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A VISUAL GUIDE TO PROSTATE CARE

See the technology.
Understand its role.

From a biopsy to robotic surgery, each tool has a different purpose. Explore the equipment and the decisions behind its use.

Images identify the technology for patient education. The equipment and treatment suitable for you are confirmed during consultation.

SURGEON-CONTROLLED SYSTEMS

Robotic surgery

The surgeon controls the instruments.
The robot does not operate independently.

da Vinci XiEnlarge ↗
Robotic platform

da Vinci Xi

A surgeon-controlled system with a magnified 3D view and wristed instruments, used for procedures including robotic prostatectomy.

Image: Intuitive ↗
SSI Mantra 3Enlarge ↗
Robotic platform

SSI Mantra 3

A modular robotic platform with separate instrument arms and a surgeon console. This manufacturer rendering shows the system configuration.

SSI Mantra — India's indigenously developed surgical robotic system. Dr Sachin is among a small group of surgeons experienced on both the da Vinci and SSI Mantra platforms, allowing the right platform to be chosen for each surgery.

Image: SS Innovations via iXBT ↗

Different platforms can support minimally invasive surgery. The operation, the surgeon’s experience and individual anatomy matter more than a machine name alone. Explore robotic prostatectomy, Hood and Retzius-sparing approaches ↗

TREATING BENIGN OBSTRUCTION

Prostate laser systems

Lasers can separate, remove or vaporise
obstructing tissue, depending on the technique.

Lumenis Pulse 120H with MOSES 2.0Enlarge ↗
Holmium laser

MOSES 2.0 / Pulse 120H

A holmium laser platform. In HoLEP, laser energy separates obstructing prostate tissue before it is removed from the bladder.

Image: Boston Scientific ↗
SOLTIVE SuperPulsed Laser SystemEnlarge ↗
Thulium fibre laser

SOLTIVE

A thulium fibre laser platform for urological surgery. The specific prostate technique and available equipment are discussed with the surgeon.

Image: Olympus ↗
GreenLight XPSEnlarge ↗
Laser vaporisation

GreenLight XPS

GreenLight laser energy vaporises obstructing prostate tissue to create a more open channel for urine flow.

Image: Boston Scientific ↗
Enucleation

HoLEP and ThuLEP separate the enlarged inner tissue, which is then removed.

Vaporisation

GreenLight uses laser energy to vaporise obstructing tissue.

Compare lasers with Rezūm, UroLift and iTind ↗

TARGETED ULTRASOUND TREATMENT

Focal One HIFU

Focused ultrasound energy heats
and destroys selected prostate tissue.

Focal One robotic HIFU systemEnlarge ↗
High-intensity focused ultrasound

Focal One

An image-guided HIFU system that focuses ultrasound energy on selected prostate tissue. Suitability depends on cancer location, extent and individual assessment.

Image: Focal One / EDAP TMS ↗
Selection before treatment

Imaging and biopsy help map the cancer and assess whether focal treatment is appropriate.

Follow-up after treatment

Untreated prostate remains. PSA, MRI and repeat biopsy are part of the discussion.

Read about HIFU suitability, limitations and follow-up ↗

IMAGING GUIDES. TISSUE DIAGNOSES.

How prostate biopsy works

A biopsy obtains tissue samples.
The route and targeting method are separate decisions.

Diagram showing a transperineal prostate biopsy, CRUK 473Enlarge ↗
Illustrated needle route

Transperineal biopsy

The biopsy needle reaches the prostate through the perineal skin. The ultrasound probe shown in the rectum guides the procedure.

Image: Cancer Research UK / Wikimedia Commons ↗ · CC BY-SA 4.0 · Resized and converted to WebP.
Transrectal prostate biopsy diagram, CRUK 472; needle crosses rectal wall with ultrasound probe in rectumEnlarge ↗
Illustrated needle route

Transrectal biopsy

The biopsy needle passes through the rectal wall into the prostate, with ultrasound guidance. The inset illustrates tissue sampling.

Image: Cancer Research UK / Wikimedia Commons ↗ · CC BY-SA 4.0 · Resized and converted to WebP.
ROUTE 01

Transperineal

The needle passes through the skin between the scrotum and anus. An ultrasound probe in the rectum can guide the needle.

ROUTE 02

Transrectal

The needle passes through the rectal wall. Ultrasound guides sampling. Infection-prevention planning is important.

Targeted biopsy

MRI-visible or micro-ultrasound-visible areas can be sampled. Additional systematic or surrounding samples may be recommended according to the clinical situation.

DIFFERENT TESTS. DIFFERENT QUESTIONS.

Prostate imaging

Not everyone needs every test.
The clinical question determines the investigation.

Exact Imaging ExactVu 29 MHz micro-ultrasound systemEnlarge ↗
Micro-ultrasound

ExactVu 29 MHz

High-frequency ultrasound provides detailed, real-time prostate imaging and can help guide targeted biopsy. Tissue analysis is still needed to diagnose cancer.

Image: Exact Imaging ↗
Philips Achieva 3T clinical MRI scanner; generic equipment photograph, not prostate MRI scanEnlarge ↗
Magnetic resonance imaging

Prostate MRI

MRI helps assess suspicious areas and local anatomy, often before biopsy. Shown: a Philips Achieva 3T MRI scanner, not a patient scan.

Image: KasugaHuang / Wikimedia Commons ↗ · CC BY-SA 3.0 · Resized and converted to WebP.
Philips Gemini TF PET/CT scanner; generic equipment photograph, not a PSMA-specific imageEnlarge ↗
Molecular imaging

PSMA PET/CT

PSMA PET/CT combines a PSMA-targeting radiotracer with PET and CT imaging. Shown: a generic Philips Gemini TF PET/CT scanner; the photograph is not a PSMA scan.

Image: Partynia / Wikimedia Commons ↗ · CC BY-SA 4.0 · Resized and converted to WebP.
01Radiotracer

A PSMA-targeting tracer is given for the scan.

02PET + CT

PET shows tracer uptake; CT provides anatomical localisation.

03Expert interpretation

The findings are interpreted with the cancer history and other tests.

PSMA PET/CT can help stage selected prostate cancers or investigate recurrence. It is not a routine screening replacement for PSA, MRI or biopsy. Read the tests and diagnosis guide ↗

PLAN YOUR VISIT

Out-of-town and international patients

Patients travel from across India and more than 25 countries. Video consultations are available so your reports can be reviewed and a plan agreed before you travel. Max Noida is roughly 40 minutes from Delhi's international airport.

Journey times vary with traffic. Please confirm travel and appointment arrangements with the care team.

PATIENT EXPERIENCES

What patients say

Read verified patient reviews on Google

TAKE THE NEXT STEP

A clearer picture.
A plan for you.

Bring your questions, your reports and your priorities.
We’ll discuss the options together.

CONSULT DR SACHIN ARAKERE NATARAJ

Max Super Speciality Hospital

Sector 128, Noida, Uttar Pradesh

Call +91 76762 73920

OPD: 10 AM – 4 PM, daily · Max Super Speciality Hospital, Sector 128, Noida

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ALSO CONSULT IN BENGALURU

For Bengaluru appointments, call +91 76762 73920 or choose a hospital above. Please confirm consultation dates and timings with the care team.

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