Prostate |
Panobinostat, docetaxel and prednisone |
NCT00663832 |
Phase I |
Completed |
CRPC received panobinostat 10, 15 or 20 mg i.v. on days 1 and 8 in combination with docetaxel i.v. on day 1 and prednisone p.o. 5 mg bid every day of a 21-day cycle. n=44 |
Determined the MTD of i.v. Panobinostat is 15 mg in combination with docetaxel and prednisone in patients with CRPC. 63% of patients showed >50% decline in PSA levels |
Panobinostat, bicalutamide |
NCT00878436 |
Phase I/II |
Recruiting |
CRPC patients receiving panobinostat at either 60 or 120 mg per week for 2 consecutive weeks, with one week rest and bicalutamide 50 mg p.o. daily, continuously. Predicted enrolment: n=78 |
Investigating safety and efficacy of combined treatment of panobinostat at 2 dose levels combined with bicalutamide for CRPC as measured by time to PSA progression and proportion of patients that achieve a ≥50% PSA decline by 9 months of therapy |
Vorinostat |
NCT00330161 |
Phase II |
Active, not recruiting |
Metastatic CRPC patients (PSA>5 ng/ml, disease progression, adequate organ function) received 400 mg vorinostat orally each day. n=27 |
7% patients achieved an objective response rate; no PSA decline>50% observed; significant toxicities reported |
Romidepsin |
NCT00106418 |
Phase II |
Completed |
Metastatic CRPC patients received romidepsin 13 mg/m2 i.v. over 4 h on days 1, 8 and 15 every 4 weeks. n=35 |
2 patients reached a confirmed radiological partial response of >6 months, in addition to >50% PSA decline |
Kidney |
Panobinostat |
NCT00550277 |
Phase II |
Completed |
Metastatic RCC patients received 45 mg panobinostat twice per week for 8 week cycles with re-evaluation at the end of each cycle; n=20 |
No objective response observed; generally well-tolerated with minimal side effects |
Romidepsin |
NCT00106613 |
Phase II |
Completed |
Metastatic RCC patients received 13 mg/m2 romidepsin i.v. on days 1, 8 and 15 over 4 week cycles with disease progression analyzed every 8 weeks. n=29 |
7% experienced an objective response. Terminated due to toxicity. |