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Research in Motion B. Sonny Bal, MD, JD, MBA Associate Professor Department of Orthopaedic Surgery University of Missouri School of Medicine

Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

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Page 1: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Research in Motion

B. Sonny Bal, MD, JD, MBA

Associate Professor

Department of Orthopaedic Surgery

University of Missouri School of Medicine

Page 2: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Great Expectations

Life expectancy is now 77.7 years … and people are expecting to stay actively moving through those years.those years.

Aging baby boomers expect to stay active, placing unprecedented demands on surgical options previously reserved for the elderly.

Page 3: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Total Hip Replacement

Page 4: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Knee Replacement

Page 5: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Joint Replacement Advances

• Materials (Failure)

• Bearings (Wear)

• Surgery

– Infection

– DVT– DVT

• Today:

– Biomaterials

– Bearings

– Safe Surgery

• Future?

– Biological solutions

Page 6: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Meeting Demand for Ortho R&D

• Biomaterials– Mimic skeletal bone (elasticity, porosity)

– Bearing wear and compatibility

– Biological options

• Surgical techniques and procedures– Less invasive surgery and faster recovery

• Patient education and rehabilitation– Consumers are better informed

Page 7: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Collaborative Research

• Orthopaedic scientists and surgeons

• Engineering and materials scientists

• Veterinary medicine scientists and clinicians

Working together.

Page 8: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Collaboration

Comparative Orthopaedics Laboratory-MUMissouri University of Science & Technology-Rolla

Department of Orthopaedic Surgery-MU

Page 9: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Empty Control

Implanted

Page 10: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

BiomaterialsBiomaterials

OC plugs in RabbitsOC plugs in Rabbits

–– Regenerate CartilageRegenerate Cartilage

–– Bioactive GlassesBioactive Glasses

Page 11: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Tissue-engineered patella

• Columbia University

New York City

• COL at MU

Columbia, MO

Page 12: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Stem Cell Engineered CartilageStem Cell Engineered Cartilage

Page 13: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Comparative Orthopaedics

• Identify “real world” problems

• Develop hypothesis and aims

• Break it down into the components

• Assess the variables to test the hypothesis• Assess the variables to test the hypothesis

• Optimize the solutions

• Apply it to the problem

• Test the solution in the real world

• Stakeholders: Veterinary and Human

Page 14: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Ceramic-Metal Femoral Head

Page 15: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components
Page 16: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Material Composites

• Optimizing Bioactive Glasses

• Testing tissue-engineered cartilage

• Combining biomaterials

– Bioactive glass– Bioactive glass

– Porous titanium

– Biologically active materials

Page 17: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

The Value of Investigation?

#1 Disability: Arthritis

Leading Cause of Death: Heart Disease

Page 18: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

The Case for Moving Forward

57% of adults with heart disease also have

arthritis

Arthritis = difficulty being physically active

Less active = difficulty managing heart disease

Page 19: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Investments in Motion

Government grants

Foundation grantsFoundation grants

Corporate giving

Individual giving

Page 20: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Research to Products

• Once we have the biomaterials:

• MU Biodesign Team

– New applications

– New solutions– New solutions

• Business Incubator

– Business School

– Commercial Venture

Page 21: Research in Motion - COnnecting REpositories · Comparative Orthopaedics • Identify “real world” problems • Develop hypothesis and aims • Break it down into the components

Investments in Motion