Countryside Amish Market

Teddy Matel ‘22 and I coasted down Cornell’s hills into Ithaca, the sun warming our backs and the wind chilling our faces. When we reached town, Teddy led us to Black Diamond Trail, an 8.4 mile stretch of stone dust, converted from an old railroad bed, that passes through a mix of woodlands and fields along the western shore of Cayuga Lake. The trail ended at Taughannock Falls State Park, a 750-acre park northwest of Ithaca near Trumansburg, and we jetted onto Route 96, the adjacent road. By this time, the sun was at its peak in the sky. After five miles down the shoulder of  Route 96, Teddy and I darted left, and we quickly found ourselves biking on a pebble road.

Rooting for the Horses: A Conversation with Professor Ducharme

Imagine running without being able to breathe. Sounds pretty terrible, right? Unfortunately, this is the reality that many horses suffer through. Seeking to solve this problem, Prof. Normand G. Ducharme, clinical sciences, has revitalized the equine industry with his work on respiratory illnesses in horses. Ducharme got involved with horse medicine when the success rate for helping race horses was low.

Researchers Uncover Genetic Variations Responsible for Tumor Virus in Horses

At Cornell University’s Baker Institute for Animal Health, groundbreaking horse health research is not surprising but standard. Such is the tone with which Prof. Doug Antczak ’69, animal science, refers to various scientific feats that have emerged from the 66-year-old facility, although the professor mentions the endeavors of his predecessors before his own work. Regardless, Antczak, in collaboration with colleagues from Cornell University, the University of Glasgow, Iowa State University and the University of Florida, recently published findings from a research project of their own. The team proposed that genetic differences in horse species could allow for papillomavirus-induced sarcoid (skin) tumors to grow in some horses and not others. This papillomavirus is similar to one found in humans, known as Human Papillomavirus (HPV), and the group’s findings could shed light on whether certain people are more susceptible to the virus and subsequently the cervical cancer it causes.