Pardis Sabeti is a prominent computational biologist and geneticist recognized for her contributions to understanding human genetics and infectious diseases. She has a strong educational background with a focus on both biology and medicine, which has equipped her with a unique perspective on how to leverage technology to decipher complex genetic information. Sabeti’s work often involves the analysis of genomic data from various populations to trace disease dynamics and evolutionary biology. In her research, Sabeti has made significant advancements in the study of pathogens, including Ebola and Lassa fever. By utilizing computational tools and high-throughput sequencing, she has contributed to the identification of genetic variants that influence disease susceptibility and response to treatments. Her efforts are vital in developing targeted strategies for infectious disease control and understanding the genetic factors underlying these illnesses. Beyond research, Sabeti is also a passionate advocate for science communication and education, aiming to bridge the gap between scientific discovery and public understanding. Through her leadership roles, she encourages collaboration across disciplines and emphasizes the importance of integrating modern technology into biological research. She continues to inspire a new generation of scientists with her dedication to both science and social impact. Pardis Sabeti is a prominent computational biologist and geneticist celebrated for her work in human genetics and infectious diseases. With a strong educational foundation in biology and medicine, she applies technological advancements to unveil complex genetic data. Sabeti's research focuses on pathogens like Ebola and Lassa fever. By using genomic analysis, she identifies genetic factors that affect disease susceptibility and treatment responses, paving the way for tailored disease control strategies. In addition to her research, Sabeti is an advocate for effective science communication. She believes in connecting scientific discoveries with public knowledge and encourages interdisciplinary collaboration to enhance biological research.