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Following the procedure, the prostatic tissue will be swollen and irritated. Urologists often place a Foley catheter to prevent the patient from having urinary retention. After three to five days the Foley catheter can be replaced by a temporary prostatic stent to improve voiding without exacerbating irritation symptoms. [3]
Transurethral resection of the prostate (TURP) syndrome is a rare but potentially life-threatening complication of a transurethral resection of the prostate procedure. It occurs as a consequence of the absorption of the fluids used to irrigate the bladder during the operation into the prostatic venous sinuses. [ 1 ]
If medical treatment does not reduce a patient's urinary symptoms, a TURP may be considered following a careful examination of the prostate or bladder through a cystoscope. If TURP is contraindicated, a urologist may consider a simple prostatectomy, in and out catheters, or a supra-pubic catheter to help a patient void urine effectively. [3]
When a Foley catheter becomes clogged, it must be flushed or replaced. There is currently not enough adequate evidence to conclude whether washouts are beneficial or harmful. [13] There are several risks in using a Foley catheter (or catheters generally), including: The balloon can break as the healthcare provider inserts the catheter.
A coudé catheter, including Tiemann's catheter, is designed with a curved tip that makes it easier to pass through the curvature of the prostatic urethra. [2] A hematuria catheter is a type of Foley catheter used for Post-TURP hemostasis. This is useful following endoscopic surgical procedures, or in the case of gross hematuria.
The type of complications depend on the treatment modality used: Urinary incontinence can happen after prostate surgery, especially stress urinary incontinence. The prostate is located right beneath the bladder, and surrounds the urethral sphincter. Any damage to the sphincter or surrounding muscles and nerves can lead to urinary incontinence.
The temporary prostatic stent is typically used to help patients maintain urine flow after procedures that cause prostatic swelling, such as brachytherapy, cryotherapy, TUMT, TURP. It has also become an effective differential diagnostic tool for identifying poor bladder function separate from prostatic obstruction.
Diagram of a Foley catheter. Foley first described the use of a self-retaining balloon catheter in 1929, to be used to achieve hemostasis after cystoscopic prostatectomy. [2] He worked on development of this design for use as an indwelling urinary catheter, to provide continuous drainage of the bladder, in the 1930s.