AMTI is comprised of 4 key pillars:
Minimally Invasive Surgery (Laparoscopy)
Dr. James C. Rosser not only teaches advanced laparoscopic
procedures, but he utilizes them in his practice as well.
Laparoscopy is a commonly performed procedure to examine
the abdominal or pelvic organs. Investigative procedures
can be performed with laparoscopy or “keyhole” surgery
where in the past the abdomen would have to be opened
in an operation known as a laparotomy. The procedure uses
a laparoscope. This is a long thin instrument with a light
source at its tip that illuminates the inside of the abdomen
or pelvis. Fiberoptic fibers carry images from a lens,
also at the tip of the instrument, to a video monitor,
which the surgeon and other operative staff can view in
real time. The laparoscope can be moved around within
the abdominal or pelvic cavity to give several different
views. Laparoscopy is routinely performed under general
anesthesia. Laparoscopic surgical treatment may require
one or more nights as an inpatient, depending on the exact
procedure. However, laparoscopy without surgical treatment
(investigative procedures) may be performed on an outpatient
basis. For a complete list of procedures performed by
Dr. Rosser, please click here.
Cyber-Based Education
AMTI conducts ongoing training and education programs
utilizing the most state-of-the-art technology and techniques.
AMTI offers cutting-edge skill training for surgeons to
enhance the safest use of minimally invasive or laparoscopic
procedures. Courses include the infamous Top Gun Laparoscopic
Skills and Suturing Program and the Telemedicine Empowerment
Course.
Telemedicine
Dr. James C. Rosser has extensive experience in telemedical
applications and techniques. He is currently teamed up
with Stryker Communications teaching Telemedicine Empowerment
Courses. For a complete list of previous telemedical projects,
click
here.
Research and Development
The R&D currently underway at AMTI is focused on cyber-based
education strategies and techniques that have the potential
to decreases medical errors and deaths through skill acquisition.
Innovative projects include the use of a video game warm-up
to enhance surgical skill acquisition.