{"id":3935,"date":"2024-05-25T15:23:28","date_gmt":"2024-05-25T15:23:28","guid":{"rendered":"https:\/\/dailywashingtoninsider.com\/index.php\/2024\/05\/25\/djibouti-fights-deadly-malaria-wave-with-gmo-mosquitoes\/"},"modified":"2024-05-25T15:23:28","modified_gmt":"2024-05-25T15:23:28","slug":"djibouti-fights-deadly-malaria-wave-with-gmo-mosquitoes","status":"publish","type":"post","link":"https:\/\/dailywashingtoninsider.com\/index.php\/2024\/05\/25\/djibouti-fights-deadly-malaria-wave-with-gmo-mosquitoes\/","title":{"rendered":"Djibouti\u00a0fights deadly malaria wave with GMO mosquitoes"},"content":{"rendered":"<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjgelnc000meyql4nnwe33n@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            Genetically engineered mosquitoes have been released in the tiny East African country of Djibouti to combat a surge in malaria infections caused by an invasive vector.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjgfz1b00023b6js82caord@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            This initiative started on Thursday, comes as Djibouti, one of&nbsp;Africa\u2019s smallest nations&nbsp;with just over a million residents, grapples with a dramatic increase in malaria cases, skyrocketing&nbsp;from just 27 in 2012 to&nbsp;more than 70,000&nbsp;in recent years, according to the WHO. The&nbsp;health body attributes the spike&nbsp;to the arrival of&nbsp;Anopheles stephensi, an invasive Asian mosquito species that transmit the deadly disease.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjgfz1b00033b6j9qufu57o@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            The&nbsp;mosquito species has also been detected in Ethiopia and Somalia, Djibouti\u2019s neighbors in the Horn of Africa, posing a significant regional threat.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkqdlsz00003b6jgtiamrw0@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            Unlike most malaria-transmitting mosquitoes in Africa that breed in rural areas, Anopheles Stephensi thrives in urban environments, intensifying the public health challenge for predominantly urban Djibouti.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjgfz1b00053b6jg5a6e90l@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            \u201cThis mosquito poses a huge threat to our fight against malaria,\u201d said Grey Frandsen, CEO of US-owned biotechnology firm Oxitec, which developed the gene-modified mosquitoes released in Djibouti.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjgfz1b00063b6j5a0g1xzl@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            \u201cAnopheles&nbsp;stephensi&nbsp;evade conventional tools, are resistant to insecticides and daytime-biters, reducing the efficacy of bed nets,\u201d he said.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjgfz1b00083b6j8azseat8@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            \u201cWe are in the pilot phase, but we believe in the technology. We are sure it will be the game changer,\u201d&nbsp;Abdilleh&nbsp;said.    <\/p>\n<h2 class=\"subheader\" data-editable=\"text\" data-uri=\"cms.cnn.com\/_components\/subheader\/instances\/clwjgg4be000b3b6jxu4zw754@published\" data-component-name=\"subheader\" id=\"using-mosquitoes-to-fight-mosquitoes\" data-article-gutter=\"true\">    \u2018Using mosquitoes to fight mosquitoes\u2019<\/h2>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkqjwzo00083b6jlwlx4r52@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            Dubbed a method that \u201cuses mosquitoes to fight mosquitoes\u201d, Oxitec\u2019s genetic technology targets female mosquitoes, which are predominantly responsible for malaria transmission.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkqtftw000g3b6jta1z85x9@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            The technique involves releasing genetically engineered male mosquitoes into the wild, which then mate with females. The introduced gene prevents female offspring from surviving to adulthood, effectively reducing the population of malaria-transmitting mosquitoes. Male mosquitoes do not bite and therefore cannot transmit malaria.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjggryj000h3b6jinj68gv7@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            Frandsen said Oxitec\u2019s genetic technology, which is funded by the Bill &amp; Melinda Gates Foundation, has been effective in reducing other mosquito-borne viral diseases such as dengue fever in other parts of the world.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjggryj000j3b6jlflk0hos@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            \u201cWe are still at the early stages of this program, but we\u2019re hopeful of the impact this can have in driving down malaria-spreading mosquitoes,\u201d he added.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjggryj000k3b6jm460gii1@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            Although the rollout of genetically modified mosquitoes in Djibouti is only the second in Africa,&nbsp;the idea is drawing more interest on the continent.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkrx7r100003b6jmqpw1kzd@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            In 2019, a team of scientists released Africa\u2019s pioneer batch of gene-modified mosquitoes to gather data on the potency of the technique in Burkina Faso where malaria is a leading cause of death.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkxp1h000013b6jjn9uwq80@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            According to vector control research alliance, Target Malaria, the mosquitoes released in the west African country were&nbsp;\u201cgenetically modified&nbsp;to be sterile, so it can mate but cannot produce offspring.\u201d    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkxp3wb00033b6jl0n4w983@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            It added that an estimated 14,850 gene-modified male mosquitoes were released and 527 were recaptured.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkxp3wb00043b6j365542wv@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            \u201cAfter recapturing them, the researchers found that the genetically modified mosquitoes were less mobile than their non-transgenic siblings and had lower survival rates,\u201d the alliance said of its findings, adding that a&nbsp;second trial phase was being planned in the country.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwjggryj000l3b6j92xwpcpw@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            Uganda\u2019s President Yoweri Museveni announced in early January that his country is partnering with Oxitec to combat malaria.    <\/p>\n<p class=\"paragraph inline-placeholder vossi-paragraph-primary-core-light\" data-uri=\"cms.cnn.com\/_components\/paragraph\/instances\/clwkqzt9g000i3b6jhxt4161h@published\" data-editable=\"text\" data-component-name=\"paragraph\" data-article-gutter=\"true\">            Africa bears the brunt of the global malaria burden, accounting for 96% of malaria deaths worldwide in 2021, according to the World Health Organization.    <\/p>\n<\/p>\n<div>This post appeared first on cnn.com<\/div>\n<p><\/p>\n","protected":false},"excerpt":{"rendered":"<p>Genetically engineered mosquitoes have been released in the tiny East African country of Djibouti 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