Group items tagged

Healthcare has a strong relationship with technology. The modern structure of hospitals and medical facilities cannot function without the progress of technology. It is important to acknowledge the impact of technology to ensure that priority is given to the constant maintenance of innovation. Here are a few ways to understand how healthcare and technology operate together. TECHNOLOGICAL INNOVATIONS KEEPING UP WITH MEDICAL DEMANDS Healthcare has become increasingly dependent upon technology throughout the years. There is an almost infinite amount of equipment and machinery that is used on a day-to-day basis to help facilitate the care of patients. One aspect that needs to be acknowledged is the prevalence of smart technology within the hospital and healthcare spaces. Technology is being innovated, and it is only a matter of time until hospitals see such advancements be applied more often, as funding increases alongside the development of new machinery and equipment. These include the inclusion of artificial intelligence in order to assist and supplement healthcare professionals to do a better and more efficient job, providing better care for patients. Of course, such technology will need to follow trends of other industries first to ensure its safe use and application when dealing with patients.

Are you looking for ways technology can improve the health sector? Technology has revolutionized every industry imaginable, so it's no surprise that it has also made its mark on the health sector. In this blog post, we will discuss how technology is helping to improve healthcare for everyone. From telemedicine to mobile apps, technology makes it easier than ever for people to get the care they need. Keep reading to learn more. EASILY ACCESSIBLE MEDICAL INFORMATION One of the biggest ways technology improves healthcare is by making medical information more accessible to everyone. In the past, if you had a question about your health, you would have to either make an appointment with a doctor or do some research on your own. However, thanks to the internet, now you can easily find answers to all of your questions with a few clicks of a button. If you are running a medical facility, it is important to ensure that your IT department is up to date on all of the latest advancements in healthcare technology. As highlighted by the team behind Medicus IT, you can hire an IT health expert to manage all aspects of your digital infrastructure so that you can focus on providing quality patient care. This way, you can ensure that your patients are getting the best possible care.

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.

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.

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."

It's time for pharmacists to get their technology forecasting hats on and be selective in choosing digital technologies, commented Prof James Woudhuysen, of London South Bank University, at the National Pharmacy Association (NPA) Conference, Pharmacy Odyssey, held on Thursday (13 October). In a session on 'Healthcare in tomorrow's digital environment', hosted by Fergus Walsh, Prof Woudhuysen opined that digitisation has its merit, but it's quite tricky, and slower than we imagine. "Mechanisation has a digital component that we can look to as a way out of the gloom of the moment. And in dispensing, labelling, prescribing, and many other features of the conventional retail pharmacist, there's a lot that could be done for productivity and automation," he said. Replying to a question on 'where are we at the digital front now and where can it go', Woudhuysen replied: "It's taken 20 years for the electronic prescription. It was Tony Blair, who wanted every prescription electronic. The mishaps on repeat prescriptions and all the rest of it are still quite intense. So, we need to remember that electronics is only as clever as software and then human input into it. There're still many mistakes.

One evening whilst I was watching TV, my phone pinged with an all too familiar WhatsApp alert with a message preview saying "Can you help". I recognised the name as one of our Titan pharmacy customers who was clearly in a state of panic. I replied offering my assistance and asked him what was up. What followed over the next 24 hours was an interesting case study of how innovative technology can genuinely solve real challenges in pharmacies. Mr P (let's call him that) had booked a locum to cover in his dispensary on the next day so he could focus on his vaccination service. The problem - his locum had just called to cancel his booking (no reason given) and now he had no cover. Meanwhile, he was fully booked with back to back appointments and could not cancel them. He had phoned round his usual network of pharmacists and no one was available at short notice. He was asking if there was anything that Titan could do to reduce his workload and said he had heard about Titan's artificial intelligence module. Unfortunately, Titan. X had not been installed at this site and was not an option at this late stage. Equally, Titan's digital workflow cannot be circumvented so there was no way steps could be taken out of the process.

It's no secret that as pharmacists we are navigating a new and more demanding healthcare landscape. Our role has changed significantly since the start of the 21st century due to increased expectations from the public, advances in science and technology and changing workforce pressures. The Community Pharmacy Contractual Framework for England has placed a higher focus on clinical service. In addition, the Covid-19 pandemic resulted in significant acceleration in changing how we work day-to-day and the public perception of our role. Community pharmacy owners and staff have been under relentless pressure for the last two years. Dispensing volumes are continually increasing but dispensing revenues are being replaced by launching new services. We must find solutions to reduce the time it takes to dispense medication so we can focus on these new revenue generating services. To not just succeed, but to thrive, it is becoming increasingly important to understand and embrace the technology available.

Emerging and advancing medical technologies reached new heights in 2020 and show no signs of stopping marching into 2021. The COVID crisis has led to many innovations and advancements, and it seems this trend isn't over yet. Full Article: https://www.hospitalrecruiting.com/blog/7111/advancing-medical-technology-2021/?fbclid=IwAR0cWYQgV0I2_7aut2mPwQn24fcrIEAveGkrWV2JYy9ee10F5zB_nnXUfJk #physician #EmergingTech #emergingtechnologies #medicaltechnology

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 UK government has awarded a £1.7 million contract to Ensilicated Technologies Ltd (EnsiliTech), a University of Bath spinout company dedicated to making vaccines safer, to develop the world's first thermally stable mRNA vaccine. mRNA vaccines have a huge potential to prevent infectious diseases and a range of previously unpreventable conditions, but currently, these vaccines require ultracold storage, needing to be kept at -70 or even -80 °C. The company's ensilication technology allows vaccines and other biological materials to be transported and stored without the use of refrigeration. Dr Asel Sartbaeva, co-founder and CEO at EnsiliTech, believes that the technology could save tens of thousands of lives every year. She commented: "We're so proud to have won this important government grant."

Science and technology help for the better lifestyles. It has transformed human life more efficiently. We must agree with this as not even a single field is there where we don't use technology. But still, research is ongoing for finding some new technologies by using previously available knowledge and techniques.

It may also be useful in case of organ absence. Also, we need to get the fully functional body tissue which is easy to transplant.

Healthcare IT makes the use of technology for better outcomes. Such applications will facilitate the reimbursement process and providers in general. P3, as an MIPS consulting service, assimilates with technology to report on behalf of the providers and value-based care will only benefit from these technological marvels.

Omnicell Limited, a wholly owned subsidiary of Omnicell - an American healthcare technology company, has signed an agreement with the shareholders of Hub and Spoke Innovations Limited to acquire Hub and Spoke Innovations. Hub and Spoke Innovations Limited is distributor of the Pharmaself24 prescription collection kiosk in Great Britain. The move will complement Omnicell's total solution technology portfolio for retail pharmacy in the UK, including a pack-pick dispensing robot, automated MDS filling machine and eMAR solution, thereby helping pharmacies to improve workflows and offer a 24/7 access to medications and patient care. It will also help community pharmacies achieve their goals, as they increasingly look at ways to make their businesses more efficient and free up staff to offer more pharmaceutical care and services to patients. In short, the deal would enable Omnicell to offer a wider range of digital technologies to streamline retail pharmacy operations, allowing pharmacists to spend more time with patients and focus on value-added, revenue-generating healthcare services, such as vaccinations.

Capitalising on strong demand for its obesity therapies, Novo Nordisk's growing appetite for deals has fuelled a bet on a U.S. gene-editing company called Life Edit Therapeutics. The Danish drugmaker's collaboration with Durham, North Carolina-based Life Edit Therapeutics - owned by ElevateBio, a cell and gene therapy company in Waltham - is focused on up to seven programs for rare genetic disorders as well as cardiometabolic diseases. At the heart of the tie-up is Life Edit's technology, called base editing, which is designed to make precise changes to the human genome by tweaking one base - or letter - into a different one without affecting other letters. Single-letter mistakes, called point mutations, can give rise to genetic diseases.

Bristol-based Titan PMR, a technology firm specialising in PMR systems for community pharmacies, is set to roll out an innovative platform named 'Titanverse,' that it claims will redefine pharmacy management, offering comprehensive solutions extending beyond prescription management. This new platform takes a versatile approach, efficiently managing all facets of pharmacy operations, from high-level management down to daily tasks, according to top company officials. "Our aim is to reshape pharmacies into genuine health hubs, providing advanced services and harnessing state-of-the-art technologies," said Tariq Muhammad, CEO of Titan PMR. "Titanverse, our latest offering, is positioned to ignite this transformation, revolutionising clinical services in the same way its predecessor revolutionised dispensing. With Titanverse, we have the vehicle to drive this vision forward, placing pharmacies at the forefront of primary care in the future." Titanverse adopts a Teams approach, catering to pharmacies with multiple locations or specific focuses. It furnishes real-time analytics and employs a color-coded rating system for swift performance evaluation. Moreover, the platform eases operations by enabling task delegation, encompassing clinical checks and dispensing, all while backing private services with adaptable templates and workflows.

Charac, an NHS-integrated one-stop platform for independent community pharmacies, and Positive Solutions, the fastest growing pharmacy IT provider in the UK, have agreed on a collaboration to support community pharmacies through new integrated technology platform - MyHealthHub. The tech platform aims to give pharmacies a powerful and compelling tool to both help retain and attract new patients. The app will also allow the over 7,200 independent high street pharmacies which are lacking a digital footprint to compete with larger online pharmacies by providing them with an online presence. The long-term strategic partnership brings together Charac's innovative approach to patient relationship management and Positive Solutions trusted expertise in digital solutions for pharmacy. With Positive Solutions' Analyst PMR used daily by 16,000 pharmacy team members to process over 87 million scripts and 180 million items, the collaboration will help transform patient engagement and continue driving service business to pharmacies across the UK using a new innovative, integrative technology platform, MyHealthHub. MyHealthHub will not only integrate with Analyst PMR, but also forms part of an entire new technology ecosystem from Positive Solutions, the Hx platform and will be entirely interoperable.

Immunogenicity refers to the capacity of a vaccine to provoke an immune response in the body. An effective immune response is characterized by the production of specific antibodies, activation of immune cells, and the development of immunological memory. The goal is to elicit a durable and robust response that can prevent or control infections. Leveraging Viral Vector Technology Viral vectors serve as essential vehicles for delivering antigenic proteins or genetic material into target cells, triggering an immune response. Biotechnology companies have been exploring advanced strategies to optimize viral vector design, aiming to enhance immunogenicity and improve vaccine effectiveness. Vector Selection: The choice of viral vector plays a crucial role in determining immunogenicity. Different viruses have unique properties and characteristics that can impact immune responses. Biotechnology companies meticulously select viral vectors that possess the desired attributes, such as the ability to infect target cells efficiently and induce strong immune responses. Genetic Engineering: Advanced genetic engineering techniques are employed to modify viral vectors, tailoring them to specific vaccine requirements. By introducing specific antigenic proteins or genetic material, researchers can stimulate the immune system to mount a targeted response. This precise manipulation enhances the vaccine's ability to elicit a robust immune reaction. Immunomodulatory Elements: Biotechnology companies are incorporating immunomodulatory elements into viral vector designs. These elements can enhance the immune response by stimulating various components of the immune system, such as antigen-presenting cells and T cells. By activating and priming these immune cells, the vaccine can generate a more potent and sustained immune response. Adjuvants: Adjuvants are substances added to vaccines to enhance their immunogenicity. They stimulate and amplify the immune response, improving the

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.

Suffering a brain injury is no easy thing. The plurality of potential symptoms meets with the potential long-term effects to create a poor prognosis for many unfortunate enough to experience them. But new technological leaps could pave the way to a better quality of life. What is a Brain Injury? The above question might seem a simple one, with a simple answer. But brain injuries are by no means simple, and by no means simply defined. There are two major categories under which a brain injury can fall: hypoxic and traumatic. Of civil brain injury claims in the UK, traumatic brain injuries (TBIs) are the most common - with 95% of claims revolving around some form of traumatic injury or incident. TBIs are brain injuries suffered as a result of a specific or direct injury. The brain is damaged through direct contact or the transfer of force. A direct strike to the head is in an assault or a serious fall might compromise the cranium, sending shockwaves of energy through the brain and potentially crushing the skull into the cranial cavity. Alternatively, a car accident or sudden stop might see the brain bashed against the occipital bone, causing internal trauma and intracranial hypertension. Hypoxic brain injuries refer specifically to injuries caused as a result of loss of blood or oxygen to the head. These injuries reflect birth injuries that might lead to cerebral palsy, or serious medical events that might alter the brain's response to stimuli. How are Brain Injuries Diagnosed and Treated? While the potential causes of a brain injury are plain to see, diagnosing a brain injury is not as straightforward. There are immediate symptoms that can indicate brain injury, such as the 'fencing response' which can indicate a severe rotational brain injury. Conscious patients might also exhibit difficulty speaking, remembering key pieces of information or responding to any stimuli.