry of Health Brazil, UNICIEF, BTB/BTIA and
local municipalities. The response was commendable and at the end of 2016 we had 889 persons either clinically
diagnoses or had a test ordered of which we confirmed by lab 73 cases. Majority of cases came from the Belize and
Cayo districts.
The impact and the distribution of Zika on the population is difficult to tell at this time as some districts such as Stann
Creek, Toledo and Orange Walk have reported very few suspected cases. This combined with a supposed 80%
asymptomatic rate make it a complexed and challenging scenario. At the close of 2016 the Ministry entered into an
agreement with the Secretary of Health in Mexico to support an arbovirus study to look at the distribution of Dengue,
Chikungunya and Zika in Belize. This commenced in December 2016 and will run for a duration of six months. Initial
results are very much in line with results from CARPHA which indicate that over 90% of cases tested are negative for
all three arboviruses, which has left not only the Ministry but indeed ministries throughout the region longing for
answers. In the meantime the ministry continues to educate the public, sensitize healthcare workers and take
preventative measure with pregnant women to prevent infection and possible Zika congenital syndrome to child.
During 2016 the ministry procured over 7,000 bottles of insect repellent and distributed approximately 4,000
insecticide treated bed nets, with pregnant women being offered a package of repellent and bed net.
The control of aedes vectors remain the single biggest challenge for the program, particularly because the
responsibility of reducing risk factors lie across various stakeholders including government ministries, private sector
and the householder. The dependency syndrome particularly upon a small government program such as the vector
control program to provide a long term solution is unrealistic and will result in minimal gains being achieved on a
yearly basis. The opportunity presented by Zika to bring some stakeholders to the table came about in 2016 but this
window of opportunity appears to be closing rather quickly. A multi-disciplinary and sectorial group to address the
problem at hand the only long term solution and this must be based on the Integrated Management Strategy model
which involves epidemiology, lab, environment, integrated vector management, patient care, and social
communication. The vector control program specifically must continue to be guided by the framework integrated
vector management which is described as the optimal use of resources for vector control. The approach seeks to
improve the efficacy, cost-effectiveness, ecological soundness and sustainability of disease-vector control.
8
2. OPERATIONAL OVERVIEW
KEY ACHIEVEMENTS
1. 61.5% case reduction between 2015 (13 cases)- 2016 (5 cases)
2. The first comprehensive National Malaria Guidelines completed
3. Development of new malaria case reporting form
4. Development of malaria foci classification form
5. Malaria project entitled “Elimination of Malaria in Mesoamerica and the Island of Hispaniola” being funded by
the Global Fund phase 1 completion with 91% execution of funds
6. External validation of cases and assessment of program completed with a score of 66% compliance with all
recommendations fulfilled and criteria met for elimination. Target of 25% case reduction exceeded and criteria
fulfilled for cash reward component of Global fund grant.
7. 65% reduction in laboratory confirmed dengue cases
8. Development of Zika preparedness as response plan
9. Procurement of additional vehicle for San Ignacio
10. Procurement of printers, projectors, screens, tables, chairs, tents, laptops, desktops, GPS, office furniture and
entomology equipment etc. for vector control and HECOPAB
11. Completion of Zoning exercise w/ GIS Technician to streamline reporting on aedes inspections and to conduct
risk stratification for optimal use of resources
12. Ovti Trap training for w/ Mexican counterparts as part of Insecticide Resistance Monitoring Program
MAJOR ACTIVITIES AND OUTPUTS
Implementation of best practices for Malaria elimination including the use of IRS, bed nets, and supervised
treatment resulting in a 61.5% reduction in cases between 2015 (13 cases) and 2016 (5 cases). The target of a
25% reduction set out at the start of 2016 was surpassed. Malaria is at its lowest transmission level since 1963
when the country reported 8 cases.
Countrywide there was a 65% reduction in laboratory confirmed cases of Dengue. A 70% reduction in clinical
diagnosis and 20% increase in testing. The program surpassed its target of a 10% reduction in laboratory
confirmed cases. Significant gains were made even in the most endemic areas in Belize City and Cayo district.
9
WORKSHOPS ATTENDED/FACILITATED
Workshop Venue Date Sponsor Participants
INT5155 - Meeting on Aedes
Mosquito Population Control
Using an Integrated Vector
Management Approach with
SIT (sterile insect technique)
Component
Brazilia, Brazil 24-26 February 2016 IAEA Kim Bautista
3era Reunión EMMIE
Panama March 14th – 16th, 2016 COMISCA Aldo Sosa
Orlando Chan
Kim Bautista
Zika Virus Epidemic:
Challenges and the Road
Ahead
Rio de Janeiro,
Brazil
13 – 15 April, 2016 IDB CEO – Dr. Ramon
Figueroa
Kim Bautista
XV Annual Evaluation
Meeting of AMI/RAVREDA
Bogota, Colombia 3 – 5 May, 2016 PAHO Kim Bautista
Dr. Gerhaldine
Morazan Hidalgo
MAJOR CHALLENGES
The following are the major challenges for the reporting period:
1. Limited staff to adequately address dengue/chik-v and malaria surveillance and prevention measures
2. Poor supervision and accountability for field officers – poor productivity is a major issue crippling the
program
3. Urgent need to fill critical vacancies in 2 district supervisors in Orange Walk and Belize districts.
4. Appointment of officers who have been performing exceptionally well for over 15 to 20 years. Many of
officers are demoralized with numerous personnel only recently hired having been appointed
5. Regional management teams continue take away transportation from the program, thereby limiting
response time and mobility of officers. Commitment from the regions seem to come in a responsive manner
as opposed to being proactive.
6. Regional teams must involve stakeholders in the public and private sector, particularly for dengue
prevention – the Ministry of Health cannot do it alone but the regions must convince stakeholders of the
vital role they play
3. STATISTICAL ANALYSIS
2014 Malaria by District and Species
2015 Malaria by District and Species
2016 Malaria by District and Species
District SPECIES
District SPECIES
District SPECIES
FALCIP VIVAX MIXED Total
FALCIP VIVAX MIXED Total
FALCIP VIVAX MIXED Total
Corozal 0 6 0 6
Corozal 0 5 0 5
Corozal 0 0 0 0
Orange Walk 0 1 0 1
Orange Walk 0 4 0 4
Orange Walk 0 0 0 0
Belize 0 0 0 0
Belize 0 1 0 1
Belize 0 0 0 0
Cayo 0 0 0 0
Cayo 0 1 0 1
Cayo 0 0 0 0
Stann Creek 0 12 0 12
Stann Creek 0 2 0 2
Stann Creek 0 4 0 4
Toledo 0 0 0 0
Toledo 0 0 0 0
Toledo 0 1 0 1
Total 0 19 0 19
Total 0 13 0 13
Total 0 5 0 5
11
DISTRICT
# # #
Cases Slides Pop API ABER Cases Slides Pop API ABER Cases Slides Pop API ABER
Corozal 6 5866 44613 0.13 13.1 5 6053 44613 0.11 13.6 0 3839 46472 0.00 8.3
Orange
Walk 1 4823 48744 0.02 9.9 4 5145 48744 0.08 10.6 0 4246 50208 0.00 8.5
Belize 0 6321 107494 0.00 5.9 1 5544 107494 0.01 5.2 0 5591 113878 0.00 4.9
Cayo 0 3002 85243 0.00 3.5 1 3529 85243 0.01 4.1 0 1585 90579 0.00 1.7
Stann
Creek 12 1799 38728 0.31 4.6 2 3758 38728 0.05 9.7 4 2915 41032 0.10 7.1
Toledo 0 2311 34077 0.00 6.8 0 2338 34077 0.00 6.9 1 2760 35800 0.03 7.7
Country
Total 19 24122 358899 0.05 6.7 13 26367 358899 0.04 7.3 5 20936 377968 0.01 5.5
ABER 6.7 7.3 5.5
YEAR 2014 YEAR 2015 YEAR 2016
2016 Indoor Residual Spraying
# of communities
sprayed
# houses sprayed By IRS
Population Protected By IRS
Corozal 9 2673 10,140
Orange Walk 12 2293 8,981
Belize 0 0 0
Cayo 5 1772 6,860
Stann Creek 6 840 3801
Toledo 20 1175 5,482
Total 52 8753 35,264
2016 Active and Passive Case Detection
Active Passive Total
Corozal 3171 668 3839
Orange Walk 3790 456 4246
Belize 296 5295 5591
Cayo 414 1171 1585
Stann Creek 993 1922 2915
Toledo 770 1990 2760
Total 9434 11502 20936
2016 Local Cases (4):
• Stann Creek District –
– Trio Village – 3 cases
• Toledo District –
– Conejo Creek Village – 1 case
Imported Cases (1):
Stann Creek – 1 case from Puerto Cabezas - Nicaragua
2016 Cases – 2 cases in Trio Village – Stann Creek
---------------------------------------------------------------------------------------------------------------------------- --------------------
DENGUE
2015
Clinical
2016
Clinical
2015 #
Persons
Tested
2016 #
Persons
TestedCorozal 138 18 463 781
Orange Walk 42 24 164 322
Belize 113 36 1143 1562
Cayo 931 281 850 1304
Stann Creek 22 13 288 415
Toledo 30 13 496 325
Total 1277 385 3407 4709
Confirmed Probable Suspected (Clinical) Suspected(by Test) Grand Total
<1 4 1 4 111 120
1-4 1 4 9 397 411
5 -9 5 8 20 299 332
10-14 12 4 32 293 341
15-19 10 15 40 391 456
20-24 18 13 57 406 494
25-29 11 9 50 445 515
30-34 19 10 47 423 499
35-39 5 12 25 312 354
40-44 15 10 27 280 332
45-49 7 9 27 240 283
50-54 4 8 24 179 215
55-59 4 6 12 104 126
60-64 3 4 4 75 86
65+ 3 3 7 136 149
Dk/Ns 0 0 0 0 0
Total 121 116 385 4091 4713
Confirmed Probable Suspected (Clinical) Suspected(by Test) Grand Total
Female 64 64 202 2278 2608
Male 57 52 183 1813 2105
Indeterminant 0 0 0 0 0
Total 121 116 385 4091 4713
SexClassification
Classification
Age-group
2013
Lab
Positive
2014
Lab
Positive
2015
Lab
Positive
2016
Lab
Positive
% Difference
2015 - 2016
Corozal 35 151 184 62 -66.3
Orange Walk 87 28 37 43 16.2
Belize 189 345 92 41 -55.4
Cayo 200 90 242 68 -71.9
Stann Creek 38 48 22 20 -9.1
Toledo 12 21 101 3 -97.0
Total 561 683 679 237 -65.1
13
ZIKA
ConfirmedSuspected
(Clinical)Suspected(by Test) Grand Total
Corozal 13 47 66 126
Orange Walk 2 19 15 36
Belize 30 143 176 349
Cayo 22 77 92 191
Stann Creek 5 18 43 66
Toledo 8 99 26 133
Unknown 1 1 0 2
Total 81 404 418 903
ConfirmedSuspected
(Clinical)Suspected(by Test) Grand Total
<1 2 14 16 32
1-4 1 20 30 51
5 -9 7 17 19 43
10-14 4 7 36 47
15-19 11 69 45 125
20-24 15 87 54 156
25-29 7 66 55 128
30-34 10 46 47 103
35-39 8 31 56 95
40-44 5 22 16 43
45-49 2 4 26 32
50-54 4 10 8 22
55-59 1 4 5 10
60-64 0 3 2 5
65+ 4 3 3 10
Dk/Ns 0 1 0 1
Total 81 404 418 903
ConfirmedSuspected
(Clinical)Suspected(by Test) Grand Total
Female 61 328 276 665
Male 20 76 142 238
Total 81 404 418 903
Sex
ZIKA Classification
ZIKA Classification
District
ZIKA Classification
Age-group
4. FINANCIAL ANALYSIS
The budget approved for the fiscal period 2016/2017 is $792,121 of which 46% has been executed through the end of 2016. There are still payments to be made
for the most costly inputs, particularly pesticides procured through tender which is paid under Materials and Supplies. There is a significant sum of unspent funds
under travel and subsistence as the rates had changed and these funds are used mostly for temporary hired workers conducting indoor residual spraying. After
payments for fuel, tender supplies, and purchase of additional spares are done we should have an execution of approximately 80%.
Additional funds spent through 2016:
Global Fund – EMMIE Grant – BZD $103,153.92
Item Description Approved Adjusted Budget
Release Encumbrance Expense Available Reserved Unspent % Spent
230 Personal Emoluments
$159,955 $159,955 $133,290 $0 $102,281 $31,009 $26,665 $55,674 64%
231 Travel & Subsistence
$132,840 $132,840 $132,840 $0 $44,404 $66,296 $22,140 $88,436 33%
340
Material & Supplies
$359,766 $359,766 $359,766 $12,197 $137,437 $150,156 $59,976 $222,329 42%
341 Operating Cost $122,510 $122,510 $122,510 $1,700 $52,556 $47,834 $20,420 $69,954 44%
342 Maintenance Costs
$13,050 $13,050 $13,050 $1,307 $7,091 $2,482 $2,170 $5,959 64%
343 Training $4,000 $4,000 $4,000 $0 $1,592 $1,738 $670 42,408 40%
Total $792,121 $792,121 $710,853 $15,204 $345,361 $299,515 $132,041 $446,760 46%
5. SWOT ANALAYSIS
STRENGTHS
The strength of the vector control program, specifically Malaria, is the network of voluntary collaborators and community health workers. This network is the backbone of the passive surveillance system and has been responsible for over 90% of positive Malaria cases detected.
The vector control program, although understaffed, has a number of dedicated, the majority of which have received the necessary training to carry out core functions required.
The program has significant assets at its disposal with respect to a fleet of reliable vehicles, equipment and all the necessary inputs – this has allowed district program to respond timely and appropriately to outbreaks.
The program is supported technically by regional experts in the area of Malaria, Dengue, Chikungunya, and Zika. This has allowed us to keep up to date with best practices and technology in vector control.
WEAKNESSES
The human resources issue needs to be addressed as the staffing profile has not grown over the years to keep
up with a booming population. 62 officers are responsible for the prevention and control of Chagas, Malaria,
Dengue, Chikungunya, and Zika. As a result, majority of time and resources are now spent on aedes aegypti
control.
Low productivity by field officers in the regions has led to dismal results for aedes control and regional
management teams must ensure the performance appraisal reporting mechanism in place is utilized if we are
to see any improvements
Lack of adequate transportation for some district health teams have resulted in a constant struggle for access to vector control owned vehicles which result in slow response and demoralized officers.
There is an urgent need for adequate storage facilities for equipment and pesticides, currently being housed
inside some offices which is a serious health risk.
OPPORTUNITIES
With the emergence of Zika bringing to the forefront the urgent need for aedes control, the opportunity must
be seized to build relationships with stakeholder government ministries and the private sector. The importance
of fighting this vector collectively must be sold and there must be persistent follow up.
Establish a National Technical Group for Dengue to ensure an integrated approach to vector control is being
implemented and to Integrated Vector Management committee with stakeholders such as other government
ministries responsible for drainage and infrastructure, housing, sanitation, and waste disposal, to address some
of the contributing factors to the spread of dengue and chikungunya
16
The relationship with the Belize Vector and Ecology Center in Orange Walk and the University of Notre Dame
professors who manage this institution must be further exploited in conducting critical operational research
including susceptibility testing in areas where IRS is conducted and insecticide resistance testing.
Look at new technology beyond malaria microscopy, in order to be able to detect “sub microscopic” parasite
levels and to support screening of asymptomatic patients in serologic surveys. Such tools are necessary for
countries going through the pre-elimination phase and gearing towards elimination. This may be possible
through USAID LAC Malaria Program.
The cash on delivery component of the EMMIE grant should bring much needed finances into the program which can be used to improve the staffing situation and diagnostic limitations which will impact the program right across the board.
There is a need to train more vector control personnel in the core concepts of field epidemiology. The opportunity is there with the FETP program but this must be prioritized by the ministry to ensure this critical group is included.
THREATS
The addition of Zika to the portfolio of the program and the far reaching implications of this disease have resulted in the program having to be selective in its strategies and at the same time limited to the extent of the various interventions necessary. The current financial climate in country will bring about additional challenges in the coming months.
There must be a human resource succession plan to ensure that the retirement of experienced officers in critical roles do not leave the program at a disadvantage. It is critical to ensure district programs are led by well-rounded persons in all aspects of vector control.
Natural disasters for the most part results in the outbreaks of mosquito vector borne diseases and that was the case in 2016 with Hurricane Earl. Post Earl saw outbreaks of Zika in the Cayo district and in a short period there were pockets of cases in most areas. As a program we need to be prepared annually for such eventuality as external assistance is extremely slow to come or non existent.
6. RECOMMENDATIONS
LOGICAL FRAMEWORK
Intervention logic Objectively verifiable indicators of achievement
Sources and means of verification
Assumptions
Overall objectives Belize elimination of autochthonous transmission of Malaria by 2020 Reduction of 30% in Dengue cases by 2020 Reduce the incidence of Zika and Chikunguna
To reduce the social and economic impacts of major vector borne diseases
% reduction of laboratory confirmed cases vs. 2016 baseline
BHIS Reports
Adequate funding for execution of planned activities No unforeseen natural disaster
Specific objective 20% reduction in Malaria cases 10% reduction in dengue cases 10% reduction in Zika cases
Global Fund/Elimination Target Strategic Plan Target
Baseline of 5 in 2016 Baseline of 237 laboratory cases in 2016
BHIS Reports
Adequate funding for execution of planned activities No unforeseen natural disaster
There are several areas which are priority for Malaria at this time, including the following:
Creating the post of district supervisor for Orange Walk
Creating the post of microscopist for Orange Walk as there is only 1 microscopist in Corozal servicing both
districts and this officer is pulling double duty
Hiring of additional staff Malaria surveillance for the Independence catchment area
Maintain minimum of 80% coverage for villages selected for bed net distribution
Monitor the quality and use of bed nets distributed
Maintain minimum of 80% coverage for Indoor Residual Spraying (IRS) spraying in localities which have
produced malaria over the past 3 years.
Ensure that 100% of malaria cases are treated and 100% supervised treatment
Ensure malaria evaluators visit CHW’s and VC’s on a weekly basis, as recent checks have malaria slides
remain for weeks at a time and are not picked up. VC’s and CHW’s also need to be more active.
Development of a work plan for execution of cash reward component of Global Fund project
Adherence of National Malaria Guidelines
There are several areas which are priority for Dengue/Chikungunya/Zika at this time, including the following:
Review of capacity of vector control district programs to adequately implement dengue prevention and
control activities within their region. Some regions appear to be severely understaffed to conduct Malaria,
Dengue and Chikungunya activities.
San Pedro does not have any officers and we need to establish a minimum of 2 officers fulltime on the
island
Ensure the use of COMBI – communication for behavioral impact as a tool to address behaviors which are
risk factors that increase the probability for dengue transmission/outbreaks
Supervision at the level of district supervisor is weak and must improve. Vector control officers are
entrusted to work mostly unsupervised and this leads to poor execution of duties.
Administration at the regions, starting the with deputy and regional health managers need to ensure there
is better execution of vector control programs, starting with proper reporting, planning sessions, and
regular meetings to update on the progress of work plans. Operational plans are developed but not
followed and there is little to no periodic update and review of these plans. SLA’s are reported on but these
are limited indicators and will not reflect the limitations on the ground level
Need to strengthen the epidemiological surveillance system through refresher/sensitization sessions for
clinicians to enable early detection of dengue and chikungunya cases. This should allow for rapid
implementation of control measures to break transmission and prevent the occurrence of epidemics.
19
7. CONCLUSION
It is clear that the primary objectives set out for the Malaria program were met and the necessary steps have been
taken to strengthen the gaps identified in the program. Malaria was kept in the spotlight even in light of the
introduction of Zika, in fact, the country continued to achieve significant success. The drastic reduction in malaria
cases should not be reason for complacency. Frequent traveling of Belizean nationals to malaria endemic areas as
well as the constant increase of immigrant workers in the agriculture and tourism industry pose a constant threat
for the reintroduction of the plasmodium parasite into malaria free areas. The expansion of the sugar cane industry
into the Cayo district is a primary example of the potential for reintroduction into malaria free areas. The influx of
workers from neighbouring Guatemala into this newly established industry in the Cayo district which have not
reported a local case of Malaria for the past 4 years is a cause for concern. Another key concern is the re-emergence
of Malaria in a few localities in the Corozal and Orange Walk districts, particularly communities in close proximity to
the Mexican villages on their side of the Rio Hondo where there is active transmission. The program continues to go
through a process of re-orientation whereby plans and strategies must shift from the mind-set of controlling malaria
to eliminating malaria. This in itself will be a major challenge and will continue to be part of the discussion in 2017
during the roll out of the new National Malaria Guidelines which was developed, the implementation of the National
Malaria Elimination Action Plan 2015 – 2020 and another phase of the Global Fund grant. It is also expected that
support both technically and financially will continue from USAID funded Amazon Malaria Initiative now being called
USAID LAC (Latin America and the Caribbean) Regional Malaria Program. The USAID funded program is in the process
of finalizing its strategic framework for the period 2017 – 2021. Over the next fiscal year Belize’s national program
will focus on improving surveillance, diagnosis, treatment/follow up, and prevention of malaria based on
recommendations made during the 2016 Global Fund/PAHO assessment.
With respect to vector borne diseases transmitted by the aedes aegypti and aedes albopictus, there are so many
external factors which contribute to transmission and in this aspect it is critical that regional management teams
forge the relationships necessary to reduce their incidence and impact. 2016 saw involvement from the various
municipalities and organizations such as UNICIEF, PAHO, Red Cross, BTB/BTIA among others. It will take a concerted
effort to make successful, meaningful gains in controlling the aedes vector. These efforts, together with other actions
based on the principles of integrated vector control is the new path which the program must undertake.
The training of volunteers and community health workers in core competencies of vector control and surveillance
at the community level which was done in 2015 is a step in the direction we need to go. The inputs in terms of
capacity building and investment in assets over the past two years have resulted in a reduction of Dengue and
Chikungunya. Some strategies which commenced in 2015 will require more time, particularly COMBI –
communication for behavioral impact, which is geared at targeting behaviors which are risk factors or which
contribute to disease transmission. Vector control and some public health officers have been trained in this
technique which must be implemented based on the contributing factors to the transmission of vector borne
diseases in their respective districts. The program must be a critical part of all district vector control plans and
enforced by regional management teams.
21
PARTICIPATION IN REGIONAL AND LOCAL EVENTS TO SENSITIZE PUBLIC ON VECTOR BORNE DISEASES
TRAINING W/ MEXICAN COUNTERPARTS ON OVI TRAP FOR AEDES SURVEILLANCE AND ROLE IN INSECTICIDE RESISTANCE MONITORING
EQUIPPING ALL MALARIA VOLUNTARY COLLABORATORS AND COMMUNITY HEALTH WORKERS TO AID IN THE PASSIVE SURVEILLANCE SYSTEM FOR MALARIA