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15). At this time, the difference in S-ALP suppression in patients with metastatic disease was significantly greater with degarelix 240/80?mg http://www.selleckchem.com/products/SB-431542.html than in patients on leuprolide who did not receive antiandrogen treatment (P?=?0.045). Overall, S-ALP was suppressed earlier and to lower levels throughout the study in patients receiving degarelix compared with leuprolide, although the difference in suppression at day 364 was not statistically significant between patients receiving degarelix 240/80?mg and those receiving leuprolide plus concomitant antiandrogen (P?=?0.88). Overall, baseline S-ALP levels were three to four times higher in patients with PSA levels of ��50?ng/mL at baseline http://www.selleck.cn/products/VX-770.html than in those with levels of http://www.selleckchem.com/products/INCB18424.html (Fig.?4B). The overall analysis of CS21 showed that, when compared with leuprolide, degarelix achieved a more rapid suppression of LH, testosterone and PSA levels, and was as effective as leuprolide in terms of the primary endpoint, i.e. inducing and sustaining testosterone suppression to castrate levels (��0.5?ng/mL) throughout the 1-year treatment period [21]. The present analysis suggests that the faster onset of action noted previously with degarelix might give rise to a faster and more profound control of S-ALP levels than with leuprolide, particularly in those with metastatic disease and those with baseline PSA levels of ��50?ng/mL. Degarelix 240/80?mg treatment also resulted in the earlier suppression of S-ALP levels than with leuprolide plus concomitant antiandrogen treatment. Furthermore, the late rise in S-ALP levels often seen during leuprolide treatment, which might suggest therapy failure, was not apparent with degarelix.