Ndey Bassin Jobe successfully defended her thesis Feb 23, and is now officially Dr. Jobe. Follow her to see how she will change the world! “Congrats Dr. Jobe”

Electric fields have the potential to repel, capture, or kill (electrocute) insects without the negative side effects of other classical approaches. In our new review, “Electric fields to control insects”

Our lab is well-represented in SOLS’ annual report (Va’Trelle Stokely on the front cover, Sarah Rydberg on the back cover & page 16, and Ndey “Our work highlighted in SOLS’ annual report”

Experts Dr. Silvie Huijben and Dr. Krijn Paaijmans have spent their careers researching mosquitoes, pathogens and disease control all over the globe. In 2018, they moved “Inside our cutting-edge insectary facility”

Graduate student Ndey Bassin Jobe, Assistant Professor Silvie Huijben and Assistant Professor Krijn Paaijmans of Arizona State University’s School of Life Sciences and Center for Evolution and Medicine recently published a personal view in The Lancet “Malaria control can create ‘super-arthropods’”

There are many reasons why mosquito control alone may not be enough to end malaria. For example, bed nets work very well, but only if “Our work in Mozambique in Science Magazine”

To effectively battle, control and eliminate malaria transmission, countries use strategies called vector control. This approach primarily involves the wide-scale implementation of two key complementary “Improving our understanding of malaria-prevention effectiveness”