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The Health and Social Care Secretary has announced over £175 million funding to boost genomics research in the UK. Through this funding, the government aims to create the most advanced genomic healthcare system in the world. "Patients with cancer and children born with treatable rare genetic diseases are set to benefit from earlier diagnosis and faster access to treatment, following a £175 million boost to cutting-edge genomics research announced by the Health and Social Care Secretary today (Tuesday)," said DHSC. The funding will enable research which could deliver world-leading genomic healthcare to patients, which involves the study of people's DNA. "£105 million to be funded to kickstart a world-leading research study, led by Genomics England in partnership with the NHS, to explore the effectiveness of using whole genome sequencing to find and treat rare genetic diseases in newborn babies," said DHSC. "An initial £26 million to support an innovative cancer programme, led by Genomics England in partnership with the NHS, to evaluate cutting-edge genomic sequencing technology to improve the accuracy and speed of diagnosis for cancer patients and use artificial intelligence to analyse a person's DNA, alongside other information such as routine scans.

Pharmacy professionals to be included as key stakeholders in the implementation, delivery and evaluation of a wide range of genomic services, said the Royal Pharmaceutical Society (RPS). RPS's statement has been developed in collaboration with pharmacy organisations who have co-badged the report, such as the British Oncology Pharmacy Association, the UK Clinical Pharmacy Association, Association of Pharmacy Technicians and the College of Mental Health Pharmacy. It looks at current and future roles for pharmacy professionals in genomic medicine across many aspects of practice such as person-centred care and collaboration, professional practice, education, leadership, management and research. Pharmacists and pharmacy technicians in the UK have already established roles in the application of genomic medicine in some areas of practice, such as antimicrobial stewardship and infectious diseases, and the management of certain genetic conditions, such as cystic fibrosis. The society believes, the current role of pharmacy professionals in genomics can be expanded upon in the future to both lead and support many relevant aspects of genomic implementation. These are described across all healthcare sectors, within the Genome UK strategy produced by the UK Government, and within the implementation plans published in England, Scotland and Wales. Lead for Pharmacogenomics at RPS Sophie Harding said: "Pharmacy professionals are the gatekeepers of medication safety and efficacy across all areas of healthcare. They are skilled at interpreting complex scientific data and use evidence-based medicine to maximise the benefits of treatments for patients, whilst supporting shared decision-making with patients and the multidisciplinary team.

Genomic sequencing allowed the world to track new coronavirus variants throughout the pandemic. Now British researchers plan to use it to better understand a host of other respiratory pathogens, from influenza to respiratory syncytial virus (RSV). The work is aimed at shedding more light on known threats and, potentially, emerging ones, the team at the Wellcome Sanger Institute, working with the UK Health Security Agency, said. The world has never had access to the kind of real-time information for these viruses that scientists obtained on SARS-CoV-2 through sequencing millions of genomes, Ewan Harrison, head of the new Respiratory Virus and Microbiome Initiative, told reporters on Monday. That includes granular detail on how they transmit as well as how they evolve in the face of the human immune response. "We hope that by expanding our ability to sequence these viruses routinely, we can build upon the work that's going on COVID, and hopefully supercharge research efforts to understand the transmission of these viruses, but also to help develop new treatments and vaccines," Harrison said.

The Medicines and Healthcare products Regulatory (MHRA) and Genomics England to launch a brand-new genetic research resource, known as a 'biobank' on Thursday (June 01) to tackle the issue of Adverse Drug Reactions (ADRs). Biobank will help to better understand how a patient's genetic makeup can impact the safety of their medicines. "The Yellow Card biobank, which will contain genetic data and patient samples, will operate alongside the MHRA's Yellow Card reporting site for suspected side effects and adverse incidents involving medicines and medical devices," said MHRA. The biobank pilot will officially begin on 1 June 2023 with participant recruitment commencing later this year, on 1 September. The sequencing of participants' genetic material will begin in Spring 2024, with initial research findings from the pilot due to be published in 2025. Genomics England will be supporting the MHRA with sequencing and storage of genetic material through use of their well-established and secure infrastructure.

German biotechnology company BioNTech has signed a deal with the Department of Health and Social Care to enrol up to 10,000 patients in clinical trials by the end of 2030 for personalised cancer therapies, the German drug maker said. The multi-year collaboration is focused on cancer immunotherapies based on mRNA or other drug classes, infectious disease vaccines, and investments into expanding the company's footprint in the UK, BioNTech said in a statement on Thursday (January 5). Under the agreement, the parties plan to utilise UK's clinical trial network, genomics and health data assets, aiming to enrol the first cancer patient in the second half of 2023, the company said.

Reacting to recommendations from a UK-first independent review, the Department of Health and Social Care (DHSC) has outlined action to tackle potential bias in the design and use of medical devices. Professor Dame Margaret Whitehead, professor of public health at the University of Liverpool, was appointed to lead the review, which focused on three areas - optical devices such as pulse oximeters, AI-enabled devices, and polygenic risk scores (PRS) in genomics. The DHSC commissioned the medical devices review after concerns were raised that pulse oximeters - widely used during the COVID-19 pandemic to monitor blood oxygen levels - were not as accurate for patients with darker skin tones. There were worries that this could cause delays in treatment if dangerously low oxygen levels in such patients were missed. However, no evidence was found from NHS studies indicating that this differing performance had an impact on patient care. Accepting the report's conclusions, the DHSC has committed to several actions, such as ensuring the safe use of pulse oximeter devices across a range of skin tones within the NHS and eliminating racial bias from data sets employed in clinical studies.