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PART

  • PART Trial
    The PART Logo, displayed in two halves. The 'PA' has 'Partial Ablation' written underneath it and the 'RT' has 'Radical Treatment' written underneath it. Between the two halves are the letters 'v' and 's'.
    About the PART trial

Welcome to the PART trial website. 
 

Prostate cancer is the most common cancer in UK men. Some men have cancer on one side of the prostate, but are still offered treatment to the whole prostate (Radical Treatment). New technologies (Partial Ablation) can now treat part of the prostate only, destroying the cancer but preserving urinary and sexual functions. These technologies may have fewer side-effects, but none has been compared with radical treatments to ensure they are as safe and effective.

The PART study will directly compare Partial Ablation with Radical Treatments for intermediate-risk prostate cancer on one side of the prostate. Partial Ablation aims to destroy (ablate) all the cancer cells in one side of the prostate gland using techniques that are less invasive including High Intensity Ultrasound (HIFU) or Irreversible Electroporation (IRE) (where quick electrical pulses are administered, with the use of electrodes, around and into the tumour to kill cancerous cells) . Radical Treatments are surgery (prostatectomy), radiotherapy or a form of radiation therapy where a sealed radiation source is placed inside or next to the area requiring treatment (brachytherapy). They are called ‘Radical Treatments’ because they aim to remove or destroy all the cancer cells that might be present in the whole prostate gland, so that they cannot grow or spread (see below for further information). The study aims to compare Partial Ablation with Radical Treatments in relation to: (a) Preventing cancer growing, coming back, or spreading outside the prostate gland (b) Assessing damage to nearby nerves and organs that can cause sexual, urinary, or bowel problems after treatment (functional and quality-of-life outcomes).

The PART study aims to recruit 800 patients from hospitals across the UK. The results of the study will provide detailed information to help patients, clinicians and policymakers decide which treatment to have for intermediate-risk prostate cancer in the future.

Patients
We are looking to enrol 800 men aged 18 years and over from 10 hospitals across the UK. Men with localised intermediate-risk prostate cancer who are eligible, will receive either partial ablation of the prostate or radical treatment (radical prostatectomy, radical radiotherapy, or low dose-rate brachytherapy).
To find out more about the trial and what would be involved, if you chose to take part, including the potential benefits and risks, please visit. A trial looking at partial ablation treatment for prostate cancer (PART) | Cancer Research UK.
Collaborators

Funding

NIHR Health Technology Assessment (HTA)

Sponsorship

University of Oxford

Trial Management

Surgical Intervention Trials Unit (SITU)

Other Collaborators

SITU is part of the Oxford Clinical Trials Research Unit (OCTRU), a registered UKCRC Clinical Trials Unit based at the University of Oxford.

University of Bristol

Angiodynamics

EDAP TMS

Quick Links

About the Trial

PART_Participant_Information_Sheet_V4.0_15May2024

Meet the PART Team

Participating Sites

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PART is currently recruiting!

We are actively recruiting to our RCT in:

  • Oxford
  • UCLH, London
  • Imperial, London
  • Reading
  • Canterbury
  • Edinburgh
  • Wexham Park, Slough
  • Coventry
  • Leeds

Recruitment Progress:

800
78

Date of latest recruit:

12 May, 2025

Site of latest recruit:

PART Full - Slough – Frimley Health NHS Foundation Trust, Wexham Park Hospital
  • SITU logo
  • OCTRU logo
  • NDS logo
  • OU logo
  • NIHR Logo
  • Bristol university logo
Postal Address:

The PART Trial

Surgical Interventions Trials Unit

Botnar Research Centre

University of Oxford

Windmill Road

Oxford OX3 7LD

 

Email:

part-trial@nds.ox.ac.uk

Telephone:

+44 (0)1865 617 975 (MS TEAMS)

IRAS ID: 315065

REC Ref: 23/SC/0012

HTA Project ID: 17/150/01

ISRCTN: 17249875