Detecting influenza A virus antigenicity with density-based algorithms

Sofia McDonough, a student from Florida State University, worked with Dr. Pej Rohani & Dr. Alpha Forna on density-based algorithms for detecting influenza A virus. Abstract: Influenza A H3N2 viruses mutate over time, leading to different antigenic variants. Viruses that elicit a similar immune response are considered to be part of the same antigenic cluster. It

Environmental variability and mosquito-borne disease

Karin Ebey, a student from Eckerd College, worked with Dr. Kyle Dahlin and Dr. John Vinson on modelling the effects of demographic and environmental noise on mosquito-borne disease. Abstract: Mosquito-borne diseases are a significant and growing public health burden globally. Predictions about the future spread and impact of mosquito-borne disease outbreaks can help inform direct control

Quantifying and characterizing the Chagas disease parasite burden in kissing bug vectors across land use change gradients

Bryna Wilson, a student from Grove City College worked with Dr. Nicole Gottdenker and Juliana Hoyos on associations between land cover and trypanosome infections in kissing bugs. Abstract: Changes in land use and forest cover can affect the transmission of vector-borne diseases by interfering with the ecology of disease vectors. The kissing bug Rhodnius pallescens can

How Various Feeding Rates Affect Pupation Rates in Anopheles stephensi Larvae

Jacob Glover, a student at Franklin College, worked in the lab of Dr. Ash Pathak Abstract Anopheles Stephensi are a dangerous vector for countless diseases without cures currently. If mosquitos could be contained or controlled, then this could eliminate these diseases they carry without having to find a vaccine or other types of cures for

Designing and Evaluating the Need for Patient Based Clinical Prediction Rules for Influenza Triage Telemedicine

Annika Cleven, a student at St. Olaf College, worked in the lab of Dr. Andreas Handel Abstract Using data that was collected from a university health center where patients and clinicians were asked to report the presence of a list of respiratory-related symptoms, we analyzed the need for patient based Clinical Prediction Rules (CPRs).  We

Predictors for SARS-CoV-2 Seropositivity in Owned and Feral Cats in North Georgia

Sarah Blankespoor, a student at California Polytechnic University, worked in the lab of Dr. Mark Tompkins Abstract Little is known about the epidemiology of SARS-CoV-2 in animal populations. Cats are a host for the virus, with cat-to-cat transmission demonstrated in lab settings. Both feral and owned cats interact with many species and could drive interspecies

The Tradeoff of Nutrition in Malaria Transmission

Nathan Garcia-Diaz, a student from Willamette University, worked in the lab of Dr. Ash Pathak. Abstract The effects of nutrition on malaria transmission was studied by collecting the most influential components of Vectorial Capacity. Vectorial Capacity (C) measures the Anopheline mosquito’s efficacy at transmitting the Plasmodium berghei parasites, and the largest factors impacting C are

Investigating the Clinical Relevance of Patient-Reported Symptoms for Influenza Triage

Jacqueline Dworaczyk, a student at Arizona State University, worked in the lab of Dr. Andreas Handel. Telemedicine has become increasingly popular during the age of Covid-19. During a public health crisis, telemedicine could be used as a tool to triage patients and prevent burden on the health care system. In an exploratory data analysis, we