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KATIE ANDERS
Katie Anders. Katie Anders is a public health researcher with broad technical and field experience. Katie has worked in epidemiological research and public health practice for 15 years and has expertise in the design and implementation of field trials, disease surveillance, and clinical research. Prior to joining the World Mosquito Program in BRAZIL | WORLD MOSQUITO PROGRAM The World Mosquito Program is working in Brazil to protect communities from mosquito-borne diseases like dengue, Zika, chikungunya and yellow fever. After an absence of more than 20 years, dengue re-emerged in Brazil in 1981. Over the next 30 years, seven million cases were reported. Today, Brazil has the greatest number of dengue cases in theJÉRÉMIE GILLES
Jérémie Gilles. Director, Product Development and Supply. Jérémie Gilles (PhD) is a medical entomologist specialising in the bio-ecology and physiology of disease vectors such as Anopheles and Aedes aegypti mosquitoes. He has more than 15 years’ experience working on innovative methods to control mosquitoes and specialising inlarge-scale
INDONESIA | WORLD MOSQUITO PROGRAM Indonesia. The World Mosquito Program in Indonesia is part of a global, not-for-profit initiative that’s working to protect local communities from mosquito-borne diseases. Dengue was first reported in two of Indonesia’s 29 provinces in 1968. Today dengue has spread to all provinces and is endemic in many large cities and small towns. YOGYAKARTA | WORLD MOSQUITO PROGRAM The World Mosquito Program is working in and around Yogyakarta to protect communities from mosquito-borne diseases like dengue, Zika, chikungunya and yellow fever. Following encouraging results from our initial trials in Sleman and Bantul Districts in 2014, a large-scale efficacy study to evaluate the impact of our Wolbachia method ondengue
CAMERON SIMMONS
Cameron Simmons (PhD) is Director of the Oceania Hub at the World Mosquito Program. A Fellow of the Australian Academy of Health and Medical Science, Cameron is an international leader in clinical and laboratory research in infectious diseases. He spent 13 years with the University of Oxford, based in Vietnam at the Hospital for TropicalDiseases.
GATES OPEN RESEARCH
Introduction A growing body of evidence shows that the wMel strain of Wolbachia, when introduced into Aedes aegypti, reduces the mosquito’s ability to transmit key human viruses such as dengue1, Zika2,3 and chikungunya4,5, and this reduction is esti- mated to have the potential to significantly reduce disease NOUMÉA | WORLD MOSQUITO PROGRAM Luego de la firma del acuerdo del proyecto en marzo de 2018, entre la Universidad de Monash y el gobierno de Nueva Caledonia, la ciudad de Nouméa y el Instituto Pasteur de Nueva Caledonia, el proyecto se reunió con la comunidad para explicar de qué manera el método Wolbachia previene las enfermedades transmitidas por mosquito.. La participación comunitaria es un elemento crucial del EFFECTS OF LARVAL NUTRITION ON WOLBACHIA-BASED DENGUE Vector/Pathogen/Host Interaction Effects of Larval Nutrition on Wolbachia-Based Dengue Virus Interference in Aedes aegypti (Diptera: Culicidae) Elise A. Kho, Leon E. Hugo,1 Guangjin Lu, David D. Smith, and Brian H. Kay QIMR Berghofer Medical Research Institute, 300 Herston Rd., Herston, Queensland 4006, Australia (elise.kho@qimrberghofer. HOME | WORLD MOSQUITO PROGRAM Sustainable projects. The World Mosquito Program's method of reducing mosquito-borne diseases is natural and self-sustaining. It’s unique because it usually only needs to be applied once to be effective. This makes it a sustainable, affordable and long-term solution to mosquito-borne diseases.KATIE ANDERS
Katie Anders. Katie Anders is a public health researcher with broad technical and field experience. Katie has worked in epidemiological research and public health practice for 15 years and has expertise in the design and implementation of field trials, disease surveillance, and clinical research. Prior to joining the World Mosquito Program in BRAZIL | WORLD MOSQUITO PROGRAM The World Mosquito Program is working in Brazil to protect communities from mosquito-borne diseases like dengue, Zika, chikungunya and yellow fever. After an absence of more than 20 years, dengue re-emerged in Brazil in 1981. Over the next 30 years, seven million cases were reported. Today, Brazil has the greatest number of dengue cases in theJÉRÉMIE GILLES
Jérémie Gilles. Director, Product Development and Supply. Jérémie Gilles (PhD) is a medical entomologist specialising in the bio-ecology and physiology of disease vectors such as Anopheles and Aedes aegypti mosquitoes. He has more than 15 years’ experience working on innovative methods to control mosquitoes and specialising inlarge-scale
INDONESIA | WORLD MOSQUITO PROGRAM Indonesia. The World Mosquito Program in Indonesia is part of a global, not-for-profit initiative that’s working to protect local communities from mosquito-borne diseases. Dengue was first reported in two of Indonesia’s 29 provinces in 1968. Today dengue has spread to all provinces and is endemic in many large cities and small towns. YOGYAKARTA | WORLD MOSQUITO PROGRAM The World Mosquito Program is working in and around Yogyakarta to protect communities from mosquito-borne diseases like dengue, Zika, chikungunya and yellow fever. Following encouraging results from our initial trials in Sleman and Bantul Districts in 2014, a large-scale efficacy study to evaluate the impact of our Wolbachia method ondengue
CAMERON SIMMONS
Cameron Simmons (PhD) is Director of the Oceania Hub at the World Mosquito Program. A Fellow of the Australian Academy of Health and Medical Science, Cameron is an international leader in clinical and laboratory research in infectious diseases. He spent 13 years with the University of Oxford, based in Vietnam at the Hospital for TropicalDiseases.
GATES OPEN RESEARCH
Introduction A growing body of evidence shows that the wMel strain of Wolbachia, when introduced into Aedes aegypti, reduces the mosquito’s ability to transmit key human viruses such as dengue1, Zika2,3 and chikungunya4,5, and this reduction is esti- mated to have the potential to significantly reduce disease NOUMÉA | WORLD MOSQUITO PROGRAM Luego de la firma del acuerdo del proyecto en marzo de 2018, entre la Universidad de Monash y el gobierno de Nueva Caledonia, la ciudad de Nouméa y el Instituto Pasteur de Nueva Caledonia, el proyecto se reunió con la comunidad para explicar de qué manera el método Wolbachia previene las enfermedades transmitidas por mosquito.. La participación comunitaria es un elemento crucial del EFFECTS OF LARVAL NUTRITION ON WOLBACHIA-BASED DENGUE Vector/Pathogen/Host Interaction Effects of Larval Nutrition on Wolbachia-Based Dengue Virus Interference in Aedes aegypti (Diptera: Culicidae) Elise A. Kho, Leon E. Hugo,1 Guangjin Lu, David D. Smith, and Brian H. Kay QIMR Berghofer Medical Research Institute, 300 Herston Rd., Herston, Queensland 4006, Australia (elise.kho@qimrberghofer. OUR WORK | WORLD MOSQUITO PROGRAM Learn more about the World Mosquito Program, how our Wolbachia method works and how we collaborate with others. We are committed to helping local communities prevent mosquito-borne diseases. Discover the story of our unique breakthrough, learn about our vision and meet our team. Using tiny bacteria called Wolbachia, we can do incredible things. ABOUT US | WORLD MOSQUITO PROGRAM About us. The World Mosquito Program is a not-for-profit initiative that exists to protect the global community from mosquito-borne diseases. The World Mosquito Program uses safe and natural bacteria called Wolbachia to prevent the transmission of mosquito-borne viral diseases such as dengue, Zika, chikungunya and yellow fever. GROUNDBREAKING RCT RESULTS Each person's story tells an important part of our collective global effort. From experiences of our volunteers, staff and partners, to personal narratives from people in the communities we work with - these are their stories. MOSQUITO-BORNE DISEASES Common types of mosquito-borne diseases include malaria, dengue, West Nile virus, chikungunya, yellow fever and Zika. Zika fever, also known as Zika virus disease or simply Zika, is a mosquito-borne disease caused by the Zika virus. In many cases there are no symptoms,HOW IT WORKS
This is a team effort! Lots of volunteers get involved for mosquito releases, including individuals, schools, universities and local community groups. Because mosquitoes don’t fly very far, we usually release a handful of mosquitoes every 50 metres across the target VANUATU - WORLDMOSQUITOPROGRAM.ORG 39 km2 project site size of the project people attended community meetings 93% PUBLIC ACCEPTANCE measured by survey project staff 1035 VANUATU The World Mosquito Program and Vanuatu SRI LANKA | WORLD MOSQUITO PROGRAM Sri Lanka. The World Mosquito Program in Sri Lanka is part of a global, not-for-profit initiative that is working to protect local communities from mosquito-borne diseases. In Sri Lanka, dengue is an increasing health concern, along with other mosquito-borne diseases such as Zika and chikungunya. The World Health Organization reportedthat in
BRAZIL - WORLDMOSQUITOPROGRAM.ORG Dengue is a very dangerous disease. It kills! My greatest hope is that we no longer have these diseases here, and that this project is spread throughout Brazil and, perhaps, around KIRIBATI - WORLDMOSQUITOPROGRAM.ORG The WMP Kiribati team has done a fantastic job preparing this project to try and prevent dengue outbreaks like the one South Tarawa has been suffering through over recent months.GATES OPEN RESEARCH
Introduction A growing body of evidence shows that the wMel strain of Wolbachia, when introduced into Aedes aegypti, reduces the mosquito’s ability to transmit key human viruses such as dengue1, Zika2,3 and chikungunya4,5, and this reduction is esti- mated to have the potential to significantly reduce disease Skip to main content MAIN NAVIGATION (EN)Menu
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* Our work
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We're a global initiative helping to protect the world from mosquito-borne disease.* Vision and values
Read about our goals and vision for the world, who we are and what westand for.
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Our team is committed to a world free from mosquito-borne disease. * Our _Wolbachia_ method Our groundbreaking _Wolbachia_ method can prevent disease.* How it works
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Global Progress
WMP's gold-standard trial in Indonesia provides our most compellingevidence yet.
Read more
A MAJOR
BREAKTHROUGH
50
A gold-standard trial This study in Yogyakarta shows a 77% reduction in dengue incidence in _Wolbachia_ treated communities.Watch the animation
RCT
EXPLAINED
50
North Queensland
How our first trials in the backyards of north Queensland became a global health intervention.Read more
PAY IT
FORWARD
50
Media Release
WMP has been selected as one of six finalists in the running for the MacArthur Foundation's USD$100M grant.Learn more
100&
CHANGE
45
Our Stories
How WMP staff have devoted their expertise to help contribute to the fight against COVID-19.Read more
CONFRONTING
EVERY CHALLENGE
50
Global Progress
WMP's gold-standard trial in Indonesia provides our most compellingevidence yet.
Read more
A MAJOR
BREAKTHROUGH
50
*
*
*
*
*
COVID-19 UPDATE
OUR EFFORTS TO RESPOND TO CHALLENGING TIMES PROTECTING COMMUNITIES FROM DISEASE The World Mosquito Program is a not-for-profit initiative that’s protecting communities around the world from mosquito-borne diseases. Pioneered by Australian researchers at Monash University, we use safe and natural bacteria called _Wolbachia_ to reduce the number of people contracting mosquito-borne diseases such as dengue, Zika, chikungunyaand yellow fever.
Find out more
We aim to protect
people from mosquito-borne diseases by 2023Watch the video
Our _Wolbachia_ MethodHOW IT WORKS
Thanks to a tiny bacterium called _Wolbachia_, together we can do incredible things. Using our groundbreaking research, we’ve created a way to block the transmission of mosquito-borne diseases including dengue, Zika, chikungunya and yellow fever. By breeding mosquitoes that carry safe and natural _Wolbachia_ bacteria, we can effectively prevent diseases from spreading in whole cities and even regions. Our evidence shows that in areas where _Wolbachia_ is self-sustaining at a high level, there have been nodengue outbreaks.
Find out more
_Wolbachia_ is introduced intoa mosquito egg
_Wolbachia_-carrying mosquitoesare released
_Wolbachia_ spreads naturallyCollaboration
EMPOWERING COMMUNITIES We’re collaborating with communities around the world to reduce the threat of mosquito-borne diseases. The World Mosquito Program partners closely with community groups and local health officials in the areas where we work. We collaborate with communities and ensure they are comfortable with our approach before releasing _Wolbachia_-carrying mosquitoes.Learn more
Within just a few minutes, my arm swelled up with dozens of bites. It was a small price to pay for AN AMAZING PROJECT that has the potential to turn the tide against a terrible disease.Bill Gates
About Us
OUR STORY
Our story began with a tiny bacterium called _Wolbachia_. Using _Wolbachia_, we have pioneered a way to provide mosquito-borne disease protection. In fewer than 10 years, we have expanded from our pilot site in Australia to work in 11 countries around the world.2008
WE DISCOVER THAT _WOLBACHIA_ PREVENTS DENGUE TRANSMISSION WHEN CARRIED BY _AEDES AEGYPTI_ MOSQUITOES2008
We discover that _Wolbachia_ prevents dengue transmission when carried by _Aedes aegypti_ mosquitoes2011
WE START RELEASING _WOLBACHIA_-CARRYING MOSQUITOES IN CAIRNS,NORTHERN AUSTRALIA
2011
We start releasing _Wolbachia_-carrying mosquitoes in Cairns,Northern Australia
2015
_WOLBACHIA_ IS SUCCESSFULLY ESTABLISHED AND SELF-SUSTAINING, WITH NO LOCAL DENGUE TRANSMISSIONS2015
_Wolbachia_ is successfully established and self-sustaining, with no local dengue transmissionsExplore our story
*
Global Progress
SRI LANKA
We’re working with local communities in Sri Lanka to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
VIETNAM
We’re working with local communities in Vietnam to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
INDONESIA
We’re working with local communities in Indonesia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
AUSTRALIA
We’re working with local communities in Australia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
NEW CALEDONIA
We’re working with local communities in New Caledonia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
VANUATU
We’re working with local communities in Vanuatu to reduce the transmission of mosquito-borne diseases.Vanuatu
*
Global Progress
FIJI
We’re working with local communities in Fiji to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
KIRIBATI
We’re working with local communities in Kiribati to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
MEXICO
We’re working with local communities in Mexico to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
COLOMBIA
We’re working with local communities in Colombia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
BRAZIL
We’re working with local communities in Brazil to reduce the transmission of mosquito-borne diseases.View our progress
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Sri Lanka
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Vietnam
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Indonesia
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Australia
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New Caledonia
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Vanuatu
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Fiji
*
Kiribati
*
Mexico
*
Colombia
*
Brazil
*
Global Progress
SRI LANKA
We’re working with local communities in Sri Lanka to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
VIETNAM
We’re working with local communities in Vietnam to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
INDONESIA
We’re working with local communities in Indonesia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
AUSTRALIA
We’re working with local communities in Australia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
NEW CALEDONIA
We’re working with local communities in New Caledonia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
VANUATU
We’re working with local communities in Vanuatu to reduce the transmission of mosquito-borne diseases.Vanuatu
*
Global Progress
FIJI
We’re working with local communities in Fiji to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
KIRIBATI
We’re working with local communities in Kiribati to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
MEXICO
We’re working with local communities in Mexico to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
COLOMBIA
We’re working with local communities in Colombia to reduce the transmission of mosquito-borne diseases.View our progress
*
Global Progress
BRAZIL
We’re working with local communities in Brazil to reduce the transmission of mosquito-borne diseases.View our progress
*
People reached 87,457Project sites 1
Established 2017
*
People reached 15,670Project sites 2
Established 2016
*
People reached 242,665Project sites 1
Established 2011
*
People reached 312,183Release sites 7
Established 2009
*
People reached 99,945Project sites 1
Established 2018
*
People reached 54,000Project sites 1
Established 2017
*
Population reached 272,916Project sites 3
Established 2017
*
People reached 17,356Project sites 1
Established 2017
*
People reached 211,890Project sites 1
Established 2017
*
People reached 2,760,152Project sites 5
Established 2016
*
People reached 1,264,890Release sites 2
Established 2012
Watch the video
About Us
RELEASING HOPE
When we release _Wolbachia_ mosquitoes into a community, it’s crucial we have the support of the people who live there. So when a community leader in Narewa Village, Fiji, told us he felt like we were ‘releasing hope’ we could not have been happier. This is our ultimate goal. To free people from the fear and suffering caused by mosquito-borne disease.Our vision & values
Our _Wolbachia_ Method SUSTAINABLE PROJECTS The World Mosquito Program's method of reducing mosquito-borne diseases is natural and self-sustaining. It’s unique because it usually only needs to be applied once to be effective. This makes it a sustainable, affordable and long-term solution to mosquito-borne diseases.Find out more
News & Stories
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Scientific publications Establishment of wMel _Wolbachia_ in _Aedes aegypti_ mosquitoes and reduction of local dengue transmission in Cairns and surrounding locations in northern Queensland, AustraliaView details
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Scientific publications The impact of large-scale deployment of _Wolbachia_ mosquitoes on arboviral disease incidence in Rio de Janeiro and Niterói‚ Brazil: study protocol for a controlled interrupted time series analysis using routine disease surveillance dataView details
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Scientific publications Establishment of wMel _Wolbachia_ in _Aedes aegypti_ mosquitoes and reduction of local dengue transmission in Cairns and surrounding locations in northern Queensland, AustraliaView details
Scientific publications Pluripotency of _Wolbachia_ against Arbovirus: the case of yellowfever
View details
Scientific publications The impact of large-scale deployment of _Wolbachia_ mosquitoes on arboviral disease incidence in Rio de Janeiro and Niterói‚ Brazil: study protocol for a controlled interrupted time series analysis using routine disease surveillance dataView details
Scientific publications Modifying Insect Population Age Structure to Control Vector-BorneDisease
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Scientific publications Predicting the age of mosquitoes using transcriptional profiles.View details
Mosquito-borne diseasesZika
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