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About NDRS

Learn more about the National Disease Registration Service (NDRS), who we are and why disease registration is important. 

Introduction

The National Disease Registration Service (NDRS) is part of NHS England and manages 2 disease registration services:

For these population-based registration services we collect, curate and quality-assure and analyse data from every patient in England diagnosed and/or treated with these registerable conditions.

NDRS is a vital resource that helps researchers, healthcare professionals and policy makers and many others make decisions about NHS services and the treatments people receive.


History of NDRS

Cancer registries have been collecting and publishing population based information on cancer registration and survival for many years, some since 1947.

Originally cancer registries were regionally based, and the teams adopted names such as cancer intelligence units or cancer surveillance units to reflect changes in their roles in cancer epidemiology and research.

The importance of their work was confirmed in the expert advisory group report on cancer services in 1995, the Coleman- Hine report1. This outlined a radical reform of the UK's cancer services with the aim of improving outcomes and reducing inequalities in NHS cancer care.

In 2013, the 8 regional cancer registries were rationalised to create a single cancer registry for England, the National Cancer Registration and Analysis Service (NCRAS).

And in 2015, a new registry was launched the National Congenital Anomaly and Rare Disease Registration Service (NCARDRS).

Both these services were integrated to create the National Disease Registration Services (NDRS) in 2018.

NDRS transition to NHS Digital (NHSD)

In October 2021, as part of the government’s strategy to transform the public health system in England, responsibility for the management of the National Disease Registration Service transferred from Public Health England (PHE) to NHS Digital.

1. Calman–Hine Report (1995) A Report by the Expert Advisory Group on Cancer to the Chief Medical Officers of England and Wales. A Policy Framework for Commissioning Cancer Services – The Calman–Hine Report. London: Department of Health

NHSD transition to NHS England (NHSE)

The decision by Health and Social Care Secretary Sajid Javid to accept the recommendations of Laura Wade-Gery, Chair of NHS Digital and a non-executive director at NHS England, was announced on Monday 22 November. Find out more about the Laura-Wade Gery report on the GOV.UK website. 

Building on the huge progress made on digital transformation during the pandemic, on the 1 February 2023, NHSD and NHSX merged into NHS England. NHS England is now therefore the controller for the data held by the National Disease Registration Service (NDRS). Find out more about the NHS England merger on the NHS Digital website. 

NDRS timeline and key dates

The below image shows key dates for NDRS between 2013 and 2016. Please refer to the text description below for a full summary of the content of this image:

Screenshot of NDRS achievement timeline 2013-2016

Figure 1: text description

NDRS timelines 2013-2016:

  • pre-2013 - the 8 regional cancer registries were rationalised into the cancer registry for England. The National Cancer Intelligence Network (NCIN) was founded in 2008
  • april 2013 - launch of the National Prostate Cancer Audit (NCPA)
  • may 2013 - the national cancer registry for England and the NCIN became part of Public Health England (PHE)
  • february 2014 - launch of the Systematic Anti-Cancer Therapy Dataset (SACT)
  • january 2015 - launch of the National Lunch Cancer Audit (NLCA)
  • july 2015 - launch of National Congenital Anomaly and Rare Disease Registration Service (NCARDRS)
  • september 2015 - launch of the linkage with prescription data
  • march 2016 - merger of the national cancer registry and NCIN to create NCRAS consolidating data consolidating data collection and analysis to create a world-class cancer data curation service
  • april 2016 - NCRAS takes on responsibility for the Radiotherapy Dataset (RTDS)
  • september 2016 - launch of major partnership using SACT data which supports clinical decisions making, commissioning and NICE appraisals for treatments through Cancer Drugs Fund. 

The below image shows key dates for NDRS between 2016 and 2021. Please refer to the text description below for a full summary of the content of this image:Screen shot of NDRS achievement timeline 2016-2021

Figure 2: text description

NDRS timeline 2016-2023:

  • april 2016 - launch of the National Breast Cancer Audit in Older Patients (NABCOP)
  • october 2016 - launch of the National Cancer Diagnosis Audit (NCDA)
  • november 2016 - NCRAS initiates collection of Somatic Molecular Data, which supports targeted therapies for personalised medicines
  • march 2018 - integration of NCRAS and NCARDRS to create the National Disease Registration Service (NDRS)
  • january 2020 - PHE takes sole ownership of the official and national statistics on cancer including reports on cancer diagnosis, cancer survival and stage at diagnosis
  • march 2020 - patient data was used to understand how people with rare autoimmune diseases have been affected by the COVID-19 pandemic. Data was also shared to support policy making around shielding and vaccinations
  • may 2020 - launch of Covid Dashboards on CancerStats2
  • october 2020 - NDRS won the ONS excellence award
  • january 2021 - launch of Rapid Cancer Registration Dataset (RCRD)
  • october 2021 - NDRS transitions to NHS Digital 
  • february 2023 - NDRS transitions to NHS England

Why are disease registers important?

Disease registration captures a patient’s complete journey from referral, diagnosis, treatment, outcomes, experience and survival. It does this through the collation, curation and combination of many differing data sources into a unified information resource. This is what makes disease registration so important to helping us understand:

  • how many people have cancer, congenital anomalies and rare diseases, and who is at risk of developing these diseases. This information supports the effective delivery NHS services.
  • how and where people are diagnosed. This supports improvements to screening programmes and public health campaigns to improve early diagnosis.
  • how different treatments affect patient outcomes and how treatments vary between hospitals. NDRS data is used in international benchmarking studies to compare survival rates and outcomes with other countries.

NDRS works in partnership with other organisations to learn more about these diseases and inform clinical practice and treatments. It is an integral part of NHS England work programme supporting ground breaking research such as GRAIL and MELODY.

Find out more about the NDRS work programmes and partnerships in the 'our work' section of the website.

The below image shows the logo of some of our partnership organisations:

Screenshot of NDRS partnership organisation logos.

NDRS has a significant 'business as usual' work programme that includes the production of national statistics and regular data feeds and reports to the NHS and other stakeholders.

NDRS provides robust surveillance to monitor and detect changes in health and disease in the population. NDRS is a vital resource that helps researchers, healthcare professionals and policy makers to better understand population health and disease and informs decisions about NHS services and the treatments people receive.

Find out more about NDRS outputs and publications in the 'data' section of our website. 


Our team

The National Disease Registration Service (NDRS) is part of NHS England and sits in the Transformation Directorate, responsible for driving the digital transformation of the NHS and social care.

NDRS is led by Sarah Stevens, Associate Director for Disease Registration.

The image below is of Sarah Stevens presenting at the Rare Disease UK event March 2017. 

Image of Sarah Stevens presenting at the Rare Diseases UK event.

The below infographic is an organogram of the NHS England and NDRS structure:

Example of the NHS England and NDRS team structure

The NDRS Senior Leadership Team

The Senior Leadership Team (SLT) is made of the following: 

SLT Member Role  
Sarah Steven Deputy Director for NDRS
Neelam Alhaddad Head of Technology
Martine Bomb Head of Data Projects
Kate Fleming Head of Analysis
Steven Hardy Head of Molecular and Genomics
Donna Lloyd Head of Registration
Jane Richardson Strategic Lead
Brian Rous Clinical Lead

 

NDRS staff

The NDRS has almost 400 staff working on disease registration, quality assurance data liaison, data loading, analysis, IT and development, engagement and business management. 

The below image summaries the key NDRS teams and responsibilities. Please refer to the text description below for a full summary of the content of this image:

Screenshot of NDRS teams and functions

Figure 3: text description

NDRS teams and responsibilities:

  1. Data Projects - Responsible for the delivery of national data projects to business as usual including data liaison, helpdesk, and data set functions.
  2. Disease Registration - Responsible for registration of registrable neoplasms, congenital anomalies, and rare diseases in the population of England.
  3. Analysis - Responsible for routine and bespoke, specialists advice on interpretation and use of data.
  4. Molecular and Genomics - Expertise in molecular and genomic diagnostic and prognostic registrations. Supports clinical genetics services in verifying familial genetic risk.
  5. Business and Administration - Underpins the implementation of NDRS delivery.
  6. Engagement and Awareness - Responsible for strategic stakeholder engagement, promotion, and advocacy of NDRS to range of audiences including patients and the public.
  7. Information Technology - Responsible for the development of NDRS technology and infrastructure.

NDRS data overview

The below infographic shows the flow of data from NHS provider through the NDRS registration process. Please refer to the text description for a full summary of the content of this image:

Screenshot of data flows from the NHS through the NDRS registration process.

Find out more about how the National Disease Registration Service (NDRS) collects and records data of people with cancer, rare diseases or congenital anomalies.

Figure 4: text description

NDRS data overview:

  1. The patient journey begins.
  2. NDRS supports hospital teams to code and collate data throughout the patient pathway.
  3. NDRS teams consisting of technology, data liaison and projects, registration, and molecular working together to curate all incoming data and create disease registration records.
  4. The data is then used by NDRS analysts, researchers, charity organisations, NHS policy makers and commissioners.
  5. The data is used in analytical outputs, knowledge sharing and communication including  for evaluation of service provisions, addressing health inequalities, environmental causes and improving outcomes for patients.

Impact of NDRS data

The below infographic provides examples of how NDRS has used patient data and the impact of that work. Please refer to the text description for a full summary of the content of this image:

 Screen shot of impact of NDRS data

Find out more about our data stories that show how NDRS uses patient information to improve diagnosis and treatment of cancer, rare diseases and congenital anomalies.

Figure 5: text description

Impact of NDRS data:

  • cancer drugs - The Systemic Anti-Cancer Therapy (SACT) data set team evaluated data for 900 patients receiving Nivolumab through the Cancer Drugs Fund over a 2-year period. This led to NICE formally approving its routine use by the NHS 
  • genetic enquiries - over 20,000 cancer family history diagnoses are checked and verified every year. This equates to approximately 350 responses per week, with a 79% trace rate
  • predict - tool to help doctors and patients choose breast cancer treatment together, based on data from women with similar characteristics and diagnoses
  • RECORDER project - Working with Nottingham University, we found that people with Rare Autoimmune Rheumatic Diseases were more likely to die of COVID-19 than the general population
  • Get Data Out programme - Empowers patients with information about their cancer and has been used to shape policy for prostate cancer treatment
  • colorectal cancer - NCRAS and Newcastle University found that Lynch Syndrome patients reduced their risk of getting colorectal cancer by taking aspirin for 2 years, a major advancement in cancer prevention

NDRS key achievments

View all NDRS related infographics below:

NCARDRS key achievements to date

The below is an infographic shows NCARDRS key achievements to date. Please refer to the text description for a full summary of the content of this image:

Screenshot of NCARDRS key achievements

Figure 6: text description

NCARDRS key achievements to date:

  • supporting evaluation and monitoring of National Screening Programmes
  • launch of patient self-reporting for rare disease via NDRS website
  • key delivery partner on the UK Rare Disease Framework and Genome UK implementation plans
  • 1 national management system
  • 7 feeds from all 7 Genomic Laboratory Hubs across England
  • 30 plus years of data collection for some regions
  • 10+ academic institutions, clinical networks and patient groups worked with
  • 136 data on antenatal detection rates reported back to all 136 maternity services annually
  • 2 international surveillance and research collaborations
  • 1800 plus congenital anomaly and rare diseases collected
  • 34 high profile clinical and research studies inc. MELODY and haemophagocytic lymphohistiocytosis (HLH)
  • birth population coverage for congenital anomalies has increased from 22% in 2015 to 100% from 2018 to 2020

NCRAS key achievements to date

The below is an infographic shows NCRAS key achievements to date. Please refer to the text description for a full summary of the content of this image:

Screenshot of NCRAS key achievements to date

Figure 7: text description

NCRAS achievements to date:

  • launch of national lynch syndrome registry
  • publication of National Statistics on Cancer with inclusion of mortality and deprivation for the first time in 2022
  • we support the identification of patients for targeted screening e.g. Lynch Syndrome and Breast Screening after Radiotherapy (BARD)
  • 70% of the Cancer Registration team have completed or are working towards the RSPH Level 3 Professional Practitioner Diploma for Cancer Registration 
  • up to 450 data items per patient record
  • 14 data sources
  • 500 local data systems
  • 162 local healthcare providers
  • 1800 plus active users on our data platform (CS2)
  • 23 CDF drugs in active data collection in 2022
  • 9 COVID-specific dashboards, data packs and bespoke data sets
  • NCRAS analysts have contributed to over 150 peer-reviewed publications
  • NCRAS produce over 100 outputs each year
  • 150,000 plus genetic tests processed for breast, ovarian and colorectal cancer predisposition
  • Improvements in staging completion from 2011 which was at 57% and continued to increase until 2018 but decreased in 2019/2020*
  • *2019/ 2020 completeness rates decreased due to COVID pandemic impacting NDRS ability to process data which we are continuing to register and recover

Find out more about NDRS

The data is provided by patients and collected by the NHS as part of their care and support. The NDRS uses the data to help: 

  • understand cancer, rare diseases, and congenital anomalies
  • improve diagnosis
  • plan NHS services
  • improve treatment
  • evaluate policy
  • improve genetic counselling

The data we curate is accessed and used to support high quality clinical care, for health research and policy decision making. We work closely with clinicians, researchers, charities but also with patients and the wider public to inform some of the work that we do and how best to communicate this.

Data Stories section which outline how NDRS data has been used and impacted research and clinical care. They also include a patient/public perspective.

You can read more about:

You can also see examples of how patient data has been used for research by watching our webinars or our bitesize series


Contact us

Please use the contact the team page to submit a form with all general enquiries about cancer, rare disease and congenital anomaly registration and our work.

Last edited: 27 February 2026 1:43 pm