Congratulations to Dr. Tiffany Baoicchi!! The Nathan A. Cobb Foundation and the Society of Nematologists awards Tiffany Baiocchi the John M. Webster Outstanding Student Award for 2019. This is the highest award given to a PhD student by the the Society of Nematologists.
Dennis Chang and Tiffany Baiocchi walked and were hooded at UCR’s graduation this summer. They are the first graduate students trained in the Dillman Lab to earn a Ph.D. Dennis will defend his thesis later this year. Tiffany will begin her postdoctoral research in the Hong lab at Cal State Northridge later this summer. Congratulations!
Tiffany Baiocchi, a graduate student in Biochemistry & Molecular Biology, and the first graduate student to officially join the Dillman lab is defending her thesis on Wednesday, May 29th at 1pm in the Genomics auditorium. We invite all to attend and support Tiffany on this momentous occasion.
Congratulations to Dennis Chang, Dihong Lu, and our collaborators Lorrayne Serra and Ali Mortazavi. The paper was published in PLoS Pathogens last week, detailing the conservation of excreted/secreted proteins released by EPNs during parasitic activation.
Sophia & Valentina attended the 60th annual Drosophila Research Conference in Dallas. Adler attended the 2019 Molecular Helminthology conference in San Antonio. We received some positive feedback and new ideas that look forward to working on.
We are excited to learn that our work on nematode-derived toxins will be supported by proof of concept funding by UCR. “We look for projects that promise to solve one or more urgent problems. We help those researchers with a little seed funding to move their work closer to commercialization,” explained Mark Leibowitz, interim director of UCR’s Entrepreneurial Proof of Concept and Innovation Center, or EPIC.”
“Adler Dillman, an assistant professor of nematology, received $30,000 to identify the proteins some nematodes secrete when they infect an insect and kill it. Dillman plans to use the toxin in a pesticide, or genetically modify crops to produce the protein and become naturally insect-resistant. Most corn and cotton in the U.S., for example, has been genetically modified to produce a protein called BT toxin, originally found in a type of bacteria. But insects are starting to resist BT toxin, and the nematode-derived toxin could serve as a supplement or alternative.”
Congratulations to Sudarshan, Dihong, Kathleen, Lauren, and Carter on the recent publication of their work on sand crickets. We are excited that this paper includes 3 undergraduate students as co-authors. We are eager to continue our research on S. scapterisci and its relationship with its bacterial symbiont X. innexi. This specialist parasite is becoming more interesting the more we learn about it.
Our collaborative R21 with the Nair lab was recently funded. This proposal is focused on investigating the tissue tropism of nematode parasites and to increase our understanding of their ability to adapt to host immunity. We excited to continue our collaboration with the Nair lab and to be performing more work with nematode parasites of mammals.
Endocannabinoids are lipid-derived signaling molecules that control important physiologic processes such as feeding behavior and metabolism. We identified the endocannabinoid system as a new mechanism that influences host immunity to helminths. This work was done in collaboration with Dr. Meera Nair and Dr. Nick DiPatrizio at UCR.
We have entered into a collaboration with Meera Nair’s lab at UCR studying host-parasite interactions using Nippostrongylus brasiliensis as a model. Our first collaborative paper was just published. In this study, we investigated the role of host-derived RELMα in a nematode infection. RELMα is a protein secreted during a type 2 immune response. Our lab is excited to be working with nematode parasites of mammals and we look forward to a long and fruitful collaboration with the Nair lab.