What will happen if the stretch receptors of urinary bladder ball are totally removed?

The stretch receptors of the urinary bladder wall, also known as the stretch receptors of the detrusor muscle, play a critical role in regulating urination by sensing the bladder's fullness and initiating the micturition reflex. If these stretch receptors are totally removed, several significant consequences can occur:

1. Loss of Bladder Sensation: The individual will lose the ability to sense the fullness of the urinary bladder. This means they may not feel the urge to urinate even when the bladder is full, leading to urinary retention.

2. Difficulty with Urination: Without the stretch receptors, the bladder will not be able to effectively contract to empty urine. This can result in difficulty urinating, weak urine stream, and incomplete bladder emptying.

3. Urinary Incontinence: The loss of stretch receptor function can lead to urinary incontinence, as the bladder may contract unexpectedly or become overfilled and leak urine involuntarily.

4. Frequent Urinary Tract Infections (UTIs): Stagnant urine in the bladder due to incomplete emptying can increase the risk of developing urinary tract infections.

5. Increased Risk of Bladder Damage: Chronic overfilling of the bladder can put strain on the bladder muscles and lead to structural damage over time.

6. Impaired Bladder Compliance: The stretch receptors help maintain the bladder's compliance, allowing for its expansion and contraction during filling and emptying. Without these receptors, the bladder may become less compliant and more rigid.

7. Difficulty in Diagnosis: The absence of stretch receptor input can make it challenging for healthcare professionals to diagnose conditions related to bladder function.

In summary, the total removal of stretch receptors from the urinary bladder wall would result in significant disruptions to normal bladder function, affecting the individual's ability to sense bladder fullness, urinate effectively, and maintain continence. It would also increase the risk of complications such as urinary tract infections and bladder damage.