Posterior Urethroplasty after Radiation Treatment for Prostate Cancer 2018
Jeremy Myers, MD, from the University of Utah demonstrates another case of urethroplasty after prostate cancer radiation.
Jeremy Myers, MD, from the University of Utah demonstrates another case of urethroplasty after prostate cancer radiation.
Dr. Sean Elliot, MD, MS Professor and Vice Chair of Urology University of Minnesota explains how spinal cord injury effects the bladder.
Dr. Sean Elliott, from University of Minnesota, demonstrates a robotic approach to placement of an artificial urinary sphincter (AUS) at the bladder neck for neurogenic bladder
Dr. Sean Elliott, from the University of Minnesota, demonstrates a bulbar urethroplasty using buccal graft and placement of the graft along the corporal bodies in a dorsal position
Dr. Voelzke, from the University of Washington and Harborview Medical Center, demonstrate endoscopic realignment after pelvic fracture urethral injury.
Dr. Jeremy Myers, from the University of Utah gives a grand rounds lecture about the management of radiation injuries after prostate cancer treatment. A good lecture for residents and patients.
Dr. Jeremy Myers, from University of Utah, demonstrated adult buried penis repair with removal of the suprapubic fat pad and split thickness skin graft to the penis.
Dr. Jeremy Myers, from the University of Utah and the Neurogenic Bladder Research Group demonstrates bladder augmentation and creation of a catheterizable channel with the technique "Catheterizable Ileal Cecocystoplasty (CCIC). CCIC allows enbloc creation of the augment and channel and is reliable and reproducible in adults.
Dr. Sean Elliott, from University of Minnesota, demonstrates repair of a bulbomembraneous stricture reinforced with a gracilis muscle flap.
Dr. Jeremy Myers, from University of Utah, demonstrated creation of a gracilis muscle flap for use in urethral and perineal reconstruction.
Dr. Sean Elliott, from University of Minnesota, demonstrates combined augmentation of the bladder with creation of a catheterizable channel in a patient with neurogenic bladder.
Drs. Bryan Voelzke, Figler, and Wessells, from University of Washington, describe a technique for removal of an overlying penile suprapubic pannus and penile skin grafting for the treatment of concealed penis and lichen sclerosus.
Dr. Jeremy Myers, from the University of Utah, demonstrates the use of gracilis muscle flap in posterior urethroplasty to treat radiation related urethral strictures from the treatment of prostate cancer.
Dr. Jeremy Myers, from University of Utah, gives grand rounds on lower urinary tract trauma and pelvic fracture urethral injuries.
Dr. Sean Elliott, from University of Minnesota, explains their technique for placement of an artificial urinary sphincter for male incontinence.
Dr. Jeremy Myers, from University of Utah, demonstrates posterior urethroplasty for treatment of urethral injury after a pelvic fracture.
Dr. Alex Vanni, from the Lahey Clinic and Tufts Medical Center in Boston Massachusetts, demonstrates how the bulbospongiosus muscle can be spared, in hopes of preserving ejaculatory function after dorsal buccal mucosa onlay urethroplasty.
Dr. Jeremy Myers, from the University of Utah, discussed lower urinary tract trauma involving the bladder. Data is presented from Utah's recent analysis of bladder trauma spanning 15 years.
Dr. Lee Zhao, from New York University, demonstrates the use of buccal mucosa graft in reconstruction of ureteral strictures.
Dr. Lee Zhao, from the New York University, demonstrates the use of robotics and buccal mucosa graft to fix ureteral strictures.
Dr. Jeremy Myers, from University of Utah shows posterior urethroplasty for repair of urethral injury after pelvic fracture.
Dr. Jeremy Myers, from the University of Utah shows perineal urethrostomy for the definitive management of urethral strictures.
Dr. Sean Elliott, from University of Minnesota demonstrates excision and primary anastomosis urethroplasty for a bulbar urethral stricture.
Dr. Jeremy Myers discusses the epidemiology and etiology of anterior urethral strictures. Discussion open to all, but geared to medical professionals or urologists.
Dr. Jeremy Myers, from the University of Utah, demonstrates the use of buccal mucosa graft in a staged urethroplasty to salvage a patient's urethra after scarring arising from previous hypospadias surgery.
Dr. Jeremy Myers from University of Utah describes the surgical options that are available for patients undergoing urinary diversion surgery for conditions like radiation damage or neurogenic bladder.
Dr. Jeremy Myers from University of Utah describes patient expectations from urethroplasty for urethral strictures.
Dr. Jeremy Myers, from the University of Utah, discusses some background information about urethral strictures.
Dr. Jeremy Myers, from the University of Utah, describes the complications that can occur in the urinary system from radiation therapy in gynecologic cancers like cervical, uterine, and ovarian cancer.
Dr. Jeremy Myers, from the University of Utah, describes the indications for bladder augmentation surgery.
Dr. Jeremy Myers, from the University of Utah, describes the complications that can occur in the urinary system from severe pelvic fractures, including erectile dysfunction and urethral injuries.
Dr. Jeremy Myers, from the University of Utah, describes how the urethra in injured during a severe pelvic fracture and some of the treatments that are needed for patients with these injuries.
Dr. Jeremy Myers describes the problems that are associated with radiation treatment for prostate cancer. Some treatment options are described.
Dr. Jeremy Myers explains the importance of supporting the TURNS network. Donations are used to directly research rare urologic disorders.
Dr. Jeremy Myers from the University of Utah explains the types of surgeries that are done for urethral stricture disease. Extensive information is given in this video about these surgeries.
We describe the outcomes of a retrospective review of the use of mitomycin C as an adjunct to trans urethral incision of bladder neck contracture.