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F. UTURE. T he I nnovative and E ntrepreneurial C ulture – E xamples in H ealthcare. Richard M. Satava, MD FACS Professor of Surgery University of Washington. Innovation Forum Innovation Opportunities in Health University of Saskachewan Saskatoon , Saskachewan
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F UTURE The Innovative and Entrepreneurial Culture – Examples inHealthcare Richard M. Satava, MD FACS Professor of Surgery University of Washington Innovation Forum Innovation Opportunities in Health University of Saskachewan Saskatoon, Saskachewan 13-15 September, 2009
Presenter Financial Disclosure Slide Richard M. Satava, MD FACS Financial Support: None (… but still hoping) Consulting: Karl Storz ISIS Support Stryker SimuLab US Surgical Investment InTouch Technologies, Inc * There will be no discussion of products from these companies
Greetings from Monterey California
Storytelling Johns Hopkins
“The Future is not what it used to be” ….Yogi Berra Disruptive Visions
“The Future is here … . . . it’s the Information Age” Current Visions
Entering a New Age The “Fourth Wave” ??
2000 BC 0 1500 1800 1900 2000 AD TIME (year) BIO-INTELLIGENCE AGE AGRICULTURAL AGE INDUSTRIAL AGE CONSUMER ACCEPTANCE INFORMATION AGE TECHNOLOGY DEVELOPMENT BIOINTELLIGENCE AGE Fourth Wave? Satava 29 July 99
BIO-INTELLIGENCE AGE Biosensors Biomaterials Biomimetic PHYSICAL BIOLOGIC FUTURE Genomics Bioinformatics Biocomputation Robotics HPCC/WWW MEMS/Nano INFORMATION Satava 2 Feb 1999
Creating a New Age Pioneers Inventors Implement Discover The Future Entrepreneurship Innovators Adopt Satava 2 Feb 1999
The Scientific Method Evidence Based Medicine is . . . The Scientific Method as Applied to Medicine The Evidence IS the Science In order to accept evidence-based medicine . . . we must accept the current method in Science
METHODS Classical Renaissance Age of Industrial Age Information Age Period Enlightenment Observation phenomenon experiment scientific method …? Aristotle Archimedes DaVinci Michelangelo Newton Boyle Einstein Fermi Hawking Wolfram What is Science ? . . . study that relate(s) to the phenomena of the material universe and their laws Oxford English Dictionary Science is what we observe by using the Scientific Method
What is the Controversy? Wisdom of Giants Evidence Creativity of Innovators Imagination
THE STRUCTURE OF SCIENTIFIC REVOLUTIONS THOMAS S. KUHN METHODS Classical Renaissance Age of Industrial Age Information Age Period Enlightenment Observation phenomenon experiment scientific method …? Aristotle Archimedes DaVinci Michelangelo Newton Boyle Einstein Fermi Hawking Wolfram The Great Debate 4 Decades of Kuhn vs Popper The Logic of Scientific Discovery Science is Evolving . . . and so is the Scientific Method
METHODS Classical Renaissance Age of Industrial Age Information Age Period Enlightenment Observation phenomenon experiment scientific method …? Aristotle Archimedes DaVinci Michelangelo Newton Boyle Einstein Fermi Hawking Wolfram AScientific Revolution occurs with a Breakthrough or “Crisis” in Knowledge …and a New Era emerges . . . and with each New Era a new method of discovery
Scientific Method . . . . . . is DEAD? Not necessarily but . . . Not all science is explainable using the scientific method Where is the role of Imagination Intuition Innovation Creativity Serendipity Inspiration FURTHER PROOF: Current evidence is inadequate for Event horizons Cognition Genome Quantum mechanics Memes Etc New discoveries evolve from Emergent Properties
SIMULATION The Industry Standard CAD/CAM Virtual Design Virtual Prototyping Virtual Testing & Evaluation
Hypothesis Study Design Experiment Results Reporting Hypothesis Study Design Experiment Results Reporting W hereIstheScientificMethodfailingus? • Where does the hypothesis come from? • Can all evidence be demonstrated by • Randomized, controlled, double-blind trials? ? Creativity Intuition Inspiration Analogy & Metaphor Exception-to-the-rule Emergent properties Outliers, etc “We don’t know … what we don’t know” Yogi Berra
Hypothesis Study Design Experiment Results Reporting Hypothesis Study Design Experiment Results Reporting HowhastheScientificMethodchanged? Simulation ? Creativity Intuition Inspiration Simulation 8 n= 10 Analogy & Metaphor Exception-to-the-rule Emergent Properties Outliers, etc
Hypothesis Study Design Experiment Results Reporting Whereis the Scientific Method failing us? RCT 2. Can all evidence be demonstrated by Randomized, controlled, double-blind trials?
SCIENTIFIC METHOD Controlled, randomized, double-blind trial Control GroupNo Parachute Test GroupParachute Still looking for volunteers for the control group
$ Government Funding $ What Reseachers Need toKnow
Role of the Innovator CrossingtheChasm
Role of the Innovator CrossingtheChasm The Second Chasm Valley of Death Early Innovators Visionaries Early Adopters Pragmatic Inventor Technology Enthusiast Inventor Pioneer Innovator
( Tech Transfer ) (Sustainment) Pioneer Innovator Inventor Design TRL 1 2 3 4 5 6 7 8 9 Transition Scientific Method
Gartner’s Hype Cycle of Innovation VISIBILITY TIME Peak of Inflated Expectations Technology Trigger Trough of Disillusionment Slope of Enlightenment Plateau of Productivity
The Innovator Must • See the “big picture” • Understand the “science” • Possess entrepreneurship • Transition the technology • The inventor . . . Discovers • The pioneer . . . Adopts • but • The innovator . . . crosses the chasm …. Twice
Research Product Disposal New Idea
Technology Readiness Levels Clinical Trials TRL 1 2 3 4 5 6 7 8 9 Transition Scientific Method
The Innovator Transitions Life-cycle Management • Medical Research is an “acquisition process” • Early discovery and concept • Research (through completed prototye – TRL 6) • Commercialization (including purchasing by users) • Maintenance and sustainment • Implication to researchers of “acquisition process” • Early research – need to consider long term needs • Research and development – understand transition strategies • Commercialization – about 90% to bring a product to market • Maintenance & sustain – did the research plan for this?
Classic Education and Examination What is the REVOLUTION in Medical Education?
Training forNew Technical Skills Halstedian Model: See One, Do One, Teach One
SURGICAL EDUCATION The Revolution is . . . Now Roughly 100 year cycles (1908 – Flexner Report)
It’s all about . . . Improved Patient Care through Advanced Surgical Education Virtual Reality Manikin
S T killsraining The New Mandates Effective 1 July 2008 All residency programs must have RRC* a skills training (simulation) center 1 July 2009 All surgical residents must pass FLS** ABS in order to apply for board certificate • * Residency Review Committee (RRC) Accreditation Council of Graduate Medical Education • Approved by American Board of Medical Specialties • ** Fundamentals of Laparoscopic Surgery
Two Components of the Revolution Using Modeling and Simulation • Objective Training of Technical Skills • Simulators (technology) • Curriculum (training method) • Assessment of Cognitive and Technical Skills • Criterion-based tools • Objective metrics
Technology Current areas of simulation Manikin Models, tissue, animals VR CAI Virtual Virtual Constructive Live
O SATS Methodology Objective StructuredAssessment of Technical Skills Richard Reznick, Univ of Toronto - 1998
It’s not the Simulator It’s the Curriculum
Standardized Curriculum Suggested template • Goals of the Simulation • Anatomy • Steps of the Procedures • Errors • TEST • Skills Training • Outcomes
The 6Competencies 2003 Consensus by the AGCME & ABMS • Knowledge • Patient Care • Interpersonal and communication skills • Professionalism • Practice-based learning and improvement • Systems-based practice
Mandates Recent mandates include: Sept, 1999 NBME - Medical students required to pass OSCE June, 2008 ACGME (RRC) - All residency programs must have access to a simulation center July, 2009 Amer Board Surg - All residents must complete and document Fundamentals of Laparoscopic Skills course or have board certification application returned Recent initiatives (curricula) to meet mandates Amer Coll Surg - Fundamental Skills Courses to meet ABS reqs - Basic, advanced surgical skills, team training Amer Soc Anes - Airway management, etc - esp team training Maintenance of Certification (MoC) - Retraining of all types Redeployment, pregnancy sabbatical, etc
ACS/APDS Core Curriculum S C O R E • Three Phases • PhaseProductComplete • Phase1 Basic Skills Curricula July, 2007 • Phase 2 Full Procedures July, 2008 • Phase 3 Team Training July, 2009 ABS Training/Assessment Website Provides educational/training resources Clearly states expected performance outcomes (quantitative)
ACS/APDS Core Curriculum Twenty Basic Skills Asepsis & Instrument Identification .Knot Tying . SuturingTissue Handling Dissection, Wound Closure, Wound Mgmt Advanced Tissue Handling: FlapsCatheterization, Uretheral and Skin Grafts Suprapubic Airway Management Chest Tube/Thoracentesis Central Line Insertion, Arterial LinesSurgical Biopsy Vascular Anastomosis Laparotomy Opening/Closure Principles of Bone Fixation & CastingIntroduction: Inguinal Anatomy Upper Endoscopy .Colonoscopy Basic Laparoscopy Skills Advanced Laparoscopy Skills Hand Sewn GI Anastomosis Stapled GI Anastomosis