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Best Urologist in India

30+ Years of Experience
1,00,000 + Patients Served
65,000 + Lifetime Surgeries
42,000 + Complex Uro-Surgeries
30+ Years of Experience
1,00,000 + Patients Served
65,000 + Lifetime Surgeries
42,000 + Complex Uro-Surgeries

Advanced & Minimally Invasive Urological Interventions

Advanced Urology Technology & Surgical Infrastructure

Advanced endoscopic, laser, laparoscopic and imaging systems support the diagnosis and minimally invasive treatment of a broad range of urological conditions in Dr. Bhole’s practice.

This infrastructure supports selection of the surgical approach according to the patient’s anatomy, pathology and clinical requirements. Core capabilities include:

  • Advanced Laser Systems: Including the Thulium Fiber Laser system (Uro-LasT SP+) for selected laser prostate procedures and urinary stone treatment.
  • Comprehensive Endoscopic Vision: Flexible and rigid Olympus and WOLF nephroscopes and ureteroscopes, including specialized pediatric scopes listed in the supplied equipment inventory.
  • High-Definition Laparoscopy: 4K camera systems and laparoscopic instrumentation supporting minimally invasive kidney, urinary tract and pelvic procedures.
  • Intraoperative Imaging: C-arm and monitoring systems supporting fluoroscopic guidance during selected stone and reconstructive procedures.

TURP (Transurethral Resection of the Prostate)

Modern urological surgery uses precise, tissue-sparing and minimally invasive techniques where clinically appropriate. The following signature procedures are part of Dr. Sadashiv Bhole’s established surgical practice, supported by relevant endoscopic, laser, laparoscopic and imaging infrastructure.

  • Clinical Application: Suitable for small to moderate-sized prostate enlargement causing lower urinary tract symptoms (LUTS).
  • Key Clinical Advantages:
    • Incisionless endoscopic procedure requiring no external cuts.
    • Direct electrosurgical removal of tissue to restore urine flow quickly.
    • Proven long-term efficacy with predictable symptom relief.

Minimally invasive endoscopic access without an external abdominal incision.

Laser energy allows controlled removal of obstructive prostate tissue through the urinary passage.

Catheter duration and hospital stay vary according to the procedure, prostate characteristics and individual recovery.

Long-term outcomes and recurrence risk depend on the individual patient and the chosen procedure.

  • Preserves surrounding structural integrity while achieving complete removal of obstructive tissue.
  • Shorter post-procedure catheterization time and reduced hospital stay.
  • Significantly lower recurrence rate compared to subtotal resections.

PCNL (Percutaneous Nephrolithotomy)

  • What it is: A minimally invasive procedure where a small keyhole tract (approx. 1 cm) is created directly through the back into the kidney under fluoroscopic or ultrasound guidance to access and break large stones using nephroscopes.
  • Clinical Application: The primary procedure for large (>2 cm), staghorn, or complex kidney stones.
  • Key Clinical Advantages:
    • Enables complete clearance of substantial stone burdens in a single session.
    • Minimizes soft-tissue trauma compared to historic open surgical methods.
    • Zero external skin incisions or tract creation.
    • Allows precise laser dusting or fragmentation of complex stones in difficult-to-reach kidney calyces.
    • Rapid recovery and minimal postoperative pain.

Clinical Application: Treatment selection depends on stone size, location, anatomy, composition and the patient’s clinical circumstances.

Ureteroscopy (URS)

Minimally invasive access through the natural urinary passage without an external skin incision.

  • Clinical Application: Immediate treatment of middle and lower ureteric stones causing urinary obstruction or severe renal colic.

Recovery varies according to stone burden, procedure and individual clinical factors.

  • Direct visualization and precise retrieval using stone baskets or laser fragmentation.
  • Immediate relief of ureteric obstruction and pain.

Clinical Application: Commonly used for large, complex or staghorn kidney stones, with the exact approach determined by stone burden and patient factors.

Reconstructive & Complex Urological Procedures

Can provide effective clearance of substantial stone burdens, with the technique selected according to the individual case.

  • What it is: Open reconstructive surgical repair of the urethra to correct urethral strictures (narrowing of the urinary tube).
  • Clinical Application: Indicated for complex, recurrent, or long-segment urethral strictures where simple dilatation or endoscopic incision (VIU) is insufficient.
  • Key Clinical Advantages:
    • Restores normal urethral caliber and urinary flow rates.

Clinical Application : Used for selected ureteric stones, particularly when obstruction, pain or other clinical factors make intervention appropriate.

Delivers durable outcomes depend on appropriate case selection and follow-ups for durable stricture resolution.

Pyeloplasty (Laparoscopic & Open)

Can provide prompt relief of obstruction when successful stone clearance is achieved.

  • Clinical Application: Used to relieve urine backpressure, protect kidney function, and prevent recurrent infections or stone formation caused by congenital or acquired PUJ obstruction.
  • Key Clinical Advantages:
    • Precision reconstruction of the renal pelvis and ureter junction to ensure unobstructed urine drainage.
    • Performed laparoscopically or via minimal incision to accelerate healing.

Laparoscopic & Robotic Urological Surgery

  • What it is: Minimally invasive surgical approaches utilizing high-definition 3D/4K magnification and articulated instruments inserted through tiny keyhole incisions.
  • Clinical Application: Used across complex oncological and structural urological conditions, including partial/radical nephrectomy (kidney cancer), radical prostatectomy (prostate cancer), radical cystectomy (bladder cancer), and complex reconstructive surgery.

Outcomes depend on stricture characteristics, surgical technique and individual patient factors; durable results require appropriate case selection and follow-up.

  • Exceptional visual acuity and surgical dexterity in deep pelvic or retroperitoneal spaces.
  • Significantly reduced blood loss, minimal scarring, and lower postoperative pain.
  • Shorter hospital stays and faster return to daily activities.
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