Group items tagged

The newly-formed All-Party Parliamentary Group (APPG) for Life Sciences has written to Chancellor of the Exchequer Rachel Jane Reeves, urging her to protect and promote the life sciences sector in the government's first Budget. The group, which includes MPs and peers, convened for its first meeting in Parliament on Tuesday (15 October) to discuss the steps the Labour government should take to ensure that the UK remains a global leader in life sciences research and commercialisation. Following the meeting, the group sent a letter to the Chancellor, expressing their support for the Labour Party's life sciences strategy, A Prescription for Growth, which was published before the general election. They urged the Chancellor to maintain government funding for life sciences research and manufacturing, as well as the tax reliefs that encourage investment, in the Budget set for 30 October. Kit Malthouse MP, chair of the APPG, emphasised the potential of the life sciences sector, saying, "The Life Sciences sector holds out an incredible promise that the UK can be at the forefront of humanity's battle with disease and at the same time build a 21st century knowledge-based economy.

"The UK remains genuinely world-leading for life sciences in numerous areas - yet we continue to underperform on our potential," said Richard Torbett, Chief Executive of the Association of the British Pharmaceutical Industry (ABPI). His statement is based on recent government data indicating that the UK is not fully capitalizing on its strong historical and institutional advantages in life sciences across a range of economic, health, and research indicators. The latest 'Life sciences competitiveness indicators 2024' report from the government's Office for Life Sciences revealed that while the pharmaceutical industry leads in R&D spending with £9 billion in 2022, representing a fifth of total business investment, the country saw a notable decline in foreign direct investment (FDI), industry clinical trials, and exports. In 2023, FDI dropped by 21 per cent to £0.8 billion, following a trend that saw a 52 per cent decrease over the previous two years, including a £0.9 billion fall in FDI the year prior.

The UK must act swiftly to fend off competition if it wants to build the world's leading life sciences sciences hub, a new report suggests. A year on from the launch of the government's life science vision, the report commissioned by the the Association of the British Pharmaceutical Industry said although achieving the ambition remained feasible, the UK would need an attractive business environment because its competitor countries were becoming more adept at attracting investment. To achieve the ambition of the vision, the PwC-produced report suggested raising pharmaceutical R&D investment in the UK to build a 'stronger manufacturing and research infrastructure', alongside better investment in, access to and uptake of innovative medicines. It said the UK would also need to adopt a renewed approach to the priority healthcare challenges identified in the government's 'Life Science Vision', which would mean cutting the overall burden on health of dementia, cancer, cardiovascular and respiratory disease and mental health. The report quantified the size of the prize if the vision was implemented in full and the UK could emulate the successes of leading EU countries, which included: £68 billion in additional GDP over 30 years, owing to increased R&D investment £16.3 billion additional annual GDP from increased pharmaceutical exports Supporting 85,000 additional jobs Up to 40 per cent decrease in disease burden across the whole UK - for areas like cardiovascular disease, mental health conditions and Cancer. Reduced variation in speed of access to new medicines within three months of licensing for all NHS patients.

Indian pharmaceutical company Glenmark Life Sciences (GLS) has rebranded as Alivus Life Sciences, following its acquisition by consumer goods holding conglomerate Nirma Limited. It is a leading developer and manufacturer of select, high-value, non-commoditized, active pharmaceutical ingredients (APIs) in chronic therapeutic areas such as cardiovascular disease, central nervous system disease, pain management and diabetes. In March 2024, Nirma Limited, headquartered in Ahmedabad, India, acquired a 75 per cent majority stake in Glenmark Life Sciences, becoming the new promoter of the company. The pharmaceutical company has described the rebranding to Alivus Life Sciences as "an exciting new chapter" in its journey. In a press release, the company explained: "The change is reflective of the company's evolving vision aimed at further strengthening its global presence and a commitment to providing innovative solutions in the API and contract development and manufacturing organization (CDMO) space.

The 'Life and Health Sciences Launchpad' has been introduced to focus on the precision medicine sector. It would help businesses and researchers to level up their impact on economic growth within the region. The launchpad has been funded by Innovate UK, part of UK Research and Innovation (UKRI). Kerry Curran, Director of GB & EU Trade in the Department for the Economy hailed the decision to support NI's "trailblazing" sector. She said: "Life and Health Science, including our highly innovative precision medicine cluster, is an area the Department is also prioritising through its 10X Economy Vision, and this Launchpad represents a further endorsement of the world-leading growth potential of precision medicine, and indeed life and health science, in Northern Ireland.

The UK Government is investing £100 million to accelerate the use of AI in life sciences and healthcare under a new mission. UK Prime Minister Rishi Sunak announced the AI Life Sciences Accelerator Mission in his speech last week. The new initiative will capitalise on the UK's unique strengths in securing "health data and cutting-edge AI." It will also help to identify those at risk of "dementia" and will ensure that patients participate in the trials at the right time to develop new treatments effectively. Henceforth, it will provide us with better data on how well new therapies work. Sunak said: "AI can help us solve some of the greatest social challenges of our time. AI could help find novel dementia treatments or develop vaccines for cancer."

The Association of the British Pharmaceutical Industry (ABPI) has laid out a series of urgent actions it wants the newly elected Labour government to implement within its first 100 days in office. Among the top priorities, the ABPI has emphasised the urgent need to appoint a new Chair and Chief Executive for the Medicines and Healthcare products Regulatory Agency (MHRA). Additionally, the ABPI has urged the new government to launch the Life Sciences Manufacturing Capital Grants Facility without delay. Other measures the ABPI wants Labour to prioritise include: Rapidly passing outstanding UK clinical trials legislation to enhance the UK's attractiveness for inward investment, including into research within the NHS. Increasing commercial flexibility in the NHS England Commercial Framework for New Medicines to remove barriers for companies to launch new medicines and indications so that NHS patients can access the latest innovative medicines.

The UK government has announced the launch of a new joint public-private investment programme aimed at accelerating patient access to cutting-edge treatments, enhancing clinical trials, and bolstering the country's medicines manufacturing capabilities. Supported by up to £400 million of investment, the Voluntary Scheme for Branded Medicine Pricing, Access and Growth (VPAG) Investment Programme is set to inject significant resources into the UK's health and life sciences sector over the next five years. Believed to be the world's first major public-private collaboration of this scale globally, the VPAG Investment Programme is designed to boost economic growth and the global competitiveness of the UK's life sciences sector. It aims to strengthen the NHS by supporting innovative research and creating 18 new clinical trial hubs to fast-track the development of new medicines for patients. The programme will also streamline processes to ensure the rapid transition of new treatments from labs to wards, providing patients with faster access to cutting-edge treatments. Health and Social Care Secretary Wes Streeting hailed this private investment as "a significant vote of confidence in the UK" highlighting that it will fast-track the next generation of treatments to NHS patients.

Published 25 February 2014 Cambridge Healthtech Associates (CHA) has announced a new program to accelerate innovation in life sciences and health care. Announcing the launch of the first-ever tool in life sciences and health care to evaluate and rank new technologies and services via an end-user process.

Diagnostics developer MDNA Life Sciences has partnered with Aspire Pharma to introduce the new Mitomic Prostate Test (MPT) for clinical use in the UK.

Boehringer Ingelheim's UK & Ireland managing director Uday Bose has been elected chair of the European Medicines Group (EMG). Established in 2001, the EMG is a voice for UK operations of continental European headquartered research-based pharmaceutical companies and seeks to promote a dialogue between the UK Government, the NHS and wider stakeholders. "I am delighted to share the news that I have been elected chair," Bose wrote in a LinkedIn post, adding: "I look forward to working with the EMG to help support the ambition set out in the Life Sciences Vision for the UK to be a world leader in life sciences." Bose is a vastly experienced pharmaceutical industry leader who has had over 20 years' experience spanning general management, health economics, sales and marketing roles with national, regional and global accountability.

The government has launched a consultation into radically changing the Statutory Scheme for branded medicines (known as the Statutory Scheme). The consultation comes as delicate negotiations for replacing the alternative Voluntary Scheme are underway, potentially undermining these talks, while also further damaging industry confidence in the UK as a viable place to research, launch and supply medicine. The government proposals seek to hold average revenue clawback rates under the Statutory Scheme at historic highs of between 21-27%, compared to the pre-pandemic averages of 9.4% for the Statutory Scheme (2019-2021), and 6.88% for the Voluntary Scheme (2014-2021). The accompanying cost-benefit analysis ignores any negative impact this may have on medicine supply and wrongly claims it will boost investment. The consultation comes on the heels of government data last week showing UK life sciences foreign direct investment (FDI) fell by 47% between 2021 and 2022, down by £900m year on year. This large fall in investment coincided with a rise in the main UK clawback rate under the Voluntary Scheme from 5% to 15%, and led to the UK falling from 2nd to 9th out of 18 comparator countries for life sciences FDI in 2022. The Voluntary Scheme clawback rate now sits at a record 26.5% in 2023.

Computer Science Tuesday, April 25, 2023 Computer hardware Computer hardware is the physical components that make up a computer system. It includes everything from the central processing unit (CPU) to the monitor, keyboard, and mouse. Understanding the different types of hardware and how they work together is essential for anyone who works with computers. In this article, we will explore the various components of computer hardware, including internal and external components, and the peripherals that connect to them. We will also discuss the importance of hardware maintenance, the latest advancements in computer technology, and factors to consider when choosing the right hardware for your needs. Whether you are a computer technician, a gamer, or simply someone who uses a computer for everyday tasks, this article will help you better understand the world of computer hardware. Introduction to Computer Hardware Computer hardware refers to the physical components that make up a computer system. It includes everything from the processor and memory to input/output devices such as the keyboard and monitor. In this article, we will explore the different types of computer hardware and their functions. What is Computer Hardware Computer hardware refers to the physical components of a computer system. It includes all the components that can be touched, seen, and used to interact with a computer, such as the monitor, keyboard, and mouse. Hardware is different from computer software, which refers to the programs and applications that run on a computer system. History of Computer Hardware The history of computer hardware dates back to the 1820s when Charles Babbage, an English mathematician, and inventor, designed the first analytical engine, which was considered to be the first mechanical computer. With time, more complex electronic computers were developed, including the first Intel microprocessor in 1971. Since then, computer hardware has continued to evolve, becoming

The Department of Health and Social Care (DHSC) has created a new NIHR Research Delivery Network (RDN) to support the successful delivery of health and social care research in England. The network, which will start operating from next year, will play a critical and active role in implementing government policies. It will support in implementing the Life Sciences Vision, the Future of UK Clinical Research Delivery vision, and policy for life sciences research and development. The new network would be mainly working on growing the amount of commercial clinical research as its key strategic ambition. Also, NIHR RDN will be responding to the findings of the Lord O'Shaughnessy review, which set out a clear blueprint for how the UK can return to its global leadership role.

The Association of the British Pharmaceutical Industry (ABPI) has proposed a Voluntary Scheme for Pricing, Access and Growth (VPAG) that aims to deliver a sustainable approach to medicines provision and maximise the growth potential of the UK life sciences industry. It has published the industry's vision for a new agreement with the government which will deliver for patients, the NHS and the economy. VPAG also includes measures to ensure rapid patient access and adoption of new medicines, as well as opportunities to improve health outcomes and productivity for the whole country. The association's proposals consist of four key areas: restoring an internationally competitive commercial environment for life sciences; supporting UK clinical research and R&D; ensuring rapid patient access and uptake of new medicines; and improving population health and productivity through health innovation. The proposal would deliver over £1bn a year to the NHS - around £300m more than the average delivered under the old scheme before 2023, and comfortably more than the highest contributions ever made before the pandemic.

The government on Wednesday (March 2) announced an investment of £260 million to support research, development and manufacturing of new drugs, devices and diagnostics. Of the total funding, up to £200m has been allocated for research to better access NHS data through Trusted Research Environments and digital clinical trial services, enabling availability of crucial data with the highest levels of privacy. This will allow the NHS to deliver new life-saving treatments to patients, tackle health inequalities and improve patient care, a government release stated. The remaining £60m will support commercial-scale manufacturing investments by companies at the leading-edge of innovation, from cell and gene therapies and earlier and better diagnostic technologies, to medical devices. The funding for manufacturing investments will be distributed through the new Life Sciences Innovative Manufacturing Fund (LSIMF), following the success of the earlier Medicines and Diagnostics Manufacturing Transformation Fund.

Includes latest collection of China Agricultural science research and test development industry companies with annual revenue above 5 million USD.

Accord Healthcare is set to expand its manufacturing and production capabilities for high-quality medicines at its Fawdon plant in Newcastle upon Tyne, England, following a new multi-million-pound investment deal with the government. Chancellor of the Exchequer Rachel Reeves launched the new Life Sciences Innovative Manufacturing Fund (LSIMF) and announced the unlocking of a joint £50 million investment deal during her visit to the Fawdon plant on 1 November. Unveiled as part of a new budget, the LSIMF will distribute up to £ 520 million in capital grants aimed at drug and medical technology production. Accord stated that it will allocate the funding towards developing new product lines, including a novel prostate cancer drug and two autoimmune injectables for treating rheumatoid arthritis and gastroenterology indications, as well as expanding its medicines for adjunctive therapy in cancer. With this investment, Accord also plans to create over 50 new skilled jobs to "safeguard the facility's long-term future." Paul Tredwell, executive vice president of Accord Healthcare EMENA, welcomed the announcement and described it as positive news for the medicines manufacturing industry across the UK.

In this fast paced world human beings are living a luxurious life due to good science most of the works are done by machines, but this lack of physical activity has give way to many diseases and obesity that is considered to be the root cause of many health complications especially it is included into the major risk factors of breast cancer. Obesity is the result of unhealthy diet full of fats instead of healthy balanced diet and lack of physical activity so it must be kept at distance by adopting healthy life style.

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.