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Using Biomechanical Testimony Effectively to Combat the Soft Tissue Injury Cases

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Bradley W. Probst, MSBME, ARCCA Inc., Pittsburgh, Pennsylvania. The Good News. By June J. Essis ... Apply engineering principles, the principles of mechanics, ... – PowerPoint PPT presentation

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Title: Using Biomechanical Testimony Effectively to Combat the Soft Tissue Injury Cases


1
Using Biomechanical Testimony Effectively to
Combat the Soft Tissue Injury Cases
  • MaryJane Dobbs, Marcus, Brody, Ford, Kessler
    Sahner, L.L.C.
  • Roseland, New Jersey
  • June J. Essis, Fineman, Krekstein Harris, PC,
    Philadelphia, Pennsylvania
  • Bradley W. Probst, MSBME, ARCCA Inc., Pittsburgh,
    Pennsylvania

2
(No Transcript)
3
The Good News
  • By June J. Essis

4
(No Transcript)
5
WHAT DO BIOMECHANICAL ENGINEERS DO
  • Apply engineering principles, the principles of
    mechanics, to biological systems, i.e., the human
    body, with the specific facts of an accident
  • Provide information about forces generated in the
    accident

6
LOW IMPACT CASES
  • Testimony has been admitted to establish that
    the forces generated by the accident were not
    sufficient to cause the injury alleged.

7
TESTIMONY IS ADMITTED WHEN . . .
  • Expert is qualified
  • Expert has experience and training
  • Testimony is relevant and reliable
  • Material generally accepted in scientific
    community
  • Valentine v. Grossman, 283 A.D.2d 571, 724
    N.Y.S.2d 504 (2001)

8
QUALIFIED TO GIVETESTIMONY IF
  • Education
  • Experience and training
  • Reviewed facts of the case
  • Pleadings
  • Written discovery responses/depositions
  • Photographs
  • Accident report
  • Medical records
  • Maele v. Arrington, 45 P.3d 557 (Wash. Ct. App.
    2002)

9
RELIABILITY ISESTABLISHED BY . . .
  • Setting forth the methodology
  • Explaining the calculations
  • Relying on factual events as reported by
    plaintiff
  • Reviewing medical articles
  • Utilizing studies/tests that were conducted by
    the expert or scientific community
  • Baerwald v. Flores, 930 P.2d 816 (N.M. Ct. App.
    1997), certiorari denied, 122 N.M. 589 (1997)

10
MECHANICAL ENGINEER, MEDICAL DOCTOR AND/OR
ACCIDENT RECONSTRUCTIONIST
  • Can testify if he/she has
  • Education
  • Experience and/or
  • Training
  • in Biomechanics

11
QUALIFIED EXPERT
  • Can testify about
  • Forces involved in the accident
  • Impact forces have on the human body
  • Cannot testify about
  • Plaintiffs specific claimed injuries

12
Maybaum v. Rakita, 2002 Ohio 5338 (Ohio Ct. App.
2002)
13
Mitchell v. Glimm, 819 So.2d 548 (Miss. Ct. App.
2002)
14
Wilson v. Rivers, 593 S.E.2d 603 (S.C. 2004)
15
STANDARDS FOR THE ADMISSIBILITY
  • No different than the standards for the
    admissibility of any other expert testimony

16
IN DETERMINING ADMISSIBILITY, COURTS FOCUS ON . .
.
  • 1) The credentials of the expert
  • 2) Whether expert relied on education,
    experience, training and experiments to arrive at
    the opinion
  • 3) Whether the testimony is reliable and relevant
  • 4) Whether the methodology generally accepted in
    the scientific community
  • 5) How the expert arrived at the calculations
  • 6) The material and/or literature utilized
  • 7) Whether the expert reviewed the case material
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