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NHS improves genetic testing for minority ethnic cancer patients
Patient Safety Learning posted a news article in News
Thousands of cancer patients from minority ethnic backgrounds will have access to “groundbreaking” genetic testing on the NHS that previously discriminated against them. This routine form of genetic testing, used before chemotherapy treatment, could save the lives of Black and minority ethnic cancer patients who already face poorer health outcomes after diagnosis compared with their white counterparts. Before undergoing chemotherapy, cancer patients across England undergo genetic testing that can lead to changes in treatments to reduce the adverse side-effects chemotherapy can have, including mouth sores, hair loss, nausea and fatigue, and which can also be fatal. Up to 40% of the 38,000 patients treated with fluoropyrimidine-based chemotherapy in England will develop an adverse drug reaction to the treatment. Until last year, these genetic tests only looked for four types of DPYD gene variants, which are mainly found within the DNA of people from white European backgrounds. Consequently, this genetic testing was less effective on Black cancer patients, leading them to be more likely to experience severe side-effects including death after chemotherapy. These genetic tests are now being offered by the NHS across England to include testing for a fifth DPYD genomic variant, which is more prevalent among people from Black and minority ethnic backgrounds. Dr Veline L’Esperance, the senior clinical adviser at the NHS Race and Health Observatory, said that the introduction of these new genetic tests represents “tangible results for patients who have historically been left behind”. “Patients of African ancestry deserve the same standard of safety as everyone else, and now clinicians have the means to deliver it,” L’Esperance said. “What makes this significant is that it moves the conversation about ethnic health inequality in cancer care from words to action. This is the first concrete, clinical response to the evidence that Black and ethnic minority patients were being failed by tests designed around white European genetics.” Read full story Source: The Guardian, 13 April 2026 -
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When Stuart Ball previously wrote for the hub, he described how his wife Rachel’s death was not the result of one single missed appointment or one incorrect clinical decision. It was the result of fragmentation—significant red flags recorded across time and across specialties, but never structurally reviewed together. Since then, Rachel’s case has been raised through a Parliamentary Question, Stuart has received written replies and there has been renewed discussion around the NHS 10 Year Health Plan. The Plan sets out a long-term ambition to move from reacting to illness towards predicting and preventing it. It speaks about digital integration, genomics and a single patient record. In this follow up blog, Stuart explains why this direction of travel is welcome, but how ambition and infrastructure are not the same as accountability. Stuart asks for an accountable model, with clear ownership, for cumulative hereditary risk review across time and specialties. "Rachel’s Rule: Protecting Today, For Tomorrow" In recent Parliamentary correspondence, it has been confirmed that hereditary cancer services are delivered through the Genomic Medicine Service, with referral based primarily on clinical and family history criteria, and with clinicians expected to maintain appropriate knowledge. The 10 Year Health Plan has been cited as the framework for longer term genomic expansion and reform. These responses clarify direction and capability. However, they do not clearly describe a mandated, accountable model for cumulative hereditary risk review across time and specialties. Rachel’s case was not a technology failure Rachel did not lack access to doctors. She did not lack access to records. She did not lack access to treatment. What she lacked was a defined point where someone was responsible for stepping back and asking: Does this pattern mean something more? She was diagnosed with ovarian cancer at a young age. Later, she developed a second primary ovarian cancer, and years later breast cancer. She had multiple liver hamartomas and ongoing clinical indicators recorded across different specialties. Each event was documented. None were structurally joined. There was no named owner for cumulative hereditary risk recognition. There was no mandated checkpoint requiring a review of the whole picture. And after diagnosis, there was no single, coordinated surveillance plan owned by one accountable role. This was not about individual clinicians failing. It was about system design. The 10 Year Plan: capability versus structure The NHS 10 Year Health Plan outlines important ambitions: Expansion of genomic capability. Better data integration. Personalised risk information. Digital coordination through shared records. These are enabling tools. But tools do not automatically create safety standards. A record is not a review. A risk score is not accountability. Current public responses confirm that hereditary cancer services operate through the Genomic Medicine Service, with referral based on clinical and family history criteria, and with clinicians responsible for maintaining knowledge. That describes capability and professional expectation. It does not clearly describe: A mandated longitudinal hereditary risk review checkpoint. A named accountable owner when cumulative red flags emerge. An automatic re-review trigger after second primary cancers. A defined operational standard for coordinated post-diagnosis surveillance. Without those elements, expanded genomics may still sit within a structurally fragmented system. The gap before diagnosis In Rachel’s case, hereditary risk was not recognised early enough. Importantly, she did not have a strong family history. Her risk lay in the pattern of events over time. If risk recognition depends heavily on family history or opportunistic identification, patients without obvious family clustering remain vulnerable. A structured, repeatable review process—triggered by defined criteria such as early cancer, second primaries, unusual pathology, or cross-specialty indicators—introduces a simple but powerful safeguard: Someone must pause. Someone must review the whole picture. Someone must document a decision. Ownership reduces diffusion of responsibility. The gap after diagnosis Diagnosis does not end the safety question. In many cases, it increases the need for coordination. In cancer, the consequences of missed hereditary risk often unfold over years. Surveillance can become fragmented across hospitals, clinics and appointment systems. Imaging may focus on one organ or site without stepping back to ask whether a broader, coordinated plan is required. Rachel received treatment and follow-up. At the time, we believed the cancer had been dealt with. Six years later, it returned and she died. Earlier recognition does not guarantee different outcomes in every case. But delay reduces available options. Fragmented surveillance compounds risk. That is why Rachel’s Pathway calls for: One named owner for surveillance coordination. One written, shared plan across services. Defined re-review points when new pathology emerges. Clarity about what surveillance is intended to detect, and what it is not. This is not about demanding universal scanning. It is about preventing predictable fragmentation. Why interim standards matter The 10 Year Plan is long term. Delivery will be phased. Large reforms are subject to operational pressures and parliamentary cycles. Meanwhile, patients continue to present. In safety critical systems, known vulnerabilities are usually mitigated while reform is being built—not left exposed until infrastructure is complete. An interim standard does not compete with the 10-Year Plan. It complements it. It introduces structural accountability now, while contributing to durable long-term design. The central question This ultimately comes down to one question: Who owns cumulative hereditary risk recognition and coordinated surveillance when patterns emerge across time and across specialties? If the answer is “all clinicians,” responsibility risks being diluted. If the answer is “no one specifically,” then the vulnerability remains. Clear ownership is not a technological issue. It is a patient safety issue. Rachel’s Rule is not a rejection of genomic ambition. It is a call to translate ambition into accountable structure: One owner. One review. One coordinated plan. That is how patterns stop being missed. That is how fragmentation is reduced. And that is how long-term ambition becomes real patient safety. Further information about the full proposals for Rachel’s Rule and Rachel’s Pathway can be found at rachelsrule.org. If you would like to support the campaign, please consider signing and sharing the petition at change.org/RachelsRule. Further reading on the hub: How one woman’s missed referrals exposed a systemic gap in hereditary cancer care: Why I'm campaigning for Rachel's Rule 10 Year Health Plan for England: fit for the future Rachel's Rule: Signs in plain sight by Stuart Ball Top picks: Rare diseases -
News Article
Scotland becomes first in UK to test newborns for rare genetic condition
Patient Safety Learning posted a news article in News
Scotland has become the first part of the UK to test newborn babies for Spinal Muscular Atrophy (SMA). The rare genetic condition causes progressive muscle weakness and, without treatment, can limit life expectancy to just two years. Babies can be identified as having SMA through a heel prick test and early treatment can prolong their lives. As part of a two-year pilot, this test will now be given to all babies born in Scotland. The test has come too late for Grayce Pearson, now three, from Milton, Glasgow, who was diagnosed with SMA when she was a baby. She lacks a protein vital for muscle development which affects everything from walking to swallowing and breathing. Her father Tony said: "Overnight she stopped kicking her legs and wasn't attempting to crawl. She wasn't trying to reach out for things." Getting a diagnosis is a race against time because as nerve cells die, treatment options and outcomes change. After raising concerns about her six-month-old baby's decline in movement, her mother Carrie said she was at first told she was just being an over-anxious mother. "A child just doesn't stop being able to physically move her legs altogether," she said. Grayce was eventually diagnosed with SMA type 2 - which is less severe than SMA type 1 - when was 14 months old. Carrie said: "Grayce's age when she was diagnosed, she couldn't get gene therapy, which would have been a one-off and she probably would have been making her milestones." Read full story Source: BBC News, 23 March 2026- Posted
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This is the story of a woman who should still be here. A woman who spent her life lifting others, never knowing the danger quietly growing inside her. It is also the story of a husband who loved her with every part of his being, and who now fights to make sure what happened to her never happens to anyone else. Rachel Ball was funny, gentle, stubborn in the best way, and endlessly kind. She lit up classrooms, steadied frightened pupils, and brought out the good in everyone she met. For decades, her body was sending small signs, clues scattered across appointments, hospitals, and years, but no one ever joined them together. By the time the full picture emerged, it was too late. The missing piece revealed itself only at the very end, when nothing could change what it meant. In this memoir, Stuart Ball takes readers through the love they built, the life they shared, the warnings no one recognised, and the final fight that changed everything. Further reading on the hub: How one woman’s missed referrals exposed a systemic gap in hereditary cancer care: Why I'm campaigning for Rachel's Rule- Posted
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When Stuart Ball's wife Rachel passed away in August 2025, she was just 47 years old. Her death was not inevitable. It was the result of years of missed opportunities—signs that were there in plain sight but never joined together. What happened to Rachel should never happen to another family. Stuart shares Rachel's story and tells us why he is campaigning for Rachel's Rule—a call for a system safeguard that ensures hereditary risks are not missed. "Rachel’s Rule: Protecting Today, For Tomorrow" From childhood, Rachel faced several health challenges, including asthma, massive urticaria and recurring skin lesions. In 2006, she was diagnosed with her first ovarian cancer. She was still young, and while her gynaecological care was appropriate for the time, there was no referral for genetic assessment. The key moment came in 2012, when a second ovarian cancer and multiple liver hamartomas were discovered—clear indicators of an inherited syndrome. This was the point at which a referral to clinical genetics should have been made and early identification could have changed the course of her care. By 2019, after more than a decade of fragmented treatment, Rachel was diagnosed with breast cancer. Only then was a referral finally made. Cowden Syndrome was confirmed. But by this stage, the damage was already done. Surveillance was started for some organs, but still not for others, including her liver—the very place her cancer would later return. In 2024, she developed advanced breast cancer recurrence with liver metastases. It was treatable, but not curable. Less than a year later, she was gone. A caring, proactive patient failed by a fragmented system Rachel did everything right. She attended every appointment, followed every piece of advice, and even chose preventative surgery to reduce her risk of further cancers. She trusted the system completely. But the system was not joined up. At every stage, she was seen by good people working within a structure that divided her symptoms into separate boxes—each specialist treating their own part, without anyone looking at the whole picture. The NHS has the expertise, the science and the technology to detect hereditary cancer risk early, but without an integrated approach, patients like Rachel fall through the gaps. Her death is not just a personal loss but a case study in systemic fragmentation—how information sits in silos, how guidelines are inconsistently applied and how, without oversight, warning signs can go unnoticed until it’s too late. From personal loss to systemic change In the months following her death, I channelled my grief into something constructive: a campaign called Rachel’s Rule: Protecting Today, For Tomorrow. Its aim is simple—introduce annual hereditary risk reviews for patients with multiple red-flag cancers or associated health issues. These reviews would act as a safety net within the NHS, ensuring that patterns like Rachel’s are recognised early. They would trigger automatic referrals to genetic services when warning signs appear, standardise practice across Trusts and raise public awareness so families know to ask for hereditary risk checks. Around one in ten cancers have a hereditary component. NICE guidelines exist, but application is inconsistent. The NHS Genomic Medicine Service provides world-class infrastructure, but patients can only benefit if they are referred in the first place. Rachel’s Rule would bridge that gap—turning awareness into action and preventing future tragedies. The human story behind the campaign Rachel wasn’t a statistic—she was a wife, sister, daughter and aunt, as well as a much-loved teaching assistant known for her warmth and humour. Even through years of treatment, she never lost her ability to lift others. At her school, Bishop Rawstorne, colleagues remember her laughter and empathy. At home, she made every season brighter: decorating for Christmas, photographing sunsets, planting marigolds in memory of her father. She found beauty in ordinary moments and shared it generously with others. To everyone who knew her, Rachel was the heartbeat of the room. Losing her has left a silence that can’t be filled—but in that silence there is also purpose. Her life now speaks through the campaign that bears her name. Learning from Rachel’s story Patient safety begins with pattern recognition. Just as Martha’s Rule was created to empower families to call for a second opinion, Rachel’s Rule calls for a system safeguard that ensures hereditary risks are not missed. It asks a simple question of our health system: when a patient has multiple serious illnesses or cancers under the age of 50, who is responsible for joining the dots? Rachel’s story exposes what happens when that responsibility is no one’s job. She represents thousands who may be living with undiagnosed hereditary syndromes—people who trust the system, attend every appointment, yet are never given the full picture. Protecting today, for tomorrow The legacy of Rachel’s life is more than memory — it’s momentum. Her campaign is supported by her local MP who continues to raise the issue nationally, and by a number of organisations that have already pledged their support. The Change.org petition is steadily growing, each new signature representing another voice calling for change, another family determined to prevent future harm. Earlier answers save lives. Genetic testing protects families. Structured hereditary risk reviews would turn hindsight into foresight, ensuring that what happened to Rachel will not happen again. You can read more and support the campaign at www.change.org/RachelsRule and download the campaign poster attached below. Rachel's Rule poster.pdf Because the best way to honour her story is to make sure it never needs repeating. Further reading on the hub: From ambition to accountability: why hereditary risk needs ownership now- Posted
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NHS cancer gene database to identify patients at risk
Patient Safety Learning posted a news article in News
A new NHS database of genes linked to cancer could enable patients and their families in England to find out whether they are at risk of developing the disease. People will be able to have their genetic information compared to the world-first register of 120 genes known to increase the likelihood of getting cancer, NHS England has said. Those identified as having an inherited risk will be offered routine check-ups and screening for certain cancers, including breast and prostate cancer. Patients could also be tested to see whether they would respond better to particular treatments, allowing for personalised care. Health Secretary Wes Streeting said the "life-changing and life-saving" tool would fast-track screening and allow more cancers to be caught sooner. Tens of thousands of cancer patients and those with a family history of the disease already undergo genetic testing on the NHS every year. Those known to have a higher risk profile will be added to the new register. They will be given tailored information about what they can do to lower their chance of developing cancer or detect it early. NHS England's national cancer director told BBC Radio 4's Today programme it was "the first time any health care system has brought together all the information about all the genetic risk into a single place." Prof Peter Johnson said it pulled together the tests patients were already offered to check their cancer susceptibility into a single register, "so that we can contact people to offer them screening and in some cases preventative treatment". Read full story Source: BBC News, 24 January 2026 -
News Article
A world-first genetic warning system to stop future pandemics has been launched in the UK. The surveillance programme, run by the UK Health Security Agency (UKHSA), will see experts rapidly checking NHS samples for pathogens that could lead to serious outbreaks. It is thought it could also stop emerging diseases. Experts believe if such a system had been around pre-Covid-19, the virus would have been spotted much more quickly and there would have been early signs it was taking root in the UK. Traditionally, genomic methods rely on scientists or medics knowing what virus or bacteria they are looking for when they test a swab sample. But a more detailed method – known as metagenomics – means they do not need to know what the pathogen is, and they can test samples to find new ones. All this information is also now being fed to the UKHSA at a national level, bringing together samples from NHS hospitals across England to spot trends and emerging clusters of disease. Read full story Source: The Independent, 30 January 2025 -
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Investigative journalist and medical researcher Maryanne Demasi interviews Phillip Buckhaults, a cancer genomics expert and professor at the University of South Carolina. Professor Buckhaults describes how he decided to test for DNA contamination in vials of Pfizer and Moderna’s bivalent booster shots, hoping to debunk myths about contamination. However, his research revealed that billions of tiny DNA fragments are present in Pfizer’s mRNA vaccine. He highlights the need for further research to find out whether this poses any risk to people who have been given the vaccine, particularly around whether these fragments of DNA could trigger people developing cancer or autoimmune conditions.- Posted
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Over the counter genetic tests in the UK that assess the risk of cancer or heart problems fail to identify 89% of those in danger of getting killer diseases, a new study has found. Polygenic risk scores are so unreliable that they also wrongly tell one in 20 people who receive them they will develop a major illness, even though they do not go on to do so. That is the conclusion of an in-depth review of the performance of polygenic risk scores, which underpin tests on which consumers spend hundreds of pounds. The findings come amid a boom in the number of companies offering polygenic risk score tests which purport to tell customers how likely they are to get a particular disease. Academics at University College London (UCL) who undertook the research are warning that such tests are so flawed they should be regulated “to protect the public from unrealistic expectations” that they will correctly identify their risk of a particular disease. The authors concluded: “Polygenic risk scores performed poorly in population screening, individual risk prediction and population risk stratification. “Strong claims about the effect of polygenic risk scores on healthcare seem to be disproportionate to their performance.” Read full story Source: The Guardian, 17 October 2023 -
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There are an estimated 200,000 severe adverse drug errors (ADRs) in Canada each year, though it is estimated that 95% of ADRs are not reported. They cost the Canadian healthcare system between $13.7 and $17.7 billion each year and kill up to 22,000 Canadians each year. Over 5,000 of these are Canadian children. ADR Canada is working to prevent this. This article explains the role of genomics in the solution to adverse drug reactions.- Posted
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NHS England to screen 100,000 babies for more than 200 genetic conditions
Patient Safety Learning posted a news article in News
The NHS in England is to screen 100,000 newborn babies for more than 200 genetic conditions in a world-first scheme aimed at bolstering early diagnosis and treatment. All new parents are currently offered a blood spot test for their babies, normally when the child is five days old, to check whether they have any of nine rare but serious conditions. The newborn’s heel is pricked to collect a few drops of blood on a card that is sent away to be tested. Now, as part of a large-scale research study, 100,000 newborns will be offered much more advanced tests of the whole genome sequencing using blood samples typically taken from the umbilical cord shortly after birth. “Diagnosing rare conditions in newborn babies at the earliest opportunity through genomic testing could be truly life-changing for families,” said Amanda Pritchard, the chief executive of NHS England. “It has the potential to give thousands of children the chance to access the right treatment at the right time, giving them the best possible start to life, and for families to better plan for their care.” Read full story Source: The Guardian, 3 October 2024 -
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Thousands receive diagnosis after 60 new diseases found
Patient Safety Learning posted a news article in News
Thousands of children with severe developmental disorders have finally been given a diagnosis, in a study that found 60 new diseases. Children, and their parents, had their genetic code - or DNA - analysed in the search for answers to their condition. There are thousands of different genetic disorders. Having a diagnosis can lead to better care, help parents to decide whether to have more children, or simply provide an explanation for what is happening. The Deciphering Developmental Disorders study, conducted over 10 years in the UK and Ireland, was a collaboration between the NHS, universities and the Sanger Institute, which specialises in analysing DNA. Among the findings, researchers discovered Turnpenny-Fry syndrome. Jessica Fisher's son, Mungo - who took part in the study - was diagnosed with the syndrome. Jessica subsequently started an online support group for the syndrome, which is now made up of 36 families from around the world, including America, Brazil, Croatia and Indonesia. "It's devastating to learn that your child has a rare genetic disorder, but getting the diagnosis has been key to bringing us together," said Jessica. Read full story Source: BBC News, 13 April 2023- Posted
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Geneticists have warned the public against buying polygenic risk score analyses, which some private fertility clinics claim can help parents using in vitro fertilisation in selecting embryos that carry the least risk of future disease. It appears that at least one child has been born after such a procedure, but the use of polygenic risk score analysis in this respect is severely limited. No evidence shows that these tests can predict the likelihood of an unborn child being liable to a specific disease in the future, representatives from the European Society of Human Genetics wrote in the European Journal of Human Genetics. Polygenic risk score analysis is mainly offered by fertility clinics in the US, although the practice is also being promoted in the UK. Patients need to be properly informed on the limitations of its use and a societal debate, focused on what should be considered acceptable with regard to the selection of individual traits, should take place before any further implementation of the technique in this population. Read full story (paywalled) Source: BMJ, 26 January 2022 -
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Newborns to get rapid genetic disease diagnosis
Patient Safety Learning posted a news article in News
Rare genetic disorders will be diagnosed and treated in babies thanks to a project to sequence the complete DNA of 100,000 newborns. It should spare hundreds of families in England months, or years, of anguish waiting to find out why their children are ill. The project is the first time that whole genome sequencing (WGS) has been offered to healthy babies in the NHS. It will screen for around 200 disorders, all of them treatable. The Newborn Genomes Programme, to begin next year, is thought to be the biggest study of its kind in the world. If successful, it could be rolled out across the country. Owen, 9, has an extremely rare genetic condition which affects his growth and development. Called THRA-related congenital hypothyroidism, it is one of the disorders which will be included in the new genetic test. Father, Rob Everitt, told the BBC: "I think of all the hours we spent in hospital waiting rooms, getting referred around different departments, all the tests - some of which were quite invasive - that drew a blank every time. I lost count of how many doctors and consultants we went to see and how many tests they did on him." Mother, Sarah Everitt, says getting the diagnosis was life-changing: "It was like winning the lottery….because we knew there was a treatment pathway; we knew we could get him support and he could attend a mainstream school." Read full story Source: BBC News, 13 December 2022 -
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Study reveals clues to cancer causes and potential for personalised treatment
Patient Safety Learning posted a news article in News
Analysis of thousands of tumours has unveiled a treasure trove of clues about the causes of cancer, representing a significant step towards the personalisation of treatment, a study suggests. Researchers say that for the first time it is possible to detect patterns – called mutational signatures – in the DNA of cancers. These provide clues including about whether a patient has had past exposure to environmental causes of cancer such as smoking or UV light, for example. This is important as these signatures allow doctors to look at each patient’s tumour and match it to specific treatments and medications. Dr Andrea Degasperi, research associate at the University of Cambridge and first author, said: “Whole genome sequencing gives us a total picture of all the mutations that have contributed to each person’s cancer. “With thousands of mutations per cancer, we have unprecedented power to look for commonalities and differences across NHS patients, and in doing so we uncovered 58 new mutational signatures and broadened our knowledge of cancer.” The findings are now being incorporated into the NHS as researchers and clinicians now have the use of a digital tool called FitMS that will help them identify the mutational signature and potentially inform cancer management more effectively. Read full story Source: The Independent, 21 April 2022 You may also be interested to read hub blog: Genetic profiling and precision medicine – the future of cancer treatment -
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Matching drugs to DNA is 'new era of medicine'
Patient Safety Learning posted a news article in News
We have the technology to start a new era in medicine by precisely matching drugs to people's genetic code, a major report says. Some drugs are completely ineffective or become deadly because of subtle differences in how our bodies function. The British Pharmacological Society and the Royal College of Physicians say a genetic test can predict how well drugs work in your body. The tests could be available on the NHS next year. It would have helped Jane Burns, from Liverpool, who lost two-thirds of her skin when she reacted badly to a new epilepsy drug. She was put on to carbamazepine when she was 19. Two weeks later, she developed a rash and her parents took her to A&E when she had a raging fever and began hallucinating. The skin damage started the next morning. Jane told the BBC: "I remember waking up and I was just covered in blisters, it was like something out of a horror film, it was like I'd been on fire." Jane's experience may sound rare, but Prof Mark Caulfield, the president-elect of the British Pharmacological Society, said "99.5% of us have at least one change in our genome that, if we come across the wrong medicine, it will either not work or it will actually cause harm." "We need to move away from 'one drug and one dose fits all' to a more personalised approach, where patients are given the right drug at the right dose to improve the effectiveness and safety of medicines," said Prof Sir Munir Pirmohamed, from the University of Liverpool. Read full story Source: BBC News, 29 March 2022- Posted
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A new study has revealed that families of some cancer patients are being denied the opportunity to learn about their potential cancer risk due to inconsistencies in genetic testing. Academics have warned that the absence of adequate testing for Lynch syndrome is leaving some cancer patients unaware of their risk of developing other cancers. Lynch syndrome, a rare hereditary condition, elevates the risk of cancers of the bowel, womb, and ovaries. It arises from a gene mutation affecting DNA error correction during replication, potentially leading to uncontrolled cell growth. NHS guidelines stipulate that patients with bowel or womb cancer should undergo tumour assessments for Lynch syndrome markers. The identification of these markers should prompt a referral for genetic testing, confirming the diagnosis and enabling access to support and guidance regarding cancer risks for both the patients and their families. However, a new study by academics at the University of Edinburgh found not all womb cancer patients are being sent for genetic testing. Researchers said those who were referred faced long waits, resulting in high dropout rates, meaning only 48 per cent of those eligible went on to get the test. Experts from the university said gaps in testing mean some womb cancer patients with Lynch syndrome go undetected. Read full story Source: The Independent, 10 June 2025 -
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NHS plans to DNA test all babies to assess disease risk
Patient Safety Learning posted a news article in News
Every newborn baby in England will have their DNA mapped to assess their risk of hundreds of diseases, under NHS plans for the next 10 years. The scheme, first reported by the Daily Telegraph, is part of a government drive towards predicting and preventing illness, which will also see £650m invested in DNA research for all patients by 2030. Health Secretary Wes Streeting said gene technology would enable the health service to "leapfrog disease, so we're in front of it rather than reacting to it". It comes after a study analysing the genetic code of up to 100,000 babies was announced in October. The government's 10-year plan for the NHS, which is set to be revealed over the coming few weeks, is aimed at easing pressure on services. The Department for Health and Social Care said that genomics - the study of genes - and AI would be used to "revolutionise prevention" and provide faster diagnoses and an "early warning signal for disease". Screening newborn babies for rare diseases will involve sequencing their complete DNA using blood samples from their umbilical cord, taken shortly after birth. There are approximately 7,000 single-gene disorders. The NHS study which began in October only looked for gene disorders that develop in early childhood and for which there are effective treatments. Currently, newborn babies are offered a heelprick blood test that checks for nine serious conditions, including cystic fibrosis. The health secretary said in a statement: "With the power of this new technology, patients will be able to receive personalised healthcare to prevent ill-health before symptoms begin, reducing the pressure on NHS services and helping people live longer, healthier lives." Read full story Source: BBC News, 21 June 2025 -
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As part of Patient Safety Awareness Week 2020, the Royal College of Pathologists have released three videos. In these videos, trainees discuss error scenarios and how we can foster a positive culture of learning from those mistakes. Speakers include Dr Mathew Clark, Miss Laura Whitehouse and Dr Hamed Sharaf. -
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Hundreds with rare conditions to benefit from new blood matching test
Patient Safety Learning posted a news article in News
A new personalised “blood matching” test has been launched for people with rare conditions who require regular blood transfusions. The move will allow donor blood to be matched to these patients more closely, to reduce the risk of severe reactions. It is the first time it has been used for patients with rare inherited anaemias – with around 300 people eligible for testing, according to NHS Blood and Transplant (NHSBT). The new test uses genetics to generate detailed blood group information. The programme has been backed by the family of toddler Woody Mayers, aged 22 months, who has a rare inherited anaemia called congenital dyserythropoietic anaemia (CDA) type 1. The condition causes the bone marrow to struggle to produce healthy red blood cells, which carry oxygen around the body. It is estimated to affect between one to five out of every million babies. Woody Mayers, aged 22 months, who has a rare inherited anaemia called congenital dyserythropoietic anaemia (CDA) type 1 (NHSBT) Patients have low haemoglobin levels, meaning Woody relies on blood transfusions every four weeks to stay alive. However, the donor blood must be carefully matched to reduce the risk of patient’s developing antibodies against certain blood types, which can cause severe reactions and make transfusions more difficult in the future. The new genotyping testing programme, a partnership between NHSBT and NHS England, uses genetics to identify more of the rarer blood groups. Read full story Source: The Independent, 21 August 2025- Posted
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NHS announces new test to be offered for all newborn babies
Patient Safety Learning posted a news article in News
Newborn babies in England will now be routinely screened for a rare genetic condition, NHS England has announced. Hereditary tyrosinaemia type 1 (HT1) affects around seven UK babies annually, causing long-term health problems if left untreated. The condition prevents the normal breakdown of protein, leading to a toxic build-up in the blood. This vital screening will be incorporated into the standard blood spot test, taken from a baby's heel five days after birth. Symptoms can include jaundice, fever, abdominal swelling, bleeding, bruising and failing to gain weight. If untreated, the condition can lead to severe complications such as organ damage and liver failure. Dr Harrison Carter, NHS director of vaccination and screening, said: “Being able to screen for tyrosinaemia will help give hundreds of thousands of families extra reassurance and peace of mind – and while rare genetic conditions will be ruled out in most cases, for those families affected it means treatment and care can begin straight away, to improve their baby’s chances of leading a healthy life. Once screened by the NHS, babies with HT1 can be given medication called Nitisinone, which helps to prevent high levels of tyrosine in the blood. They will also have a diet of regulated formula or breast milk along with a special milk low in tyrosine. This combination can stop the long-term complications of HT1 from developing. Read full story Source: The Independent, 14 October 2025