Catalyze Innovation that Advances Health

Exhibitors and Tables

Table 1: Inventing at MedStar Health
MedStar Inventor Services

MedStar Inventor Services works hand-in-hand with MedStar Health associates to transform their innovative ideas and discoveries into commercial products and services that advance health and improve the patient and family experience.

Examples: the Thyroidectomy Surgical Trainer (Erin Felger, MD); High Frequency Nasal Cannula for neonates (Moraji Peesay, MD)

MI2.MedStarHealth.org/Invent or email [email protected]


Table 2: Inventing Rehabilitation
MedStar National Rehabilitation Network and MedStar Inventor Services

Featuring Brain FORCE mTBI Screener (Alexander Dromerick, MD);
Face-to-Face Rehabilitation App (Jodi Barth, PT)

MI2.MedStarHealth.org/Invent or email [email protected]


Table 3: Adding Life to Years
MedStar National Rehabilitation Network (MNRN)

MedStar National Rehabilitation Network offers inpatient, outpatient and day rehabilitation treatment services in Maryland and the Washington, D.C. region. Research projects with the Catholic University of America include BiomHED exoskeleton device (Sang Wook Lee, PhD); HandSOME, spring-powered hand exoskeleton (Peter Lum, PhD); and BrainFORCE. Within Rehabilitation Engineering, Richard Keller and Jonathan Moncton are helping patients with disabilities live more productive lives by providing new or adapted pieces of “technology” to facilitate accessibility and function.

MedStarNRH.org
@MedStarNRH


Table 4: When the Patient Comes First, We Don’t Try First on Patients™
MedStar Simulation Training and Education Lab (SiTEL)

MedStar SiTEL provides a blended model of interactive online and face-to-face training, 3-D virtual simulation and hands-on, high-fidelity simulations, as well as performance support tools, to support world-class performance by MedStar Health associates. 

Exhibit: trainer for epidural placement (John Yosaitis, MD, medical director); femoral sheath removal simulator (Jessica Preston, simulation specialist, and Patricia Filomena, senior clinical educator).

SiTEL.org
@MedStarSiTEL


Table 5: Catalyzing Innovation That Advances Health
MedStar Institute for Innovation (MI2)

Thoracic surgeons, orthopedic surgeons and interventional cardiologists are gaining insights into the anatomy of their patients through 3D models generated from CT and MRI scans.

MI2.MedStarHealth.org
@MI2Innovation


Table 6: Innovating with Novel Electrical Devices
MedStar Institute for Innovation (MI2)

Explore building new electrical devices, wearable health sensors and patient recovery tools that facilitate our understanding of health and how to advance health care. Example: Kit Check helps hospitals automate manual medication practices using RFID and cloud technology.

MI2.MedStarHealth.org
@MI2Innovation


Table 7: Design Thinking for Health
Health for America (HFA)

Embedded at MI2, the Health for America fellowship at MedStar Health inspires the best and brightest young professionals to tackle the nation’s most pressing health challenges. The fellowship annually brings together an interdisciplinary team that applies innovation, human-centered design and lean startup principles to deliver a novel solution that improves health outcomes.

HealthforAmerica.org
@Health4America


Table 8: Supporting Innovation in Health Care and Beyond
Halcyon Incubator

The Halcyon Incubator is an immersive 18-month fellowship program that supports early stage social entrepreneurs with free housing, workspace, a stipend, coaching, and access to thought leaders and potential investors. One fellow’s project, Sen Sound, uses human-centered sound design to help humanize the patient experience—making hospitals sound nicer.

HalcyonHouse.org and Sensound.space
@SandRFoundation


Table 9: Printing a Patient’s Brain
The Innovation Hub at Sibley Memorial Hospital 

The Hub @Sibley is experimenting with helping doctors explain complicated surgeries to their patients. One idea is to use precise 3D-printed models of the patient’s own body parts, based on CT scans and other imaging, as hands-on tools for those conversations.

SibleyHub.com
@SibleyHub


Table 10: The Innovation School
NuVu Studio

NuVu was founded in 2010 in Cambridge, Massachusetts, by PhDs and graduates of the Massachusetts Institute of Technology (MIT). NuVu has provided an innovation-focused experience for over 3,000 students, ages 11 to 18, worldwide and created and energized a generation of entrepreneurs, designers, makers, and inventors. Health prototypes include the Emotion Owl for autistic children, Comfortable Cane, wheelchair pump extension, Warm IV, Emotion Mask, Tremor Monitor, and Sleeping Pillow.

NuVuStudio.com
@NuVuStudio


Table 11: Startups Make and Deliver Solutions
1776

MedStar Health is one of only four founding partners in the global start-up incubator and seed fund 1776. This strategic partnership is part of MedStar’s quest to find new, better and faster responses to the challenges facing America’s healthcare system. 1776 helps identify the most promising startups in health care and related fields and helps engineer their success. This tour of health startups making and delivering unique solutions features Babyscripts™ Remote monitor, for pregnant women’s weight gain and blood pressure; and CyberTimez for arms, ears and eyes.

1776.vc
@1776


Table 12: The Super Path to Super Duper Better: An An Innovative Incentive Program for Hospitalized Children
Hope for Henry Foundation

Hope for Henry is a pioneer in incentivizing young patients to comply with uncomfortable or painful medical interventions that are critical to recovery. The foundation has developed an innovative game-based program using Hope for Henry Bucks to pay young patients to overcome challenges like chemotherapy, radiation and needle sticks, for which they are rewarded with gifts off their personal wish lists.

HopeforHenry.org
@HopeforHenry


Table 13: Solving Military Problems in 3D
Walter Reed National Military Medical Center

The mission of the 3D Medical Applications center is to provide computer aided design (CAD) and computer aided manufacturing (CAM) for fabrication of medical models and custom implants; and provide technical support for virtual treatment planning and image capture in support of patient treatment, and graduate medical and dental education and research.

WRNMMC.CapMed.mil/ResearchEducation/3DMAC
@WRBethesda


Table 14: Reconnecting Veterans to the World through
Custom Assistive Technology
Hunter Holmes McGuire VA Medical Center

The Hunter Holmes McGuire VA Medical Center exhibit provides an opportunity to explore different custom solutions for veterans where commercial products were not available (i.e. Touchscreen access for individuals with SCI, Button Pusher for hospital bed access).

Richmond.VA.gov
@DeptVetAffairs


Table 15: Internet of Things for Health
Link Labs

Link Labs wireless system for real-time location and asset tracking for health systems, built with Link Labs for a fraction of the cost of traditional RTLS systems.

Link-Labs.com
@LinkLabsInc


Table 16: 3D Cardiac Printing
Children’s National Health System

Congenital heart disease is a three-dimensional structural problem; however, current imaging methods are only able to display images of heart defects in two dimensions. The health system’s lab is dedicated to advancing both imaging technology and segmentation methods to create 3D replicas of congenital heart disease to improve the care of patients.

ChildrensNational.org
@ChildrensHealth


Table 17: Healthier Patients, One Maker at a Time
Maker Therapy

Gokul Krishnan’s (MD) goal is to engage and empower children in hospitals across the country through the use of Maker Therapy, developed by ongoing research, training and key collaborations with medical institutions. The exhibit showcases the creativity and innovativeness of chronically ill patients.

MakerTherapy.com
@MakerTherapy


Table 18: Project Unicorn
Born Just Right

Give a 10 year old a chance to use her physical differences as an advantage, and you’ll see her create a glitter cannon inspired by unicorns. Learn how a collaboration between a kid, a designer, a prosthetist, and a couple of supportive organizations made magic happen. Together with her mother, Jordan Reeves has also created Born Just Right, an online support network for families and a resource for designs that make a difference in people’s lives.

BornJustRight.com
@BornJustRight


Table 19: e-Nabling the Future
e-NABLE

e-NABLE is an international network of volunteers (teachers, students, engineers, scientists, medical professionals, tinkerers, designers, parents, children, scout troops, artists, philanthropists, dreamers, coders, makers, and everyday people) delivering open-source 3D-printed upper-limb prosthetics to all who can use them. Exhibit includes assembling devices on site.

eNABLECommunityFoundation.org
eNABLINGTheFuture.org
@eNABLETheFuture


Table 20: Making for Access at DC Public Library
The FabLab @DCPL

The [email protected]—a free resource in the D.C. Public Library— helps patrons pursue Do It Yourself solutions for everyday problems. Exhibit showcases examples of solutions made by homeless, disabled and elderly people.

DCLibrary.org/LabsAtDCPL
@DCPL


Table 21: TOM: DC Makeathon for Assistive Technology
Nova Labs

TOM:DC is a 72-hour makeathon event that combines the spirit of making and the needs of those with disabilities. On July 22, makers will build assistive technology solutions that meet specific needs for individuals with challenges that are often overlooked by the market and government programs.

DC.TomGlobal.org
@NovaLabsRobotics


Table 22: Health Inventions
The Smithsonian’s Lemelson Center for the Study of Invention and Innovation

Attendees are invited to explore historic medical objects from the National Museum of American History’s teaching collection, and to invent their own device to hear a heartbeat.

Invention.SI.edu
@LemelsonFdn


Table 23: Work as Performed, Not Work as Imagined
MedStar Health National Center for Human Factors in Healthcare and MedStar Usability Services

The National Center for Human Factors in Healthcare at MI2 applies the scientific rigor of human factors engineering to create a safer, more efficient healthcare environment. Human factors engineering—born from the aviation and defense industries—optimizes systems, processes and devices to be consonant with how humans think, work and interact. MedStar Usability Services provide customized usability consultations and testing throughout the product development process.

MedicalHumanFactors.net
@MedicalHFE


Table 24: Innovating with the FDA
U.S. Food and Drug Administration (FDA)

An interactive description and demonstration of the valuable resources that the FDA can provide to clinician investigators, entrepreneurs and small businesses. The exhibit will include handouts with links to help people start their interactions with the FDA.

FDA.gov
@US_FDA
@FDAcdrhIndustry
@FDADeviceInfo


Table 25: Automated Cell Counting for Malaria Screening 
National Library of Medicine (NLM), National Institute of Allergy and Infectious Diseases (NIAID) 

A smartphone application counts red blood cells automatically under the microscope for malaria diagnosis. The software uses image analysis and machine learning to discriminate between uninfected and parasite-infected red blood cells.

Archive.NLM.NIH.Gov
@nlm_news


Table 26: Turning Health Into Discovery Through Making
National Institutes of Health (NIH)

NIH researchers are using Maker technologies to create innovative new tools that facilitate and advance scientific and health research: 3D-printed labware and molecules, custom apps and medical devices. Inventions are shared through open source resources and maximize the impact of advanced, patented developments through the process of testing, regulatory approval, manufacturing, and distribution. The exhibit includes projects from the Centers for Disease Control and Prevention (CDC) and U.S. Food and Drug Administration (FDA).

3DPrint.NIH.gov
OTT.NIH.Gov
@NIH


Table 27: Build Your Dreams Here
TechShop DC-Arlington

TechShop DC-Arlington is a community-based workshop and prototyping studio on a mission to democratize access to the tools of innovation. Filled with cutting-edge tools, equipment and computers loaded with design software featuring the Autodesk Design Suite, they offer the space to make, and the support and camaraderie of a community of makers. The exhibit includes a series of demonstrations that illustrate how the Maker Movement is impacting the health community through medicalfocused innovation in high technology.

TechShop.com
@TechShopDC


Table 28: Build Your Ideas!
TechGarden

TechGarden empowers kids, teens and adults to embrace technology and acquire technical problem-solving skills. Drawing on military backgrounds and time spent prototyping technologies during dangerous conditions in Iraq and Afghanistan, founders Brad Halsey and Dr. Albert Vega provide training through hands-on, challenge-focused and objective driven multidisciplinary projects that result in functioning prototypes.

TechGarden.org
@TechGardening


Table 29: Clinical Prototyping for Making Health in Hospitals, Homes, and Medical and Nursing Schools 
MakerHealth 

MakerHealth is bringing the tools of the maker movement to the point of care through a network of clinical makerspaces— creating health making facilities for physicians, nurses, caregivers, and patients. MakerNurse, powered by MakerHealth, has launched mobile makerspaces in several hospitals and nursing schools across the country, including Bon Secours St. Mary’s Hospital; Mayo Clinic; and University of Texas Medical Branch at Galveston Library.

MakerHealth.com
@MakerHealthco


Table 30: Future Makers

Future Makers are designers, technologists, artists, and educators who make makers. At this table you will invent a machine that incorporates craft materials, LED lights and a motor to create a spinning light machine that hypnotizes.

KidsMakeThingsBetter.com
@FutureMakerKids


Please don’t forget to share your wisdom at the U.S. Department of Health & Human Services IDEA Lab board!

Making Health Hosted By U.S. Department of Health and Human Service IDEA Lab

The U.S. Department of Health & Human Services (HHS) IDEA Lab advances the department’s mission to enhance and protect the health and well-being of all Americans by empowering ideas and collaboration that will lead to impactful solutions. This effort is centered around three core beliefs: 

  • Every individual has the ability to improve the health and
    well-being of Americans.
  • People are more powerful when working together.
  • There is a solution to every problem.

HHS.gov/IdeaLab
@HHSIdeaLab

National Institutes of Health

The mission of the National Institutes of Health is to seek fundamental knowledge about the nature and behavior of living systems and the application of that knowledge to enhance health, lengthen life and reduce illness and disability. 

NIH.gov
@NIH


Room Layout

Room layout

MedStar Health and the MedStar Institute for Innovation MedStar Health is a not-for-profit health system dedicated to caring for people in Maryland and the Washington, D.C., region, while advancing the practice of medicine through education, innovation and research.

The MedStar Institute for Innovation (MI2) is unique among innovation centers that are embedded in health systems. MI2’s approach is to create an innovation ecosystem across MedStar that fosters the vast creative talent and energy of its 31,000 associates and 6,000 physicians. Includes: MedStar Simulation Training and Education Lab (SiTEL); National Center for Human Factors in Healthcare; MedStar Inventor Services; Center for Digital Health & Data Science; Center for Health Influence & Engagement; Founding Partner 1776; Health for America; and MedStar Innovation Hub.

MI2.MedStarHealth.org
@MI2Innovation