The Office of Public Health Practice (OPHP) implements the school's goals and objectives related to practice and service in the community. Putting our public health knowledge into practice in the real world, in partnership with and service to communities, is central to our mission, vision, and values as a school. We engage in practice-based education, research, and partnership-building to improve the health, safety, and well-being of populations. The OPHP also participates in meetings within the community relating to public health education and training, including Colorado’s Association of Local Public Health Officials (CALPHO), Trailhead Institute, and our seven Academic Health Departments (AHD). The fundamental purpose of an AHD is to establish a framework that will strengthen and enhance an existing, mutually beneficial relationship between a LPHA and ColoradoSPH. The ultimate objective will be to enhance the practice of public health by facilitating collaboration on educational programs for students, training for public health workers, fostering collaborative research and creating opportunity for hands on, quality public health experience for students.
Our office also convenes the Public Health Practice Committee which broadly represents the constituencies affected by our work. The committee meets on a bi-monthly basis to help establish, and work toward, our practice priorities and make recommendations.
Genetic epidemiology focuses on understanding how genetic variation influences health and disease, including through interaction with environmental (non-genetic) factors and through changes to downstream molecular markers (epigenetics, gene expression, proteins).
Autoimmune diseases occur when the body’s immune system, which normally defends the body against disease and infection, malfunctions and mistakenly attacks healthy cells, tissues, and organs. Autoimmune diseases are chronic, lifelong, and can cause significant physical and psychosocial impairment. They can occur at any age, and many but not all, predominantly affect women. In aggregate, autoimmune diseases affect 10% of the population, and rank among the ten leading causes of death for females. We have developed several prospective cohorts of at-risk individuals that we are following for the development of autoimmunity (ie, circulating autoantibodies) and subsequent development of autoimmune disease. These cohorts study the following diseases (cohort names in parentheses): type 1 diabetes (DAISY, TEDDY, ASK), celiac disease (DAISY, TEDDY, ASK), rheumatoid arthritis (SERA), multiple sclerosis (RISEMS/DREAMS) and systemic lupus erythematosus (LAUREL). At-risk is defined as having a family history of disease, possessing a genetic risk marker or being autoantibody positive.
Epidemiologic methods are focused on developing, refining, and evaluating the statistical and study design approaches used to investigate health and disease in populations. This area addresses fundamental questions about how to design studies that produce valid and reliable results, how to measure exposures and outcomes accurately, and how to appropriately analyze complex data while accounting for confounding, bias, and measurement error. Researchers in this field work to advance causal inference techniques, improve approaches to handling missing data, develop methods for analyzing longitudinal and multilevel data, and create innovative ways to leverage large administrative databases and electronic health records. By strengthening the methodological foundation of epidemiology, this research ensures that findings from population health studies are scientifically rigorous, reproducible, and capable of informing evidence-based public health decisions and clinical practice.
Infectious disease epidemiology is a sub-field of Epidemiology. Building on the foundational concepts in Epidemiology, it focuses on the epidemiologic triad and understanding interactions between the host, agent, and environment, how infectious disease are transmitted, and how we can intervene to prevention and control their spread.
Research in infectious diseases captures a broad focus. Examples include longitudinal analyses to understand the risk factors for infections, like Zika virus, using surveillance data to characterize seasonal transmission dynamics of respiratory infections and risk factors for zoonotic disease, and serology studies to assess past infection history of West Nile Virus. Research is conducted in a variety of settings, including domestic and international locations, academic and clinical/laboratory settings, and in public health practice. Faculty also work closely public health practitioners on efforts to improve infectious disease surveillance and response and ensure research rapidly in translated in practice.
Key foci for obesity and diabetes epidemiology research include:
Injury and Violence Epidemiology and Prevention is a public health field dedicated to understanding, preventing, and reducing the burden of injuries and violence across populations. Using epidemiologic methods, it identifies patterns, causes, and risk factors for both unintentional injuries (such as drug overdoses and motor vehicle crashes) and intentional injuries (including firearm violence, suicide, and partner violence). The discipline develops and rigorously evaluates prevention strategies, then works with policymakers, practitioners, and communities to implement evidence-based programs that reduce incidence and severity. By translating evidence into practical solutions, the field advances safety and health at the population level.