Hep B vs CloudLabs Ecosystem Balance

Hep B-Ware™ is part of a series of mobile educational games developed by the Institute for Molecular Medicine and Infectious Disease at Drexel University College of Medicine. Together, Hep B-Ware™, Malaria Invasion™, and CD4 Hunter™ and CRISPR Cut Out™ introduce players to the world of infectious disease. Follow us on Twitter: @Drexel_IMMID, #IMMID, #HepBWare Game Features: Hep B-Ware is a 7-level game in which players take the role of the hepatitis B virus (HBV) navigating the bloodstream in search of a liver cell to infect. At the end of each level, players can check their knowledge by answering a pop-quiz. Players may tap the highlighted scientific terms to learn more. By intersecting real science, with attractive visuals and animations, and simple gameplay, each game level teaches players about essential aspects of the complex mechanism by which HBV infects liver cells. The player will be able to identify and discuss key elements of HBV infection throughout the viral life cycle including binding, attachment and entry; uncoating and nuclear entry; transcription and translation; glycosylation of surface proteins; capsid assembly; and HBV egress. Credits: Producer: Brian Wigdahl Ph.D. Project Director: Sandra Urdaneta-Hartmann, MD, Ph.D., MBA Creative Director: Mary Ann Comunale Ed.D. Game Design: Mary Ann Comunale Ed.D., Christopher Dobbins, Colin Page Artwork: Daniel Dobbins, Christopher Dobbins, Mary Ann Comunale Ed.D. Science Content and Script Writing: Mary Ann Comunale Ed.D., Elise Moser Ph.D. Editing: Sandra Urdaneta-Hartmann, MD, Ph.D., MBA Localization: Colin Page, Sonia Navas-Martin, Julio Martin-Garcia Funding: Drexel University College of Medicine, Department of Microbiology and Immunology, and Institute of Molecular Medicine and Infectious Disease.

This simulation recreates an aquarium with a pump, a filter, a lamp, an oxygen meter, a pH meter, a resistance and living species such as algae, crustaceans and fish. The objective of this practice is to keep the aquarium ecosystem in balance and not to let it die. As time progresses, the ecosystem will gradually begin to grow in population and there will be alterations in the conditions of the ecosystem in relation to its degree of contamination, temperature, food availability, amount of light and oxygen.