Jessica Rippamonti: Innovating Neonatal Care Through Vascular Research
Jessica Rippamonti, a Graduate Research Assistant at the University of North Texas, is at the forefront of groundbreaking research focused on patent ductus arteriosus (PDA), a condition in which a blood vessel vital to the development of babies in utero (the ductus arteriosus) is stuck open after birth. This is an issue affecting a significant percentage of premature babies. Once considered a severe and potentially deadly condition, the PDA can be a challenging issue in neonatal care.
Jessica’s research is dedicated to understanding how this vessel can be manipulated, with the goal of developing less invasive treatments that reduce the impact on these vulnerable infants.
The ductus arteriosus (DA) plays a crucial role in organ development and is present in all land vertebrates, making it an evolutionarily conserved feature. Jessica’s work primarily involves studying this vessel in chicken embryos. Her experiments are conducted using a DMT wire myograph, a “versatile tool” that has allowed her to explore everything from the arteries of embryonic chickens to those of 4-5 year old alligators.
This versatility has been essential in investigating the various pathways that can influence the DA, particularly in finding ways to close the vessel by enhancing actin fibers or even open the vessel in specialized circumstances.
Despite the field being relatively small with limited publications, Jessica is passionate about scientific communication. She values the opportunity to present her findings at specialized meetings and enjoys teaching others about the significance of her work. Her ultimate goal is to make people care about this crucial area of research.
Jessica’s advice to aspiring researchers is to "be gritty and persevere." She encourages them to appreciate the journey, even if the next step isn’t the final goal they envision. Her dedication and innovative approach are paving the way for new treatments that could significantly improve the lives of premature infants.