Treatment utility can be defined as a combination of objective clinica
l efficacy and quality-of-life results (i.e. subjective criteria). It
is a particularly useful concept in diseases such as benign prostatic
hyperplasia where important differences may exist between the results
of objective measurements and the assessment of subjective complaints
and quality-of-life impairment. The collection of data regarding treat
ment utility involves the generation of large patient care databases w
hich provide long-term data in representative, general practice, patie
nt populations. Such data provide overall information for physicians,
health care providers, patients, insurance companies and health care d
ecision-makers and enable them to define the long-term effectiveness o
f each treatment. In addition, predictive or risk factors which may as
sist in appropriate clinical decision-making may be identified. Such d
ata also provide cost/utility information. Finally, the data could be
used in daily practice to allow the physician to make rapid therapeuti
c decisions.