Sponsored by The National Institute of Neurological Disorders and Stroke and the Department of Defense, JPC-5 Military Operational Medicine

Chairs: Col. Dennis McGurk & Patrick Bellgowan

Box Lunch available ($) - pre-order only (Add ticket to your registration cart in the NNS Webshop to reserve)

View complete agenda here

Description

Both blast and head impact sensors have been available to researchers for over 10 years and have offered some insights into the biomechanics of brain injury, but they also have received criticism due to technical limitations. In the last few years, there has been significant progress in new technologies and analytical approaches, with varying degrees of validation testing. This symposium will provide an understanding of current sensor technologies and their utility for providing information regarding exposure of the human brain to external forces.  The primary objective of this workshop is to update clinical and basic science researchers on the state-of-the-science of environmental sensors as used, both pre-clinically and clinically, to understand the diagnosis and prevention of brain trauma.   The secondary objectives of this workshop are to provide information to the community regarding 1) the development of CDEs relevant to the collection of data from sensors, 2) sensor data sharing via the Federal Interagency TBI Research (FITBIR) informatics platform, and 3) the development of an inter-agency working group to focus on the potential for standards development and data sharing for sensor-related data. 

Educational Objectives

At the conclusion of this symposium, all attendees will be able to:

1. Describe the neuropathology related to exposure to head impact injuries and blast forces.
2. Describe the types of sensors that are appropriate for measuring exposure to different types of forces.
3. Discuss advantages and disadvantages of data obtained from various types of environmental sensors used for traumatic brain injury.
4. Identify data standards and data reporting criteria when working with environmental standards.
5. Network with leaders in the field of environmental sensors used for neurotrauma research, discovery, and treatment.

In addition to the learning outcomes for all attendees, at the conclusion of this symposium, students/trainees will also be able to:

1. Identify suitable mentors for their personal and career development
2. Identify human and tangible resources to promote their career advancement
3. Identify major research fields, as well as related institutions and companies in which to find meaningful career opportunities and advancement.