lunes, 3 de julio de 2017

Health Innovation Month: Finding new ways to better health outcomes | Health.mil

Health Innovation Month: Finding new ways to better health outcomes | Health.mil

Health.mil

Health Innovation Month: Finding new ways to better health outcomes

Sean Biggerstaff, Ph.D., acting director for the Research and Development directorate for the Defense Health Agency

Sean Biggerstaff, Ph.D., acting director for the Research and Development directorate for the Defense Health Agency



The old saying goes, “The definition of insanity is doing the same thing over and over and expecting a different result.” In the Military Health System, we constantly innovate new ideas. Those might include cutting-edge pieces of equipment or different processes. Our goal is to get those better health outcomes, not just the same results. July is Health Innovation Month, a time for us to reflect on the new ideas and techniques that help us save and enhance the lives of our 9.4 million beneficiaries.
As the acting director for the Research and Development directorate for the Defense Health Agency, I get to see and hear about a lot of great ideas being developed to improve the health of our warfighters, retirees, and family members. Real innovation in our system involves taking new approaches to what we do, and breaking out of our old paradigms to find novel solutions that aren’t necessarily intuitive. While research is often innovative, not all researchers and practitioners have the ability to innovate. True innovation requires you to break your own paradigm and do something different. That can be done by adopting a new approach or process and testing or implementing it. Or it could be the identification of a new technology to solve your problem.
One example of how we have changed that paradigm is to use different methods to access industries or communities we normally wouldn’t access. Our directorate is working with the Defense Health Agency’s acquisition directorate and other Department of Defense agencies to use Other Transaction Authorities. Better known as OTAs, these, and other tools, allow us to use different contracting mechanisms to find innovators and get them under contract more quickly – reducing an 18-month process to about 60 days. Since the movement from science to practice in health care can take years to decades, it’s critical to shorten the time to initiate the collection of definitive evidence and then deliver a new care option.
The military has a long history of innovation, especially in the field of health care. More than 100 years ago, Army doctor Walter Reed built on previous doctors’ work to confirm the theory that one particular mosquito carried yellow fever. Eliminating that bug would save thousands of lives. More recently, military health professionals worked together to develop the Joint Trauma System, an innovative approach that has contributed to the highest survivability rates from battlefield injuries in the history of warfare. For example, by using a system that collected and analyzed injury and treatment data in a central location (the DoD Trauma Registry), the MHS has been able to support changes in medical procedures that proved to save more lives. By identifying trends in outcomes based upon the care given, the Joint Trauma System highlighted possible gaps in our knowledge and possible solutions. This then fed new research efforts to develop the evidence base to change how we care for our wounded. The bottom line: The system made sure that no matter the service involved – Army, Navy, or Air Force – it will be the right care at the right time.
Civilian physicians have been learning what aspects of trauma care military physicians employ to treat battlefield injuries. The San Antonio Military Medical Center, one of two Level I Trauma Centers in the city, works closely with the Southwest Texas Regional Advisory Council and University Hospital, San Antonio’s other Level I Trauma Center, to provide trauma care to citizens of the city and other rural areas of southwest Texas. The council’s mission is to develop, implement, and maintain the regional trauma and emergency health care system for 22 counties encompassing more than 26,000 square miles in southwest Texas to the Mexico border. As you can see, military medicine innovation has paid big dividends in the health of warfighters, and in turn, the health of the civilian public.
We don’t know what the future of military medicine will be. It could include autonomous drones that would hover over an injured combatant on the battlefield, perform a surgery guided by a doctor’s hands thousands of miles away, and then transport that warfighter back to a safe area for further treatment. It could include instantaneous development and manufacture of treatments for individual warfighters based on their genes. Other innovations will likely focus on technologies and interventions to increase the length and quality of life for those active duty members and their families long after they have left the battlefield.
The pace of medical innovation continues to increase. The Military Health System must not be left behind as civilian hospitals and research centers find new ways to save and improve lives. By highlighting new medical innovations, whether a device or a process, this month and every month, we’ll keep up with that fast pace. We’ll save lives and improve the quality of living not only for our 9.4 million beneficiaries, but for all who will benefit from our innovation efforts.
Our job is not just to adopt the current technologies used, but to push the limits to be able to advance medicine now and in the future.


Army supporting clinical trial testing hemorrhage control foam

Article
6/14/2017
Exsanguination, or bleeding to death, remains the most common cause of potentially survivable death to wounded warfighters. The Army is looking at this device as a potential stop-gap for patients awaiting surgical care. It could be a 'bridge to surgery,' keeping the patient alive long enough to give them a fighting chance at survival. The device resembles a caulk gun that contains expandable foam designed to be injected into a patient by a trauma surgeon. (U.S. Navy phot by Lt. j.g. Haraz  Ghanbari)
The Army is supporting a pivotal clinical trial to test the safety and effectiveness of a self-expanding foam device to stop massive intracavitary abdominal bleeding
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DoD vaccine research saves military, civilian lives

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6/2/2017
Mosquitoes lie in a petri dish for testing. Personnel at the Walter Reed Army Institute of Research, a Defense Department biomedical facility in Silver Spring, Maryland, are researching and developing vaccines that can save military and civilian lives. (U.S. Air Force photo)
Personnel at the Walter Reed Army Institute of Research are researching and developing vaccines that can save military and civilian lives
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Airmen, Sailors support life-saving mission

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5/25/2017
Air Force Staff Sgt. Angel Figueroa, 18th Medical Operations Squadron technician, (left) and Maj. Melissa Dassinger, 18th Aerospace Evacuation Squadron Training Flight commander, test a “Giraffe” omnibed at Kadena Air Base, Japan. A C-17 Globemaster III can be equipped with materials and systems required to transport injured patients across great distances quickly and safely. (U.S. Air Force photo by Senior Airman Quay Drawdy)
Airmen and Sailors worked together to outfit a C-17 Globemaster III with life-saving equipment
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New medical practice restores function for trauma, cancer patients

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5/18/2017
Army Lt. Col. Owen Johnson III (left), chief, Plastic and Reconstructive Surgery Service, and Dr. Khang Thai, plastic surgeon, WBAMC, utilize a microscope during a microvascular transplant or "free flap" surgery as part of WBAMC's Reconstructive Microsurgery Program. Reconstructive microsurgery is a new practice to WBAMC and includes the autologous transfer of tissue, nerves and bone to trauma, cancer, or birth-related defected areas of patients, restoring function to the affected area. (U.S. Army photo by Marcy Sanchez)
The launch of the Reconstructive Microsurgery Program is the latest in reconstructive surgery advances
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Nurse scientists generate new knowledge for Air Force

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5/17/2017
Members of the of the 455th Expeditionary Aeromedical Evacuation Squadron assist patients on medical transport flight out of Bagram Airfield, Afghanistan. Air Force nurse scientists are conducting valuable research to improve en route patient care during aeromedical evacuations. (U.S. Air Force photo by Christopher Willis)
Nurse scientists are a small group of specially trained individuals, who conduct original research to generate new knowledge
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Innovative scanner designed to save Marines' lives on the battlefield

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5/15/2017
Mark Urrutic, project officer for Family of Field Medical Equipment Team at Marine Corps Systems Command, uses an Infrascanner to locate a simulated hematoma on a mannequin's skull. The Infrascanner is a portable, medical diagnostic device that provides early detection of intracranial hematomas-or bleeding within the skull-in the field, potentially saving lives and improving casualty care and recovery. (U.S. Marine Corps photo by Ashley Calingo)
The Infrascanner is a portable, medical diagnostic device that provides early detection of bleeding within the skull, in the field
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Chinn to Navy League: Innovations key to medically ready force, ready medical force

Article
4/7/2017
Navy Rear Adm. Colin Chinn, the acting deputy director of the Defense Health Agency, talked about battlefield medicine innovations as Rear Adm. Stephen Pachuta, Medical Officer of the Marine Corps watched, during a combat survivability panel at the Navy League’s Sea-Air-Space exposition, April 5, 2017, at National Harbor just outside of Washington, D.C. Others on the panel (not pictured)included Navy Surgeon General Vice Adm. Forrest Faison; Rear Adm. Cathal O’Connor, commander, Expeditionary Strike Group THREE; and Rear Adm. Tina Davidson, director Medical Resources, Plans, and Policy at the Navy’s Bureau of Medicine.
Innovations in battlefield medicine are helping raise survival rates for those injured in combat to the highest levels in the history of warfare. Navy Rear Adm. Colin Chinn, the acting deputy director of the Defense Health Agency, spoke about that at the Navy League’s Sea-Air-Space exposition, April 5, 2017, at National Harbor just outside of ...
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Blue-light-blocking lenses a potential breakthrough for warfighters

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4/7/2017
Airmen at Tinker Air Force Base, Oklahoma, are illuminated by the glow of the blue light from their computer screens. Blue light blocks the brain's production of melatonin, an important chemical that helps people sleep. New lenses developed by the Navy are designed to be worn for a couple of hours before bedtime and will block the blue light, allowing warfighters to get better sleep. (U.S. Air Force photo by Greg L. Davis)
New tinting for glasses could help service members get more sleep.
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Gateway momentum impresses Defense Health Agency director

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3/14/2017
Navy Vice Adm. Raquel Bono, Director of the Defense Health Agency, describes how the Gateway Performance System could be used across the Military Health System at the 59th Medical Wing Gateway Academy in Wilford Hall Ambulatory Surgical Center, Joint Base San Antonio, Texas. The DHA supports the delivery of integrated, affordable, and high quality health services to Military Health System beneficiaries and is responsible for driving greater integration of clinical and business processes across the MHS. (U.S. Air Force photo by Staff Sgt. Kevin Iinuma)
Vice Adm. Bono heard from several Gateway students about the impact the course is having at all levels around the wing as providers and staff look to improve patient care
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Walter Reed makes new leadless pacemaker available to military patients

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3/13/2017
Surgeons at Walter Reed National Military Medical Center implant the leadless pacemaker. (U.S. Army photo)
Doctors at Walter Reed National Military Medical Center are implementing the leadless pacemaker
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Innovation summit highlights ideas to improve patient experience, care

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3/8/2017
Navy Rear Adm. David Lane shared his thoughts and questions with innovators after each presentation during the National Capital Region’s one-day innovation summit Feb. 27.
Proposals for various projects were pitched to Rear Admiral David Lane and the NCR Market Board during NCR’s Innovation Summit. Once approved, the proposals will move on to the pilot phase at a location throughout the NCR medical directorate.
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Minutes: February 9, 2017

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Decision Brief Improving Defense Health Program Medical Research Processes

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Agenda: February 9, 2017

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Defense Health Agency Overview

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