Specialty Focus: Use of Force Incidents, Falls from Heights, Injury Analysis, Injury Causation, Punching or Kicking Injury, ATV Injuries, Low Speed Rear End, Construction accidents, Backover/Runover Accidents, Motor Vehicle Accidents, Child Seat Related Injuries, Helmet/Restraint Issues, eye injury, Domestic Altercations, Product Liability, Diving Accidents, Aircraft Accidents, Personal Watercraft Accidents.
Slips, Trips & Falls
Slips occur when the foot slides along the walking surface. Trips are caused by the swing foot becoming obstructed. Falls can occur after slips, trips or from being at height and becoming unsupported. Regardless, the injuries can often tell the difference between a slip, trip or fall from height. A bio-mechanical analysis can determine the cause of the injury.
FDA has strict regulations and guidelines for medical devices. Blood or tissue contact devices have some of the most stringent requirements. Lower-level devices like wheelchairs, glucose monitors, and crutches all have specific regulations and guidelines for proper design, manufacture, and sales/marketing. The medical device manufacturer is required to manage the device at all stages of development, use and even disposal.
Sports & Recreation
There are a host of regulations, industry standards, guidelines and texts which manufacturers must use to assure that their product or play/recreation area is safe. When a Sport & Recreational injury occurs, it is important to understand which regulations and standards apply and how they may or may not be associated with a specific injury. A bio-mechanical evaluation can determine the mechanism of injury which can in-turn be used to determine if a product or a play area is defective.
Since the 1970’s, ASTM and US CPSC have promulgated industry standards and guidelines for manufacturers and owners to provide for a reasonable level of safety. However, about 200,000 injuries/year have occur with falls to the outstretched hand and falls from height being the most frequent injury pattern. Supervision, maintenance and proper equipment are often under great scrutiny when a child is injured and a court case proceeds. A bio-mechanical analysis of the injury can determine the mechanism of injury and how that may be associated with the equipment or lack of maintenance or supervision.
There are a host of federal regulations, industry standards and other authoritative texts which can be used to ensure product safety. 3rd-party certifications are used to ensure a given product meets those regulations and standards. However, a careful analysis of the design process along with close scrutiny of user manuals and training materials must be conducted to determine if a product is defective. Additionally, a bio-mechanical analysis can determine if a given injury could even occur with a product or with misuse.
In the US, about 10,000,000 crashes/year occur. The greatest majority are minor however injuries can still occur under specific conditions. A bio-mechanical evaluation of a crash can determine if an injury can be associated with certain vehicle dynamics and kinematics. A bio-mechanical evaluation coupled with an accident reconstruction can determine if the injuries are associated with the crash or not.