Cystoscopy provides direct visualization and testing of the bladder and urethra. At Liv Hospital, it ensures precise diagnosis and early detection of urological diseases.
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Diagnosis and Tests: The "See and Treat" Evaluation
At Liv Hospital, a Cystoscopy (Sistoskopi) is the definitive diagnostic event for disorders of the lower urinary tract. While imaging like MRI or CT provides a structural map, cystoscopy provides a “biological” assessment. During the procedure, the urologist is not just looking for tumors; they are evaluating the color of the mucosa, the symmetry of the ureteral openings, and the elasticity of the bladder wall. This is a dynamic diagnostic process where the doctor can perform real-time “maneuvers” to identify the source of a patient’s symptoms.
The diagnosis often involves more than just a visual check. Because some bladder cancers (such as Carcinoma in Situ) are flat and mimic inflammation, our specialists at Liv Hospital utilize advanced optical technologies and physical sampling to ensure no pathology is missed. By combining direct vision with laboratory analysis of tissue and urine, we provide a “Triple-Check” diagnostic accuracy that standard imaging cannot match.
Urethral Calibration and Inspection
As the cystoscope is gently advanced into the urinary tract, the urologist carefully inspects the entire length of the urethra. This step is crucial for identifying structural abnormalities such as Urethral Stricture (scar-related narrowing) or diverticula (outpouchings of the urethral wall). Unlike imaging methods, cystoscopy provides a real-time and highly accurate assessment of the urethral lumen, allowing the physician to directly evaluate the functional diameter and detect even subtle obstructions that may affect urine flow.
Prostatic Urethra Evaluation (For Men)
In male patients, particular attention is given to the segment of the urethra that passes through the prostate gland. The urologist observes how the prostate lobes interact with and potentially compress the urethral channel. This dynamic visualization helps distinguish whether urinary symptoms are caused by Benign Prostatic Hyperplasia or by dysfunction of the bladder muscle, guiding more precise treatment decisions.
Bladder Wall “Mapping”
The bladder is systematically examined in a structured manner by dividing it into anatomical zones such as the base, dome, and lateral walls. This comprehensive “mapping” ensures that no area is overlooked. The urologist documents any abnormalities, including redness, velvety patches, ulcerations, or cauliflower-like growths. These findings may indicate inflammation, precancerous changes, or malignancy such as Bladder Cancer. High-definition imaging allows for detailed documentation and comparison during follow-up evaluations.
Cold Cup Biopsy
If any suspicious lesion is identified during the examination, a biopsy is performed immediately using a specialized instrument known as a “cold cup” grasper. This tool allows for precise sampling of tissue without the use of heat, preserving cellular structure for accurate pathological analysis. This method remains the gold standard for confirming or ruling out diagnoses such as Bladder Cancer.
Urine Cytology (Washings)
During cystoscopy, the bladder is irrigated with sterile saline solution, which is then collected for laboratory analysis. This fluid contains exfoliated cells from the bladder lining. A pathologist examines these cells under a microscope to detect abnormal or malignant features. Urine cytology is particularly valuable for identifying high-grade cancers that may not form visible masses but still shed abnormal cells into the urine.
Blue Light Cystoscopy (Cysview)
Narrow Band Imaging (NBI)
NBI is an advanced optical technology that enhances the visualization of blood vessels within the bladder mucosa. Since tumors stimulate the formation of new blood vessels (angiogenesis), this method makes abnormal vascular patterns more prominent. Suspicious areas appear as darker regions against the normal mucosa, improving diagnostic accuracy, especially for subtle or early lesions.
Ureteral Orifice Observation
The urologist closely observes the ureteral orifices, which are the points where urine enters the bladder from the kidneys. By watching the rhythmic “jets” of urine, the physician can assess the function of each kidney and ureter. This step can reveal abnormalities such as bleeding from one side or vesicoureteral reflux, where urine flows backward toward the kidneys.
Retrograde Pyelography
If there is suspicion of an obstruction or abnormality in the upper urinary tract, a thin catheter is inserted through the cystoscope into the ureter. Contrast dye is then injected, and X-ray imaging is performed. This allows for detailed visualization of the ureters and renal pelvis, helping identify strictures, stones, or tumors that may not be clearly visible on standard imaging.
Bladder Capacity and Compliance Test
During the procedure, the bladder is gradually filled with sterile fluid while monitoring the patient’s sensations and bladder response. By measuring the volume at which the patient first feels the urge to urinate and the maximum capacity reached, the physician can assess bladder function. This test is particularly useful for diagnosing conditions such as Overactive Bladder or Microcystis, where the bladder becomes small, stiff, or scarred.
Diagnostic Innovation at Liv Hospital
At Liv Hospital, our Urology and Pathology teams work in a coordinated diagnostic loop. We utilize the latest “Enhanced Imaging” (NBI and PDD) technologies to ensure that our detection rates for early stage bladder cancer are among the highest in the field. Our goal is “Diagnostic Certainty”—leaving no stone unturned and no lesion unexamined. When you undergo a Sistoskopi (Cystoscopy) at Liv Hospital, you are benefiting from a combination of surgical intuition and the world’s most advanced optical science.
Send us all your questions or requests, and our expert team will assist you.
No. A biopsy is only performed if the urologist sees something suspicious. For most diagnostic checks at Liv Hospital, if the lining looks healthy and smooth, no tissue is taken.
While the visual report is immediate, the pathology results for a tissue biopsy or urine cytology typically take 3 to 5 business days.
Blue light is significantly better at finding “Carcinoma in Situ” (CIS), which is a very aggressive but flat type of cancer that often looks like a simple red patch or “cystitis” under normal white light.
Yes. At Liv Hospital, we have high-definition monitors. If you are awake (local anesthesia), the urologist can walk you through the anatomy and point out any findings in real-time.
They are complementary. An MRI sees the “depth” of the tumor (how deep it goes into the muscle), while a cystoscopy sees the “surface” and allows for a biopsy. Both are often needed for a complete diagnosis.
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