Osteoarthritis is reported to affect 13.9%
of all adults, aged 25 and older; and 33.6% of those over
the age of 65. In the US alone, an estimated 21 million
Americans suffering from Osteoarthritis receive intra-articular
injections on an annual basis, and that number is projected
to climb due to:
the aging of the population;
the increasing rate of obesity;
the trend towards lifelong
physical and recreational activity;
the rise in population
of systemic degenerative diseases;
the development of pharmaceutical
agents that are proving to be effective alternative to
surgical join treatment or replacement; and
growth in the
scientific evidence supporting intra-articular injections
as a responsible treatment modality of the pathologic joint
space.
In 2007, an in-vivo animal clinical study led by Thomas
D. Morris, Inc., a nationally recognized and respected animal
research team, set out to evaluate whether use of the CompuFlo®-based
system could accurately identify the intra-articular space. The
conclusions were:
The CompuFlo-based system demonstrated
an ability to accurately identify anatomic structures of
ligament, tendon, muscle, meniscus, cartilage and intra-articular
space.
Use of fluoroscopy visually confirmed the delivery
system’s ability to locate and deliver solution specifically
to an intra-articular joint in an animal model.
The CompuFlo-based
system was found to have multiple benefits in comparison
to conventional syringe injection techniques, including
superior tactile control, greater ease of use and improved
reliability and accuracy of intra-articular injections.