THE TEAM — Community science core group

Sarah A. Hamer

MS | PhD | DVM

Sarah is a disease ecologist and epidemiologist with a background in wildlife ecology. She is a Professor in the School of Veterinary Medicine & Biomedical Sciences at Texas A&M University. Sarah studies different vector-borne diseases that impact human and animal health, and teaches epidemiology to undergraduates, graduate students, and veterinary students.

Rachel Curtis-Robles

PhD

Rachel is a assistant research scientist in Sarah Hamer's lab. Her PhD work focused on the ecology and epidemiology of Chagas disease in the southern US. Data from community-submitted bugs comprised the bulk of her dissertation. She enjoys working with the public to raise awareness and is a contact for questions from the public.

Gabriel L. Hamer

MS | PhD

Gabe is a medical and veterinary entomologist and wildlife ecologist in the Department of Entomology at Texas A&M University. Gabe's expertise is in quantifying vector-host interactions across diverse landscapes. Gabe teaches veterinary entomology to undergraduate students.

Lisa Auckland

BS

Lisa is the Laboratory Manager of the Hamer Labs. When you call or email the lab to inquire about kissing bug submissions, you may interact with Lisa. Lisa has expertise in molecular analysis of vectors and parasites.

Keswick Killets

BS | MS

Keswick is a research associate in Sarah Hamer's Lab. She primarily works with the community science program as a main contact for answering questions and processing bugs in the lab. She manages the kissing bug colony.

Rachel Busselman

BS

Rachel is a PhD/DVM student whose work focuses on kissing bugs and canine Chagas disease. She helps answer questions about dogs, kissing bugs in kennels, and kissing bug behavior.

Juan Pablo Fimbres-Macias

BS | MS

Juan Pablo is a PhD student with experience collecting kissing bugs in Texas and Mexico. He collaborates with international colleagues on collecting kissing bugs through community science.

ABOUT — What we do

Our research team combines experts in veterinary medicine, parasitology, entomology, ecology, and public health. We are taking a 'One Health' approach to study the ecology and epidemiology of Chagas disease in the southern US. With this approach, we are combining studies of vector populations, wildlife reservoirs, domestic dogs, parasite genetic strains, laboratory animals, and human risk. There are many researchers across Texas A&M University and other institutions in Texas that we work with who have expertise on different aspects of Chagas disease.

• We are engaged in field collections of kissing bugs using diverse trapping techniques across private and public lands.
• We have established a state-wide public outreach effort through which we are inviting anyone to submit kissing bugs to our laboratory for identification and testing. This 'community science' approach is allowing us to obtain samples from many ecoregions of the state and has broadened the impact of our research. See some of the results from bugs collected in 2013-2014.
• We are educating veterinarians and physicians to be aware of Chagas disease and its status in Texas.
• Our wildlife studies involve capture/release live-trapping of diverse small mammal species and solicitation of blood and tissue samples from hunter-harvested wild animals. See some of the results from feral hog, carnivore, bat, and rat studies we have done. In addition, we were also involved in documenting a case of Chagas disease in a horse.
• We conduct research to determine the burden of Chagas disease in populations of different types of dogs. See the work we completed in a survey of Texas shelter dogs as well as the work we completed in a population of central Texas working dog kennels.
• In the laboratory, we are identifying bugs to the species level and testing bugs and wildlife samples for T. cruzi. We are particularly interested in using genetic approaches to determine the strains of parasite that circulate in different regions, because different strains are associated with different disease outcomes in humans and animals.