Medical

In part one of this two-part podcast, HDIAC analyst Mara Kiernan interviews Dr. James Giordano, discussing the applications of neuroscience to national security. The discussion begins with a broad level conversation before narrowing the focus to warfighter neurocognitive enhancement.  Dr. Giordano provides insight into the current state of neurocognitive enhancement, potential future technologies, and the various challenges associated with its development and use.

The second installment of this two-part podcast continues the conversation with Dr. James Giordano on the implications of neurocognitive enhancement technologies.  Dr. Giordano discusses the ethical hurdles associated with such human enhancement technologies, the importance of building a competitive advantage, and considerations for continued innovation in this field.

This webinar will present a comprehensive overview of medical simulation, to include "what's new," history, proposed system taxonomies, devices, and techniques for representing external and internal anatomy and physiology for medical interventions. It will also review the role of team training and criteria for current simulation accreditation programs. The overview will conclude with a predictive view into the future of medical simulation devices and practices, as outlined by forward thinkers in the field.

The webinar planned for March 10, 2020 has been postponed. We will provide information regarding the new date and time as soon as possible. As Coronavirus Disease 2019 (COVID-19) continues to engage the world and its leaders, the HDIAC presents a Special Edition Webinar, hosting infectious disease expert, Dr. Stephen Thomas. Dr. Thomas will provide an overview of the epidemiology of the virus, information on transmission, its current global distribution, and cases and spread within the U.S. Dr. Thomas will additionally present details on the clinical manifestation of COVID-19, management, diagnosis, and prevention strategies.

Nanotechnology has begun to revolutionize medicine in a number of ways, from improving disease detection to greater medical treatments. Most recently, nanomedicine has created implantable sensors incorporated onto traditional orthopedic implants that can accelerate the return of motor function to servicemembers, enabling a high quality of life and better monitoring of injury recovery. Overall, this webinar will cover FDA approved nanomedicine products being used today in humans which are showing significant promise for improving health of the military and their family members.

The Joint Trauma Analysis and Prevention of Injuries in Combat (JTAPIC) program links medical, intelligence, operational, and materiel development communities to improve strategies to prevent or mitigate traumatic injuries in Service members. A new online system facilitates JTAPIC and their partnership in their mission to prevent injuries through actionable analysis that gives decision makers the concrete findings they need.

In this presentation, a historical review of infectious disease-related combat injuries and deaths will be presented with an emphasis on the 1918 Influenza Pandemic during WWI, dengue and US Marine Forces in Saipan during WWII, dengue and US Forces Haiti and Somalia, malaria outbreak in US Marines deployed to Monrovia, and leishmaniasis and multi-drug resistant bacteria in US Forces during Persian Gulf War II. Lessons learned for future deployments will also be discussed.

This webinar features research and details of the RTM Protocol, a new and promising treatment for post-traumatic stress disorder (PTSD) that requires no drugs and is completed in less than three sessions totaling five hours. Developed by the Research and Recognition Project, the protocol has been rigorously tested under strict scientific standards. Over 90% of the 160 veterans in the studies finished treatment with measured loss of their PTSD diagnosis, nightmares, flashbacks, and directly related emotional symptoms.

Dr. Tom Webster, a professor of chemical engineering at Northeastern University in Boston, is studying the ways that nanotechnology can be used to improve the future of medicine. The use of nanosensors shows great promise in revolutionizing medical device performance. These micro sensors can detect cell attachment on devices, such as hip implants, to determine at an early stage if medical device implantation can be successful and prolonged.

This webinar will cover the Information Analysis Center program and the capabilities and mission of the Homeland Defense and Security Information Analysis Center. It will include and overview of Information Analysis Center activities, core functions, research and analysis capabilities, and a description of the services and products produced by the Homeland Defense and Security Information Analysis Center.

Tissue engineering: it’s an emerging field of biomedical science that holds great promise for helping warfighters recover from injuries or disease–and one poised for a major expansion Together with Dr. Chi Hwan Lee at Purdue University, HDIAC Subject Matter Expert Joel Hewett discusses the growing global tissue engineering market which is being driven by advancements…