Despite the widespread implementation of screening protocols for early dete
ction of prostate cancer, there are still no effective cures for advanced d
isease. Prostate cancer is the second leading cause of cancer-related male
deaths in the United States and notwithstanding an encouraging decrease in
the mortality rate, prostate cancer will remain a major health problem. How
ever, new therapies are emerging that may significantly alter the future of
the prostate cancer patient. For hormone-responsive prostate cancers, comp
lete androgen blockade has been successful in delaying progression and new
gonadotropin-releaing hormone (GnRH) antagonists promise sustained medical
castrations without the deleterious side effects of GnRH superagonists when
used alone. Yet, poor solubility and oral bioavailability have plagued the
ir development. To overcome these limitations, significant advances have be
en made in the synthesis of non-peptide GnRH antagonists. Hormone-refractor
y prostate cancers were once considered to be chemo-resistant, but new evid
ence to the contrary has become more widely accepted. Not only can chemothe
rapy cause regression of disease, it has also been shown to improve quality
of life. This has led to a number of clinical trials to test combinations
of currently available chemotherapeutic agents. In addition, new discoverie
s surrounding the biology of prostate cancer have sparked the invention of
a number of targeted therapies that may revolutionise the care of the prost
ate cancer patient.