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KECK SCHOOL OF MEDICINE
32

An Introduction to USC's Center for Body Computing

Jul 04, 2015

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At the University of Southern California Center for Body Computing (CBC) we believe that technology solutions are not the problem or the drivers of our terrific and ever rising health care costs, they are the solutions, and they represent the very best achievements in modern society. The need for these digital health products, when their capability is fully realized, will transcend policy and politics.

The CBC is an independent health innovation center. Headquartered at the USC Keck School of Medicine, the CBC is an interdisciplinary brain trust that works with other USC Schools, including the Marshall School of Business, the Viterbi School of Engineering, the School of Cinematic Arts, USC Athletics, and other innovators to study, accelerate, and create digital health solutions. The CBC creatively synthesizes business, engineering, entertainment arts and medicine into new paradigms that will innovatively enhance the quality of life, especially for the 2 billion people worldwide who lack access to healthcare. Learn more: http://bodycomputing.squarespace.com/

See Leslie Saxon's full research profile: http://profiles.sc-ctsi.org/leslie.saxon
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Page 1: An Introduction to USC's Center for Body Computing

KECK SCHOOL OF MEDICINE

Page 2: An Introduction to USC's Center for Body Computing

CENTER FOR BODY COMPUTING

EST. 2007

Leslie Saxon, MD

Chief, Division of Cardiovascular Medicine, USC Keck School of Medicine

Executive Director, USC Center for Body Computing, USC Keck School of Medicine

Manager, USC Center for Body Computing,

Julie Berkley, MPH Jay Porterfield

Project Coordinator, USC Center for Body Computing,

E: [email protected]: 323-442-6134

E: [email protected]: 323-442-5687

Jevon Reynolds

Project Coordinator, USC Center for Body Computing,

E: [email protected]: 323-442-6096

Page 3: An Introduction to USC's Center for Body Computing
Page 4: An Introduction to USC's Center for Body Computing
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year 2016

mobile subscribers > world population

Source: Trinity Digital Marketing, 2013

THE RISE OF MOBILE

Page 6: An Introduction to USC's Center for Body Computing

Patients own their own

data & are actively using

the resources they have to

engage with it

PATIENT ENGAGEMENT

Page 7: An Introduction to USC's Center for Body Computing

Continuous access to data

Understanding of personal health

Relationship with MD

WHAT DO PATIENTS WANT?

Page 8: An Introduction to USC's Center for Body Computing

It makes no sense for the

least accessible person, the MD,

to segregate the data

WHAT DO PATIENTS WANT?

Page 9: An Introduction to USC's Center for Body Computing

PERSONAL INTERACTION

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Page 11: An Introduction to USC's Center for Body Computing

BODY COMPUTING CONFERENCE

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SOFTWARE & MOBILE APP PORTFOLIO

USCBODYCOMPUTING.ORG 1510 SAN PABLO STREET, SUITE 322, LOS ANGELES, CA 90033 323.442.6134

Page 13: An Introduction to USC's Center for Body Computing

BIOGRAM

- DESCRIPTION

• Instagram meets mobile health

•AliveCor Mobile ECG

• Health literacy through entertainment

- PARTNERS

•AliveCor

• USC Viterbi School of Engineering

• Everyheartbeat.org

- TIMELINE

• May 2013 – Present

Page 14: An Introduction to USC's Center for Body Computing

MYQUIT COACH

- DESCRIPTION

• Personalized plan and monitoring

attainable goals

• Adjusting preferences according to

their needs

• Built-in social support

• Ability to quantify nicotine use in

social communities

- PARTNERS

• Livestrong.com

Page 15: An Introduction to USC's Center for Body Computing

VAMPIRE RANCHER

- DESCRIPTION

• Farming simulator

• Blood Glucose determines crop quality

• Diabetic children

- PARTNERS

•AgaMatrix

• Sanofi

• USC Viterbi School of Engineering

Page 16: An Introduction to USC's Center for Body Computing

I HEART JELLYFISH

- DESCRIPTION

• Mobile app game

• Heart Rate (HR) controls bioluminescence

• HR awareness in numerous situations

- PARTNERS

•Avery Dennison

•Ayogo Health, Inc.

Page 17: An Introduction to USC's Center for Body Computing

PAM +

- DESCRIPTION

•A complement to Pacesetter’s existing

Patient Advisory Module (PAM) in effort

to manage and improve patient health

• BP awareness in numerous situations

• Daily challenges and virtual rewards

- PARTNERS

• St. Jude Medical

Page 18: An Introduction to USC's Center for Body Computing

HAY (HOW ARE YOU?)

- DESCRIPTION

• Shares personal health information and

real – time condition statistics with

patients and their family members

• Wirelessly communicate data from an

individual’s implanted device to their

computer or handheld device

-PARTNERS

• Boston Scientific

PREDECESSOR AND GENERAL PLATFORM FOR

NUMEROUS OTHER PRODUCTS AND APPS

ENCOURAGING PATIENT CARE OUTSIDE OF

HOSPITALS

Page 19: An Introduction to USC's Center for Body Computing

BOSTON SCIENTIFIC LATITUDE HEART COACH

- DESCRIPTION

• Companion app for ICD patients

• Caretaker = Patient

• Improved health – monitoring ecosystem

- PARTNERS

• Boston Scientific

• Karten Design

- TIMELINE

• Dec. 2012 – Oct. 2013

Page 20: An Introduction to USC's Center for Body Computing

BIOMETRIC MONITORING IN ATHLETICS

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Safety Performance Fan Experiences

ATHLETIC FOCUS

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MALNUTRITIONNutrition Statistic to go here.

DEHYDRATIONDehydrated of 1-2% of body weight begins to compromise physiological function.

SLEEP DEPRIVATIONSleep statistic to go here.

COGNITIVE DEPRECIATION WHEN FATIGUEDCognitive Functions effected by Fatigue statistic here.

ATHLETIC FOCUS

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NETWORKS

DIRECT MARKETS

INDIVIDUAL PLAYERS

TEAMS FANS

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Page 27: An Introduction to USC's Center for Body Computing

Venue Setup SportVU’s video capture and tagging functionality allows for an accurate

positional data for all players and ball during live game action.

2

6 cameras (3 per half court)

in 4-6 locations in the catwalk

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Page 29: An Introduction to USC's Center for Body Computing

Client:NFL Charities

Project:Dynamic ECGs in Elite Athletes

Brief:Commissioned by the NFL to

perform the first study in

professional and collegiate

athletes to characterize heart rate,

variability and incidence of

arrhythmias during gameplay.

Additionally this study

characterizes differences that

exist between players based on

position played and body mass.

NFL RESEARCH

Page 30: An Introduction to USC's Center for Body Computing

Client:Proactive Sports Performance

Project:Biometric Monitoring, Combine Training

Brief:To test a number of sensor based

solutions and form factors on current and

soon-to-be professional athletes; provide

trainers with more granular information

to expand training programs; provide

athletes with objective feedback about

their performance.

PROFESSIONAL COLLABORATION

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Strategic Development

Ecosystem Engagement

Marketing & Branding Opportunities

Expert Project Management & Coordination

Academic Research Studies & Projects

Networking Opportunities

Annual Body Computing Conference

Join Us!

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