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Women Health Care in the Digital Era: How Cellma Supports Connected Care
The renewed NHS Women’s Health Strategy is reshaping expectations around how healthcare systems respond to women’s experiences.
Women’s voices are now influencing funding, accountability, and service improvement across the NHS. This means healthcare providers are expected not only to deliver treatment but also demonstrate measurable outcomes, coordinated pathways, and improved patient experiences.
Cellma Patient Portal for Efficient Hospital Operations
Digital transformation is a necessary part of the evolution of health care. Cellma is aligned with the NHS 10-Year Plan and supports its key priorities, including digitally enabled care, reduced wait times and greater patient-centred efficiency in delivering services.
Interoperability in Healthcare with Cellma
With Cellma, interoperability in healthcare is not an added capability, it is the foundation of the platform. Designed for both NHS and global healthcare ecosystems, the Cellma ecosystem enables providers, hospitals, and healthcare networks to deliver connected, data-driven care across regions, services, and care settings.
With Cellma, interoperability in healthcare is not an added capability, it is the foundation of the platform.
Designed for both NHS and global healthcare ecosystems, the Cellma ecosystem enables providers, hospitals, and healthcare networks to deliver connected, data-driven care across regions, services, and care settings.
Cellma Telemedicine & Virtual Care: Powering Remote Patient Management at Scale
Cellma is not just compatible with NHS strategy – it is architected around it. The NHS 10-Year Plan places digital transformation and the shift from hospital to home at its core, and Cellma’s development roadmap mirrors that ambition precisely. From supporting virtual ward programmes across various NHS Trust implementations, to enabling the neighbourhood care centre model that brings multidisciplinary teams closer to communities, Cellma is designed to operate at every tier of the new care architecture.
Digital transformation is a necessary part of the evolution of health care. Cellma is aligned with the NHS 10-Year Plan and supports its key priorities, including digitally enabled care, reduced wait times and greater patient-centred efficiency in delivering services.
Across the UK and around the world, virtual care is rapidly redefining how healthcare is delivered. As outpatient demand grows, chronic conditions rise, and hospitals or health institutions struggle with increasing pressures, healthcare systems are pivoting toward models that prioritise remote access, proactive monitoring, and digital-first patient engagement.
AI in Healthcare: How Cellma Powers Smarter Care
Electronic Health Records (EHRs) and Electronic Medical Records (EMRs) were initially developed to substitute for physical files, render patient information traceable, and accelerate access to medical history. Today, however, healthcare has moved past information technology systems that simply house information, healthcare needs digital platforms that can think, assist, and act.
The Right Modern Primary Care PMS for Efficient, Scalable GP Delivery
Primary care is the foundation of any health system. Primary care physicians are the first point of contact for patients seeking advice, preventive services, or referrals to specialists. Within the primary care sector, general practitioners (GP) address acute consultations, chronic illnesses, preventative services, make referrals and coordinate with community services.
Diabetes Management: Smarter Care with Cellma
Diabetes is among the fastest-growing medical conditions globally, and it affects millions, imposing heavy burdens on the healthcare system. Treatment and management of diabetes require ongoing tracking, evidence-based practice, and smooth coordination of primary care physicians, specialists, and laboratory tests. That is where an effective EHR software such as Cellma, can be applied in treatment and management of diabetes. By bringing patient information to the centre, clinical processes are streamlined, and decision-supporting systems are incorporated, Cellma enables clinicians to provide more efficient and individualised diabetes care.
Key Trends in EHR in 2026 Shaping Global Healthcare
As global healthcare systems continue to evolve, EHRs and EMRs are transitioning into a next phase by 2026, where simply digitising a record or adhering to government regulations for compliance no longer serves as a metric for success. In the UK, this evolution aligns with the emerging 10-Year Health Plan, which position interoperable, digitally enabled systems as central to future care delivery.
AI in Healthcare: How Cellma Powers Smarter Care
Electronic Health Records (EHRs) and Electronic Medical Records (EMRs) were initially developed to substitute for physical files, render patient information traceable, and accelerate access to medical history. Today, however, healthcare has moved past information technology systems that simply house information, healthcare needs digital platforms that can think, assist, and act.
Gastroenterology Department Care with Cellma
Gastrointestinal diseases impact millions across the world; from the common gastrointestinal infection or chronic inflammatory disease to functional disorders with links to psychological conditions. The gastroenterology department is required to consider the variety of presenting symptoms, perform urgent interventions and develop or initiate an ongoing plan for management across disciplines. Distinction, speed and cross-collaboration are inherently required.
Improving Patient Experience in Dental Care with Cellma
Transforming Care in the Neonatal and Paediatrics Department with Cellma
As healthcare continues to evolve, the Neonatal and Paediatrics Department is an area where efficiency, accuracy, and safety must remain uncompromised. The neonatal and paediatric periods of life inevitably come with complex healthcare demands, and it is crucial that care is coordinated.
Delivering Results: How Cellma Supports Medical Oncology Departments
Medical oncology provides lifesaving treatments like chemotherapy, targeted therapies, and immunotherapies to the patients fighting with cancer. Managing patients smoothly while maintaining smooth workflow along with the fact that treatment needs to be delivered to these patients in an error-free manner poses a huge challenge to the medical oncology department. This blog highlights the challenges of medical oncology departments and how our advanced EHR/EPR software, Cellma, can enhance patient care and optimise the functioning of the department.
How AI Turns EPR Data into Real Action for Hospitals
Electronic Patient Records (EPRs) hold a huge amount of information. But on their own, they often act like storage cupboards — full of data, but hard to use quickly.
This is where AI transforms EPR data from static records into actionable insights. Using machine learning, natural language processing, and predictive analytics, AI helps hospitals deliver more personalised care and run day-to-day operations more smoothly.
AI Adoption Is Now Widespread
AI is no longer experimental in hospitals — it’s becoming essential:
80% of hospitals use AI to improve patient care and operational efficiency
94% of healthcare organisations see AI as core to how they operate
86% already use AI extensively
Physician use of AI jumped to 66% in 2024, up from 38% previously
This rapid growth shows that teams are moving from testing AI to relying on it.
From Data to Decisions
AI helps make sense of EPR data by:
Reading both structured data and free-text clinical notes
Spotting patterns that humans may miss
Predicting what might happen next, not just recording what already happened
This allows hospitals to move from reacting late to acting early.
Clear Benefits for Operations and Care
Hospitals using AI-driven analytics are seeing real results:
39% of leaders report major improvements by using analytics to reduce inefficiencies and improve patient flow
92% of healthcare leaders believe automation helps address staffing shortages
Reduced burnout as staff spend less time searching for data
Fewer readmissions due to better insight and planning
When AI highlights risks and bottlenecks early, teams can act before problems grow.
What This Means for Hospital and IT Teams
For hospital professionals, AI-powered EPR insights mean:
More personalised patient care
Better use of staff and beds
Less guesswork in daily decisions
For IT teams, it means:
Supporting AI tools that work directly with EPR systems
Ensuring data quality and governance
Helping clinicians trust and use insights confidently
The Big Picture
EPR systems are no longer just digital filing cabinets. With AI, they become living systems that guide care, improve efficiency, and support staff.
By turning data into clear, timely insights, AI helps hospitals work smarter — for patients, clinicians, and operations alike.