All lesions associated with endocarditis are three dimensional (3-D).
Transthoracic and transesophageal echocardiographic techniques, while
highly useful in. endocarditis, yield only two-dimensional (2-D) data.
The newly evolving method of 3-D echocardiography that provides volum
e and surface rendered reconstructions could be helpful in endocarditi
s. The clinical feasibility of 3-D echocardiography and its ability to
display valvular and other cardiac structures have been recently demo
nstrated. Early experience suggests that vegetations, damaged valves,
and other abnormalities could be delineated well by this method in vie
wing projections unavailable by current clinical techniques. Ongoing r
efinements in data acquisition, image processing, and display are Like
ly to make 3-D echocardiography a clinically valuable tool, aiding in
enhanced diagnostic appraisal of disorders such as endocarditis, and i
n making therapeutic decisions.