RATIONALE AND OBJECTIVES. A number of pressures have taken their toll
on cardiovascular (CV) imaging in radiology. We conducted a survey to
develop accurate information about the current status of cardiac radio
logy (CR) that might guide future responses and initiatives. METHODS.
To assess the current status of CR, a survey form was sent to all 117
active radiologist members of the North American Society for Cardiac I
maging (N = 72) and/or the Council on Cardiovascular Radiology of the
American Heart Association (N = 98). The topics of inquiry included 1)
present CR staffing; 2) specific adult and pediatric CR activities (c
ardiac plain-film interpretation, cardio-angiography (CA), echocardiog
raphy, nuclear cardiology (NC), and CV magnetic resonance imaging (MRI
); 3) CR instruction of radiology residents; and 4) CR fellowship acti
vities. RESULTS. The survey was concluded with 64 (55%) individual res
ponses from 58 (67%) different centers with CR groups. An overall need
for CR staff (average unfilled positions/center = 0.4) was indicated.
Regarding CR activities, the following were reported: 1) universal ca
rdiac plain-film interpretation by radiologists, with most CR groups i
nvolved (adult, 64%; pediatric, 64%); 2) moderate CR contributions to
CA (adult, 62%; pediatric, 57%), of which cine interpretation was the
most common form (79% and 85%, respectively); 3) rare CR involvement i
n echocardiography (adult, 9%; pediatric, 6%); 4) low-level CR involve
ment in NC (adult, 16%; pediatric, 17%), but high level when combined
with that of nuclear medicine (93% and 91%, respectively); and 5) almo
st universal radiology responsibility for CV MRI (adult, 96%; pediatri
c, 96%), with extensive CR involvement (77% and 82%, respectively). Of
46 reporting academic centers, most (76%) required CR training of res
idents; a smaller proportion (33%) of all centers offered CR fellowshi
ps. CONCLUSIONS. Because of the insights gained from this survey, reco
mmendations can be better made to strengthen CR based on a foundation
in plain-film interpretation, computed tomography, NC, and MRI.