Active clinical trials for "Erectile Dysfunction"

The purpose of this study is to determine if adding hyperbaric oxygen therapy, a therapy that delivers oxygen under slight pressure, to a drug treatment of PDE5I (such as Viagra, Levitra, Cialis)for men following surgery for prostate cancer will result in more men being able to continue to have erections.

After recruitment, 20 male patients will be assigned 1:1 to either age-matched control (G1: sham) or age-matched intervention (G2: pelvic magnetic stimulation; TPMS) groups using computer-generated process, and baseline parameters will be established. All patients will be instructed by the investigators to perform standard of care pelvic floor exercise for the duration of the study. In addition, G2 patients will receive TPMS, while G1 patients will undergo sham treatment.

Erectile dysfunction is growing in prevalence all over the world and one of the most existing disease in old age patients There is many lines of treatment concerning the status of patient like psychosexual, medical, and surgical treatment But Pyronie's disease is common now among people especially diabetics, and the role of treatment still controversial in results We can start conservative treatment and then surgical treatment if fail but the outcome still not convinced Many patients refuse to fix penile prosthesis and to make operation like nesbite for probability of shortening of penis We start to use stem cell in patients have erectile dysfunction and Peyronie's disease The injection of stem cell will be at corpora cavernosa and intra dorsal penile artery under Doppler device guidance

Low intensity shock waves (LISW) have been proven in animal studies to induce local growth of new blood vessels. The investigators hypothesized that LISW therapy could improve the symptoms of patients with erectile dysfunction resulting from a problem of blood supply (damage that can occur after radical prostatectomy in addition to neural damage or solely) that do not respond to oral therapy (PDE-5 inhibitors).

Low intensity shockwaves (1/10 the ones used in Lithotripsy) are delivered to the penile tissue. Shockwaves are created by a special generator and are focused using a specially designed shockwave applicator apparatus. The shockwaves are delivered through the applicator covering the corpora cavernosa of the penis. In previous studies the investigators used a medium focused probe and in this study the investigators are evaluating results of this therapy using a wider focus probe in the aim of improving results of treatment.

The main goal of this study is to compare the use of Avanafil versus Sildenafil in spinal cord injury erectile dysfunction. The study has the characteristics of a non- inferiority, randomized, crossover, open clinical trial. The principal variable is the IIEF-EF (Erectile Function Domain questionnaire of the International Index of Erectile Function IIEF). This is an interventional study

Spontaneous penile tumescence after penile prosthesis implantation has been previously reported as sporadically occurring during implant surgery. This study aims at systematically preserving residual erectile function, by the preservation of the patients' spontaneous penile tumescence by systematically sparing cavernous tissue during penile prosthesis implantation.

The study is a prospective, randomized, double-blind, placebo-controlled drug study to evaluate the pattern of erectile function recovery after robotic assisted laparoscopic prostatectomy (RALP). We hope to illustrate that early and continuous therapy with either Sildenafil citrate or pentoxyfylline after nerve sparing RALP will promote improved erectile function.

Low intensity shock waves (LISW) have been proven in animal studies to induce local growth of new blood vessels. The investigators hypothesized that LISW therapy could improve the symptoms of patients with erectile dysfunction resulting from a problem of blood supply that do not respond to oral therapy (PDE-5 inhibitors).

The Feeling Hot studies focus on the proof-of-principle of using temperature sensing as a tool to detect nocturnal erections. In the Feeling Hot 2 study the penile skin temperature is investigated during nocturnal erections during overnight ambulatory measurements. Simultaneous measurements with the RigiScan will be performed to detect the nocturnal erections and validate the principle of temperature measurements for erectile dysfunction diagnostics.