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Professor Lieberman's research sits at the cutting edge, focused on unraveling the complex puzzles of how cells communicate (signal transduction) and how blood cells called megakaryocytes develop. He takes an innovative approach, often using cultured mammalian cells as his tools to carefully take apart and understand the specific pathways and mechanisms controlling these vital processes. A key part of his work involves introducing targeted changes, like dominant negative mutations, into crucial proteins involved in cell signaling, helping to illuminate the elaborate network of cellular conversations and how they relate to both health and illness.
Throughout his career, Professor Lieberman has shown a deep commitment to pushing forward the fields of microbiology and immunology. His efforts not only enrich the academic world but also hold promising potential for real-world clinical impact, especially in gaining a better understanding of and developing treatments for conditions involving blood cell formation and cancer. Alongside his dedication to excellent research, he has a genuine passion for guiding and inspiring the next wave of scientists, cultivating a space where curiosity thrives and new ideas can flourish.
Leading the Department of Molecular & Cellular Biosciences at the University of Cincinnati, Professor Lieberman has overseen notable growth and progress, helping it become a vibrant center for pioneering research and collaborative efforts. His additional role as Interim Chair in the Department of Cancer Biology highlights his broad expertise and his dedication to bringing different scientific areas together to address some of the most urgent health challenges we face today.
Professor Lieberman's significant contributions to the scientific community are clearly seen in the many papers he has published and the presentations he has given at conferences both within the country and internationally. His ongoing work continues to be a source of inspiration, often prompting others to think differently and helping to expand the frontiers of knowledge and possibility within the exciting world of molecular and cellular biosciences.
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The University of Cincinnati (UC or Cincinnati) is a public research university in Cincinnati, Ohio, United States. Founded in 1819 as Cincinnati College, it is the oldest institution of higher education in Cincinnati and has an annual enrollment of over 44,000 students, making it the second largest university in Ohio. It is part of the University System of Ohio. The university's primary uptown campus and medical campus are located in the Heights and Corryville neighborhoods, with branch campuses located in Batavia and Blue Ash, Ohio.

Located within the University of Cincinnati College of Medicine, the Department of Microbiology and Immunology is dedicated to advancing the understanding of infectious diseases and the intricate workings of the immune system to improve human health. It serves as a dynamic center for comprehensive graduate education, offering specialized training within programs like Molecular Genetics, Biochemistry and Microbiology and the collaborative Immunology program. Faculty conduct groundbreaking research across key areas including microbial pathogenesis, host-pathogen interactions, immunology, vaccine development, and drug discovery, often supported by significant federal funding. The department fosters a collaborative environment, bridging basic science with clinical applications and partnering with institutions like Cincinnati Children's Hospital, preparing students to become future leaders in research and education addressing global health challenges.
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