The GeneConvene Global Collaborative advances best practices and informed decision making for development of genetic biocontrol technologies to improve public health.
GeneConvene offers technical information, advice, training, and coordination for research on gene drive and other genetic biocontrol technologies – technologies that use genetic variants of a target species, like a disease-transmitting mosquito, to control its undesirable impacts.
Genetic Biocontrol as a Tool to Fight Malaria
The concept of using genetic biocontrol to prevent malaria transmission by mosquitoes is over 80 years old. The idea is to create or find a genetic variation that creates a desired effect, like reducing the mosquito population or making mosquitoes unable to transmit malaria. When mosquitoes with this trait mate with wild mosquitoes, malaria transmission can be reduced. Gene drive is a family of genetic biocontrol approaches where the genetic variation persists in the wild population, and in some cases can spread beyond the area where it is introduced. Gene drive is recognized as a potentially powerful tool to help control malaria.
The Challenge of Malaria and Other Mosquito-Borne Diseases
Efforts to control the spread of mosquito-borne diseases save hundreds of thousands of lives every year, but the tools and resources available are not sufficient to protect everyone. The World Health Organization (WHO) estimates that in 2021 there were 247 million cases of malaria and 619,000 deaths attributable to the disease, most of which were children under 5. More than half of the world’s population lives in areas where mosquitoes carry viruses with epidemic potential. Given the extent of the human suffering and financial hardship these diseases cause, there is an urgent need to evaluate new prevention tools.
The Role of GeneConvene
Genetic biocontrol has been used on disease-transmitting mosquitoes for over 60 years, but scientific advances in the past 20 years have dramatically improved the ability of researchers to engineer new genetic biocontrol approaches, including gene drives. GeneConvene was created to support informed decision making on the open scientific, regulatory, and policy questions raised by these new technologies.
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Thanks to the speakers and everyone who joined our webinar last month. And a special thanks to GeneConvene alumnus David O’Brochta for hosting the session! This webinar highlighted how the field of genetic biocontrol can learn from other fields how to approach entomologic and environmental monitoring and surveillance.
This six-minute explainer video breaks down what a gene drive is, how it works at the genetic level and key safety and efficiency features – an important element when considering gene drive as a potential solution to control harmful vector-borne diseases.
This recent review, by authors from the @WHO and many collaborators, looked at 511 journal articles assessing the potential impact of climate change on malaria and neglected tropical diseases (NTDs), including vector-borne diseases like arboviruses.
We are happy to share the opportunity for African biosciences professionals to learn about #geneediting in this short course organized with
@UdsmOfficial
and @uru_group, led by
@MaedaBiotech
and @BrianBTarimo. Learn more and apply by June 14 here: https://academy.geneconvenevi.org/courses/gene-editing-a-short-course-for-science-professionals/.