Articles

Mobility equipment is often overlooked in elderly care, yet it plays a vital role in supporting independence, preventing falls, and improving health outcomes for seniors. From adjustable beds that aid circulation and breathing to scooters that reduce social isolation, assistive devices can significantly improve both physical and mental wellbeing. These solutions also ease the strain on carers, reducing injuries and stress in home and clinical settings. As healthcare systems look for ways to lower hospital admissions and promote preventive care, mobility equipment deserves recognition as an essential part of elderly care strategies. By making these tools more accessible, we can help older adults thrive while also reducing pressure on health services.
As populations age across the globe, heal…

By Erin Beveridge, Principal Clinical Researcher on the Imaging team at the AI centre of Excellence, Canon Medical Research Europe. Her primary research is in the fields of neuroradiology and women’s health.
The Urgent Need for Change Women’s Health isn’t a niche issue. It concerns the health of half the population. And yet, the gender gap in healthcare remains overlooked. Women’s Health issues have historically been under-researched, marginalised, and underserved. This systemic neglect has led to disparities in diagnosis, treatment, and overall health outcomes for women. Addressing these gaps is not just a matter of equality, it is a matter of equity and scientific necessity. The Male Default in Medicine On the face of it, it seems obvious that men and women are biologically different, an…

Orthobiologics are biologically derived therapies such as PRP, stem cells, and bone graft substitutes that enhance natural healing in orthopedics. They are used to treat fractures, tendon injuries, and degenerative joint disease.
Orthobiologics are biologically based therapies that support the body’s natural ability to heal musculoskeletal injuries. Derived from substances naturally found in the human body, they are increasingly used in orthopedics to accelerate recovery, reduce pain, and enhance surgical outcomes. With applications ranging from sports injuries to spinal fusion, orthobiologics are transforming how clinicians approach bone, tendon, ligament, and cartilage repair. What Are Orthobiologics? Orthobiologics use cells, growth factors, and biomaterials to promote healing at the…

3D bioprinting uses bio-inks made from living cells to create tissue-like structures for regenerative medicine, drug testing, and personalised implants. While challenges remain, it offers huge potential for future organ transplants.
3D bioprinting is redefining the boundaries of medical science, offering new possibilities in tissue engineering, regenerative medicine, and personalised healthcare. By using bio-inks composed of living cells, growth factors, and biomaterials, researchers can now print tissue-like structures that closely resemble the complexity of human organs. Unlike traditional 3D printing, which relies on plastics or metals, 3D bioprinting creates biological constructs layer by layer. The process typically begins with imaging and computer-aided design to create a digital blue…

Investigator-Initiated Trials have shifted from small academic projects to a powerful driver of clinical innovation. They address unmet patient needs, attract diverse funding, gain regulatory acceptance, and generate real-world evidence. However, investigators face barriers like regulatory complexity, operational burdens, funding gaps, and publication pressure. CROs play a crucial role by providing protocol design, regulatory navigation, trial operations, data management, safety monitoring, and publication support. For sponsors, IITs offer early innovation insights, post-marketing data, and stronger credibility
The Rise of Investigator-Initiated Trials: A CRO’s Guide to Enabling Innovation Investigator-initiated trials (IITs) have progressively shifted from specialized academic projec…

Clinical research studies are the backbone of medical progress this article explains five key types observational, longitudinal, cross-sectional, case-control and experimental helping you understand how each plays a role in advancing treatments and improving patient care.
Have you ever stopped to think about how a new medication gets from a scientist lab to your local pharmacy shelf? It is not just a guess or a hope it is a journey driven by the incredible power of data every medical breakthrough from a groundbreaking cancer treatment to a simple new vaccine is the result of painstaking and methodical work known as clinical research this field is all about asking the right questions and finding reliable answers that can change lives if you are fascinated by the science behind medicine or ar…

To become a successful Clinical Research Associate (CRA) start by completing a clinical research course to gain strong knowledge of research processes and regulations. Build practical skills through internships or entry-level roles and focus on clear communication and attention to detail. Staying updated with industry trends and certifications will help you grow in this rewarding career.
When you think about the incredible work that goes into bringing a new medicine to people who need it a key part of that effort is carried out by a person called a Clinical Research Associate or CRA. A CRA is a vital link between the company that makes a medicine and the doctors and hospitals that are testing it. They travel to different study sites making sure everything is done carefully and according to…

CRAs can elevate their careers into roles such as Project or Trial Manager and Medical Science Liaison—stepping into leadership, operational oversight, or scientific strategy after gaining hands‑on trial experience.
Many Clinical Research Associates (CRAs) eventually wonder: what’s next? Mike Wood outlines five compelling post‑CRA trajectories in clinical research, each delivering more strategy, leadership, or scientific impact. Clinical Project Manager (CPM): Lead entire trials, from budgeting to timelines and team coordination. Ideal for those keen on big‑picture involvement.  Clinical Trial Manager (CTM): Focus on operations—overseeing site performance, supervising CRAs, and keeping trials inspection‑ready. Great for aspiring leaders. Clinical Research Scientist / Medical Science…

The year is 2025 and the world has gone mad since late 2022 when ChatGPT blessed (and cursed) our lives. We're living in a world of computers talking to computers trying to find great talent or find a new opportunity. There is less and less human to human conversations going on which in turn is starting to create a BIG DENT in the industry.
AI is everywhere, from creating music, LinkedIn profile pictures or even turning your co-workers into a dancing spiderman, we cannot escape it. What else is there to do?  Embrace. Adapt. Learn. Adapt. Implement. Withdraw. Learn. Implement 2.0. Grow Job hunting perspective: LinkedIn is currently recording roughly 11,000 job applications per minute, this is staggering and a large chunk of it is down to AI automated applications. This puts huge amount of…

Ambient Voice Technology (AVT) is rapidly emerging as a solution to the ever-growing administrative burdens on clinicians, promising to transform how medical records are created and maintained. AVT tools capture, transcribe, and even summarise clinician-patient conversations, allowing healthcare professionals to reclaim valuable time for direct patient care. Yet, as the technology advances and artificial intelligence enters the conversation, so does the debate around its regulatory status, with NHS England now taking decisive steps to treat AVT not as a mere productivity aid, but as a medical device in its own right.
Ambient Voice Technology (AVT) is rapidly emerging as a solution to the ever-growing administrative burdens on clinicians, promising to transform how medical records are create…

Panthera Biopartnerscommercial clinical trials, has secured investment from leading private equity investor LDC to support its expansion plans and further enhance its clinical capabilities. Established in 2019 by co-founders Dr Ian Smith and Professor John Lyon, Panthera specialises in the recruitment of patients and running of Phase II and Phase III clinical trials. Its service offering spans trial planning, data collection and patient retention. Headquartered in Preston, Lancashire, the company operates six UK sites with two more planned and provides clinical trials for eight of the 12 largest pharmaceutical companies and all of the largest seven clinical research organisations (CROs).
Panthera Biopartners secures investment from LDC to accelerate expansion    Panthera Biopa…

ONWARD Medical Receives FDA IDE Approval to Initiate the Empower BP Pivotal Study with the ARC-IM System
ONWARD Medical Receives FDA IDE Approval to Initiate the Empower BP Pivotal Study with the ARC-IM System THIS PRESS RELEASE CONTAINS INSIDE INFORMATION WITHIN THE MEANING OF ARTICLE 7(1) OF THE EUROPEAN MARKET ABUSE REGULATION (596/2014) The investigational device exemption (IDE) allows initiation of a global pivotal study designed to assess the safety and efficacy of the ARCIM System®, an implantable neurostimulation technology developed to address blood pressure instability after spinal cord injury (SCI). Managing blood pressure instability is a major unmet need after SCI, with a significant impact on cardiovascular health and quality of life. Approximately 20 leading neurorehabilit…

Extrovis AG, a global pharmaceutical company focused on research-driven innovation, and Dr. Reddy's Laboratories Ltd. (BSE: 500124, NSE: DRREDDY, NYSE: RDY, NSEIFSC: DRREDDY, along with its subsidiaries together referred to as "Dr. Reddy's"), today announced the launch of Fluorouracil Cream, 0.5%, an authorized generic and therapeutic equivalent of Carac® (fluorouracil cream) 0.5%, in the US market, approved by the U.S. Food and Drug Administration (USFDA).
Extrovis AG and Dr. Reddy’s announce the launch of the authorized generic of CARAC (fluorouracil cream), 0.5% in the U.S.                                        Extrovis AGBahnhof Park 46340, Baar, Switzerland Media Relations Conta…

The looming changes to the UK Apprenticeship Levy are causing ripples across industries. For the healthcare sector, which often relies on Level 7 apprenticeships to address leadership skills gaps and workforce challenges, these changes are particularly significant.
The looming changes to the UK Apprenticeship Levy are causing ripples across industries. For the healthcare sector, which often relies on Level 7 apprenticeships to address leadership skills gaps and workforce challenges, these changes are particularly significant. “With Levy funding for new Level 7 apprenticeship starters aged 22 and over ending in January 2026, healthcare organisations need to act swiftly to capitalise on current funding opportunities before the December cut-off,” explains Steven Hurst, Director of Corporate L…

Science and technology rely on each other. Scientific progress fuels new technologies, while better technology helps science advance. But science faces a replication crisis. Many studies seem exciting but can’t be repeated. This slows discovery and delays innovation. If we want faster progress, we must fix how science is done and shared.
Science and technology rely on each other. Scientific progress fuels new technologies, while better technology helps science advance. But science faces a replication crisis. Many studies seem exciting but can’t be repeated. This slows discovery and delays innovation. If we want faster progress, we must fix how science is done and shared. Platforms like DeSci Publish, offer a way to make research more transparent, reproducible and openly accessible, helping…

The pharmaceutical and biotech manufacturing sectors are vital for delivering safe, effective therapies, and they offer a diverse range of high-demand career opportunities.
The pharmaceutical and biotech manufacturing sectors are vital for delivering safe, effective therapies, and they offer a diverse range of high-demand career opportunities. As innovation and regulation intensify, skilled professionals across various disciplines are crucial. Key roles include Pharmaceutical Production Operators, who ensure products meet stringent standards on production lines, and Manufacturing Technicians, who maintain essential equipment. Process Development Scientists optimize lab-to-scale transitions, while QA Specialists and QC Analysts uphold product and process integrity through rigorous compliance…

Use your engineering or pharma skillset, upskill in bioprocessing/GMP, network smartly, gain hands‑on lab experience, start with QA/QC roles, understand lean biotech culture, and tailor your CV to launch into biotech manufacturing.
Transitioning into biotech manufacturing from industries like pharma, engineering, or food production can be strategic with the right approach. Begin by exploring the biotech landscape—identify areas like biopharmaceuticals, industrial enzymes, or biofuels that align with your expertise and aspirations. Next, identify transferable skills; process engineering, automation, CQV (Commissioning, Qualification, Validation), compliance, communication, leadership, and project management are highly valued in biotech. Supplement your background with targeted learning—pursu…

Clinical trials are steadily becoming more complex, and the systems that support them must evolve in parallel to ensure efficiency, compliance, and data integrity. This complexity and change is most evident than in the way trial sponsors manage and collect clinical outcome assessment (COA) data. Once seen as a functional tool for tracking patient responses, electronic COA (eCOA) platforms are now seen as a foundational requirement for COA data collection and are often critical to trial success.
Clinical trials are steadily becoming more complex, and the systems that support them must evolve in parallel to ensure efficiency, compliance, and data integrity. This complexity and change is most evident than in the way trial sponsors manage and collect clinical outcome assessment (COA) data. Once…

In an era marked by rising energy costs, shifting regulations, and a growing demand for sustainable business practices, the cold storage industry stands at the crossroads of innovation and necessity. Energy efficiency is no longer a bonus—it’s a mandate. For businesses that rely on walk-in coolers and freezers, from restaurants and grocery stores to pharmaceutical labs and food distribution centers, future-ready refrigeration means embracing smarter, greener, and more efficient technologies.
The Future of Cold Storage: Innovations in Energy Efficiency By: Gian Carlo Alonso, President & CEO, Amerikooler  Why Energy Efficiency Matters Now More Than Ever In an era marked by rising energy costs, shifting regulations, and a growing demand for sustainable business practices, the cold sto…

Hackers know pharmaceutical robots are a lucrative avenue for priceless data. Pharmacies and hospitals must collaborate with manufacturers and analysts to formulate the most future-proof plans for medical robots. Communication will be the key to robust pharmaceutical tools that withstand any incoming onslaught from cybercriminals.
The medical sector has interwoven robotics into surgeries and research for decades, but they are becoming more essential and connected. From sensors to artificial intelligence capabilities, the amount of data and sensitive information they contain is a prime target for threat actors. Manufacturers and medical professionals must collaborate to create safe pharmaceutical robots to protect patients. Fortunately, many resources exist to combat concerns. How Are Robots…