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Wales launched the new electronic prescribing service (EPS) last week, with the country's first electronic prescription sent and dispensed on 17 November. The new service allows prescriptions to be sent digitally to a patient's nominated pharmacy, thus eliminating the need for paper forms. It is part of a wider plan to introduce digital medicines and e-prescribing in all hospitals and primary care in the country. Wellington Road Pharmacy and Lakeside Medical Centre in Rhyl became the first community pharmacy and GP practice to use the EPS, which is expected to be rolled out across Wales in January 2024.

As we take look back over the past year and reflect on what we have achieved, it's also important that we look ahead to new challenges and opportunities that may arise in 2023. We have seen remarkable innovation across the industry in 2022, from big break throughs in treatment and improvements to patient outcomes, to how the industry is working with big data and technology. But it's fair to say that these achievements came paired with just as many challenges including a continued talent shortage, hangovers from the pandemic, increasing pressures to innovate and ongoing macroeconomic challenges. As we head into 2023, I expect these existing challenges to continue alongside new ones, but I also anticipate more opportunities to present themselves. At Pharamanovia, we predict that the key trends set to catalyse the pharmaceutical and healthcare industries in 2023 include break through innovations, technology, big data, sustainability, ongoing policy changes and a shift in investment due to inflation. Utilising big data and tech Technology has been recognised as one of the industry's biggest tools for many years, and I don't expect to see the pace of how we use technology in healthcare and pharma to slow down any time soon. In 2023, I expect that we will see further automation in the way we work, with an increase in digital engagement and healthcare providers leveraging remote access further.

Boots has expanded its partnership with Deliveroo to cover 125 stores in the UK, offering delivery of a wide range of health and beauty products up and down the country. The company announced last year that it had entered into an exclusive partnership with Deliveroo to provide 400 plus health and beauty products to consumers at their doorsteps. The pharmacy multiple has been delivering over-the-counter cough, cold and flu symptom relief products, paracetamol, vitamins and digital thermometers through Deliveroo. The partnership has been part of the business' continued investment in digital technology to provide customers with a more convenient and personal shopping experience. Popular and new products available on Deliveroo include cough, cold and flu symptom relief products, paracetamol, vitamins, digital thermometers, period and sexual wellbeing products including sanitary towels, condoms and pregnancy tests among other health and beauty products. Boots is now available via Deliveroo for the first time to customers in major cities including Manchester, Glasgow, Belfast, Bristol, Sheffield, Coventry, Plymouth, Exeter, Middlesbrough, York, Aberdeen and Inverness.

In recent years, the healthcare sector has seen a significant transformation driven by the rapid advancement of technology. From improved patient care to streamlined administrative processes, technology has become an indispensable part of modern healthcare. As medical facilities worldwide embrace these innovations, it's essential to understand why the sector leans so heavily on advanced technological solutions. Below are seven key reasons illustrating the crucial role of technology in healthcare. Enhanced Radiology Workflows Advancements in technology have revolutionized radiology workflows, making the process more efficient and accurate. Digital imaging technologies, such as PACS (Picture Archiving and Communication Systems) and RIS (Radiology Information Systems), allow for the seamless storage, retrieval, and sharing of medical images. The specialists AbbaDox say that this reduces the time needed to diagnose and treat patients, significantly improving the overall efficiency of radiology departments. Additionally, AI-powered tools can assist radiologists by highlighting potential areas of concern within images, ensuring that abnormalities are not overlooked. These improvements contribute to faster, more accurate diagnoses and better patient outcomes.

The life cycle management company, Pharmanovia, has appointed Nivedita Valentine as associate vice president of Product Innovation. Ms Valentine will oversee the company's product innovation operations and decision-making as Pharmanovia continues to focus efforts on both, identifying new prospects to enhance lifecycle management of its brands through incremental innovation. She will report to interim chief scientific officer Stephen Deacon and help bridge unmet patient needs with the help of novel therapies, originating both from in-house development and through partnerships. Ms Valentine currently holds positions on the value-added medicines committee within Medicines for Europe and the International Rare Diseases Research Consortium (IRDiRC) Task Force on Drug Repurposing Guidebook. Pharmanovia CEO Dr James Burt commented: "Digitalisation and utilising the latest technological innovation are notable areas of acceleration within the pharma industry and Nivedita's appointment will ensure iconic brands will continue to be improved, supported, and used sustainably.

The National Institute of Health and Care Excellence has recommended that surgeons working in hospitals with limited or no access to a radiopharmacy department could now use Magtrace and Sentimag as an option to locate sentinel lymph nodes in people with breast cancer. The recommendation in draft NICE medical technology guidance could see a change in NHS standard care for the first time in years. The technology could also mitigate the reliance on radioactive isotope tracers shipped in from outside Great Britain. The magnetic liquid tracer - Magtrace - is a non-radioactive dark brown liquid. It is both a magnetic marker and a visual dye. The Magtrace is injected into the tissue around a tumour. The particles are then absorbed into the lymphatic system, following the route that cancer cells are most likely to take when they spread from the primary tumour and become trapped in sentinel lymph nodes. The Sentimag probe moves over the skin emitting sounds of different pitches as it passes over the Magtrace tracer, in a similar way to a metal detector locating metal in the ground. The nodes often appear dark brown or black in colour, which also helps with identification.

The General Pharmaceutical Council (GPhC) has promoted Louise Edwards to the position of Chief Strategy Officer and Deputy Registrar. Louise is currently the Director of Regulation and Digital Transformation at the Electoral Commission, responsible for the organisation's regulatory work and digital, data, technology and facilities infrastructure. This includes funding and spending at elections and referendums, registering political parties, enforcement work, and data and information management. Louise will take over Mark Voce, the GPhC's current Chief Strategy Officer and Deputy Registrar, who is retiring early in July 2024. Louise said: "Pharmacy services are at the heart of health care for many people. Having effective regulation and standards in place can transform and give confidence in the quality of care that people receive.

The Association of the British Pharmaceutical Industry (ABPI) has appointed Susan Rienow, country president of Pfizer, as its vice president. "As vice president, she will support the president, Pinder Sahota, general manager and corporate vice president of Novo Nordisk UK, in delivering his priorities. These are improving access to medicines, delivering economic growth and helping to find solutions to big societal challenges such as climate change, AMR, and inequalities," said ABPI in a statement. At Pfizer, Susan leads the organisation to bring the power of innovation, data and technology together to transform healthcare and improve outcomes for patients. She previously led Pfizer UK's vaccines business unit during the Covid-19 pandemic.

Pharmanovia, the lifecycle management company has signed a licence and supply agreement with Aquestive Therapeutics for its patented diazepam buccal film formulation across the EU, UK, Switzerland, and Norway, as well as countries in the Middle East and North Africa (MENA)- up to 48 markets in total. Aquestive Therapeutics has been granted tentative approval by the US Food and Drug Administration (FDA), for its diazepam buccal film for the acute treatment of intermittent, stereotypic episodes of frequent seizure activity (i.e., seizure clusters, acute repetitive seizures) that are distinct from a patient's usual seizure pattern in patients with epilepsy 12 years of age and older. Pharmanovia will be responsible for seeking appropriate regulatory approval across EU and MENA. Pharmanovia CEO, James Burt commented: "Pharmanovia and Aquestive are aligned in our mission to find new and innovative ways to enhance and revitalise iconic medicines. We have extensive experience with diazepam through the Valium brand and, together with Aquestive's unique PharmFilm technology, we're intending to bring a novel alternative diazepam delivery option to caregivers and patients at a time of critical need."

Titan PMR has been accredited by the NHS to provide electronic prescription services (EPS) to dispensing doctors. Over 1,000 of these doctors, who provide a vital service to almost 10 million people in rural communities, can now offer their patients the same level of benefits and efficiencies that electronic prescriptions and Titan PMR have brought to pharmacies around the UK. These features will also increase efficiency for dispensing doctors, who will reduce dispensing errors and improve organisation, increasing their capacity while enjoying the ability to integrate with other technologies. After a full year of testing, including six months of compliance testing at a practice in Cumbria, the new accreditation for Titan also has potential to help the NHS fulfil its target of all prescriptions being issued electronically. Currently written paper prescriptions from dispensing doctors account for around seven per cent of the total prescriptions in England - around 6.5 million each month. "Until now dispensing doctor surgeries have basically been in the digital dark ages when it comes to dispensing medicines," said Tariq Muhammad, a tech entrepreneur and CEO of Bristol-based Invatech Health, which developed Titan PMR.

Errors of any kind in medical settings can have dire consequences for patients and healthcare systems. Unfortunately, negligence, misdiagnosis, and medication errors aren't uncommon in the UK. In this article, we discuss the nature of medication errors in the NHS, outline potential causes, and delve into how and why technology could be turning the tide on the issue. Prevalence and consequences of medication errors Medication errors are incidents involved with the administering, prescribing, dispensing or monitoring of medicine to patients. It can happen at many different steps in the healthcare process and by any medical professional in the system. Many cases are avoidable. According to analysis from BMJ, there are an estimated 237 million medication errors made in England every year. The majority of these are minor errors, but 1 in 4 cases has the potential to cause moderate to serious harm to patients. Not only do these errors cost the NHS significantly, at almost £100 million every year, but there is a shocking cost to public health. Lives are being lost because of medication errors which is unforgivable and tragic for the families involved. Drains on NHS resources have widespread impacts on public health and the operations of healthcare organisations up and down the country. Individual errors and mistakes may seem inconsequential (in minor cases), but they all add up in the big picture to a significant concern for policymakers.

Health technology pioneer Invatech Health has sold its care homes electronic medication administration record (eMAR) system Atlas to care home management specialists Person Centred Software (PCS). Following the transition of Atlas to new ownership, Bristol-based Invatech Health will concentrate solely on further growth of Titan, its cutting-edge software for pharmacy management. Invatech Health CEO Tariq Muhammad, a pharmacist who started working on care homes back in 2002, first conceived the concept of electronic medicines system for care homes in 2006. Muhammad said he was proud to see his purpose-driven business given an opportunity for further progress. "It's a bit like being at a child's graduation," he said, after the completion of the acquisition which marked the end of a 20 year journey for him with Atlas. "I set up Atlas to tackle a dire need in the care homes sector for a system which could prevent incorrect dosing, mismanagement of prescriptions and administration errors of important medication.

The Health and Social Care Secretary Steve Barclay has proposed a new £30 million fund to speed up the adoption of innovative medical technology in the NHS. He confirmed the plan today at the Conservative Party Conference 2023 in Manchester. Mr Barclay said that virtual wards will help healthcare professionals embrace new technology to improve patient care. He said: "It is vital that clinicians have access to the latest technology to save staff time, deliver high-quality care and help cut waiting lists - one of the government's top five priorities. "This investment will see the latest tech innovations rolled out across the NHS. From virtual ward beds to wearable medical devices, patients will be better supported, and we will ease pressures on hospitals this winter. "We're preparing for this winter earlier than ever before including delivering thousands more hospital beds and hundreds of new ambulances."

NHS Somerset is aiming to grow its referral rate through GP Community Pharmacist Consultation Service (GP CPCS) to between 4,000 to 6,000 patients a month. Since June 2021 GPs in Somerset have successfully referred around 1,000 patients a month through the Somerset GP Community Pharmacist Consultation Service (GP CPCS) Currently, 59 of NHS Somerset's 64 GP practices and all of Somerset's 102 community pharmacists are using the Somerset GP CPCS. NHS Somerset found that providing the right training for GPs and for reception staff and practice managers was key to a smooth rollout and uptake of the service. As was making sure the technology worked when making referrals from general practice to community pharmacists. NHS Somerset is using software called Patient Access Connect, which seamlessly integrates with the EMIS Web GP system used in Somerset, to give practices a quick and easy way to capture the patient information needed to deliver a referral.

Clinical trials for BioNTech's cancer vaccines should start this year in Britain, marking an important step towards their possible sale on the open market, the German company's top executive Ugur Sahin told magazine Der Spiegel. BioNTech, known for its COVID vaccine with U.S. partner Pfizer, is currently deciding which types of cancer it wants to test its personalized cancer immunotherapies on and the locations where it will conduct the trials, Sahin said. The company wants these therapies, which are based on messenger RNA (mRNA) technology similar to the one that underpins its COVID-19 vaccine, to soon become a regular treatment for cancer patients. "We believe that this should be possible for large amounts of patients before 2030," Sahin said.

Professor Ryan Donnelly, esteemed for his groundbreaking contributions to pharmaceutical science, has been awarded the prestigious Royal Pharmaceutical Society (RPS) Harrison Memorial Medal for 2024. This distinguished accolade, presented in honour of the renowned pharmaceutical chemist Col EF Harrison, serves as a testament to Professor Donnelly's exceptional achievements. Currently holding the position of Chair in Pharmaceutical Technology at Queen's University Belfast's School of Pharmacy and Director of Research, Professor Donnelly has garnered acclaim for his pioneering work in developing advanced polymeric drug delivery systems. Specialising in transdermal and intradermal drug delivery methodologies, his research aims at optimising patient outcomes through innovative pharmaceutical technologies.

Northern Ireland will see changes in the regulatory landscape following the issuance of the Windsor Framework on 27th Feb 2023 and the corresponding EU Commission proposal. An agreement, in principle, has been reached by the UK and EU. The new path forward of the Windsor Framework marks a turning point in how both the UK and the EU will work together collaboratively and constructively to ensure that the same medicines are available in Northern Ireland at the same time as they are in the rest of the United Kingdom. Whilst this is a successful result for Northern Ireland patients, this is major change for companies that have made specific provisions in their supply chains for Northern Ireland. The supply chains of companies where provisions and changes were made such as introduction of GB specific pack may be impacted as a result. However, the burden on the UK Pharma supply chain will be eased. Prime Minister Rishi Sunak walks with European Commission chief Ursula von der Leyen in Windsor on February 27, 2023 Pharma companies will need to carefully consider making changes within their processes and supply chains pending the issuance of clear guidance from the MHRA on the regulation changes resulting from the Windsor Agreement and the corresponding EU Commission proposed regulatory changes associated with medicinal products within the Northern Ireland market. Smooth access to the EU market for Northern Ireland pharmaceutical and medical technology firms has been safeguarded within the constraints of the agreement. The pragmatic dual-regulatory system protects business, patients and healthcare services, and reflects that it is an essential state function to maintain and oversee the supply of medicines within the whole United Kingdom.

US biotech firm Moderna will build a new research and manufacturing centre in Britain to develop vaccines against new Covid-19 variants, other respiratory illnesses and help improve readiness for any future pandemics. The facility is expected to start producing shots in 2025 and Britain has made a commitment to buy Moderna's vaccines for the next decade under the agreement. Moderna's Covid-19 vaccines, which use messenger RNA (mRNA) technology, were among those deployed in Britain to tackle the crisis and enable prime minister Boris Johnson to reopen the economy from stringent lockdowns. Moderna chief executive Stephane Bancel said the priority was to develop a shot combining refreshed boosters against Covid, flu and Respiratory Syncytial Virus (RSV). "By building a plant in the UK, we are also providing the UK Government - which has a long term partnership with us, with this agreement - with the ability to be pandemic ready," Bancel said on Wednesday.

The new 'How to Involve and Engage Patients on Digital Health Tech Innovation' learning module has been created specifically to support the development and delivery of patient-centric technologies, at a time of critical digital transformation in the NHS. The foundation level module will be freely available at www.orcha-digitalhealthacademy.com and on the Health Education England NHS Learning Hub (learninghub.nhs.uk). No training previously exists on conducting effective patient and public involvement and engagement (PPIE), leading to wasted resource on unsuitable technologies at a time when the healthcare system simply cannot afford it. The module aims to educate innovators who are creating new technology, and the clinicians who are prescribing these solutions. Crucially, the module also provides valuable support to the 500 NHS clinicians who are on the Clinical Entrepreneur Programme. The module is an introduction to the first evidence-based framework for PPIE, launched by the University of Plymouth, the AHSN Network (the national voice of the 15 academic health science networks in England) and Boehringer Ingelheim UK & Ireland. It helps to fast-track learning for the EnACT principles described in the framework, outlining how to involve patients in product innovation and critical issues such as data privacy, intellectual property, inclusivity, reimbursement, useability, and recruitment of patients.

Technological innovation has touched our lives in immeasurable ways, from city infrastructure to personal entertainment and beyond. Even our health and conditions have been improved by the right tech innovations; contact lenses were one such innovation, having been safely pioneered as recently as the 19th century. But there are more recent developments which could change the lives of contact lens users forever; what are they? Smart Touch Contact Lenses While Smart Touch lenses are a relatively simple innovation, it is often the simple innovations that have the most fundamental impact on contact lens users. Smart Touch lenses are a new type of contact lens produced with a breathable material to promote eye health throughout the day. The key innovation lies in the packaging; Smart Touch contact lenses are provided in a bespoke blister packaging solution that delivers the lenses face-up. This ensures that the user never needs to touch the inner surface of the lens, keeping it hygienic and allowing for quick, unobtrusive application. These contact lenses provide innovative solutions for lens-wearers, and represent the power of slight technological improvements to existing products.