Clinical Trials

The purpose of this study is to investigate the types of biomarkers, which are measurable indicators of a health condition, present in patients who suffer from chronic pelvic pain syndrome. Biomarker levels will be determined from patient samples of blood, urine, and expressed prostatic secretions.

Interstitial cystitis/painful bladder syndrome (IC) is characterized by chronic pelvic pain and voiding dysfunction. IC remains an enigma within urology, with no known etiology or widely effective therapies. However, some IC patients suffer bowel co-morbidities, and it is well established that the GI tract can influence bladder function and sensation via pelvic organ crosstalk. Like other body sites, the gut harbors a rich microflora. Studies characterizing microbial diversity and relative abundance at a particular body site, the “microbiome,” reveal that microbiomes play critical roles in normal cellular and organ function, and thus this importance is emphasized with the Human Microbiome Project (HMP), an NIH Common Fund initiative. Microbiomes are also dynamic and subject to skewing, and these changes are increasingly associated with diseases including Crohn’s disease, ulcerative colitis, and obesity. Antibiotic therapies alter microbiomes, often causing temporary dysfunction and sometimes resulting in diseases such as colitis. Since IC patients often have a history of urinary tract infection (UTI), they typically receive multiple courses of antibiotics. This therapeutic history of IC patients may have adverse consequences for two reasons. First, potential skewing of the gut microbiome may alter normal sensory and functional homeostatic mechanisms, contributing to pain and voiding dysfunction. Second, an altered gut microbiome may foster uropathogen reservoir expansion, and our preliminary data demonstrate urinary E. coli isolates can induce chronic pelvic pain persisting long after microbial clearance. Together these lines of reasoning raise the provocative possibility that microbiomes contribute to IC directly by supplying uropathogens or indirectly through organ crosstalk dysfunction. Therefore, is an altered gastrointestinal and/or reproductive tract microbiome associated with IC? Our team marries core NIH and NIDDK missions, digestive diseases and kidney/urologic, to address this novel question with synergistic expertise in clinical diagnosis of IC, quantifying GI and reproductive tract microbiomes, and mechanisms of microbe-induced pelvic pain.

The goal of this study is to better understand the clinical characteristics of our Klinefelter Syndrome patients at Northwestern to better understand the clinical course and treatment outcomes of the condition. We hope that the results of this research will lead to future research in Klinefelter Syndrome.

This is an open-labeled, non-randomized feasibility study to evaluate the safety of prostate artery embolization (PAE) for the treatment of lower urinary tract symptoms attributed to benign prostatic hyperplasia (BPH).

Genetic research may discover genes, find out how genes function, or help researchers learn how to use what we know about genes to treat or prevent and treat disease. The purpose is to study whether the results of genetic testing can predict if bladder cancer is going to recur, progress (get worse), or respond to chemotherapy.

The goal of this study is to determine the current clinical outcomes of our nephrectomy patients at Northwestern (such as complications and survival). We hope to keep track of patients for the first 5-years following radical or partial nephrectomy in order to better understand the long-term behavior of the disease.

bloodstream. These pieces are called cell-free circulating tumor DNA (cfDNA). Recent studies in lung and breast cancers have shown that cfDNA can be screened for certain mutations to detect and follow the growth of a patient’s tumor. This study aims to apply this technique to bladder cancer and to identify specific mutations unique to varying stages of bladder cancer. This technology has been applied to other cancers but has not yet been studied in bladder cancer. We plan to determine whether this technology is able to identify genetic mutations linked to bladder cancer.

The overall goal of this study is to create a database is to determine the current clinical outcomes of our spina bifida patients at Northwestern (such as treatment choice, prognosis, and complications) to help better understand the long-term urologic needs of this population. We hope that this improved understanding will aid clinicians when determining treatment choice for spina bifida patients as well as improve overall quality of life for patients with this condition.

The goal of this research is to create a database to better understand the clinical characteristics of Peyronie’s disease patients at Northwestern.We hope that the results of this research will allow us to better understand the disease and lead to future research in Peyronie’s disease.

The purpose of this study is to collect blood samples to help find new ways to treat diseases. Our lab develops small particles that have the potential to be useful for the delivery of therapeutic agents like anticancer drugs to cells or to remove biotoxins from the human body. We would like to test in the laboratory if these particles have any harmful effects on human blood cells. You will not come in contact with these particles, and all experiments will be performed on the blood sample only. You will be asked to provide a blood sample. About 10mls or approximately 2 tablespoons will be drawn.

The overall goal of this database is to determine the current clinical outcomes of patients diagnosed with Testosterone Deficiency at Northwestern (such as treatment choice, prognosis, fertility status and treatment outcomes.