26Jun

The impact of new technologies in the healthcare sector

June 26, 2025 tedisel

The insertion and impact of emerging technologies has transformed multiple sectors, with the healthcare field being one of the most benefited in recent years. These innovations include augmented reality (AR) and virtual reality (VR), which are often integrated into what is known as mixed reality or hybrid reality. This technological fusion is revolutionizing medical education, surgical planning and assistance in complex interventions.

AR and VR allow healthcare professionals and medical students to immerse themselves in simulated clinical environments, facilitating hands-on learning and skill acquisition in realistic and safe conditions. In the surgical context, these tools are especially valuable for planning complex procedures: the use of virtual models allows surgeries to be rehearsed before being performed on the real patient. A prime example is the creation of digital twins or virtual twins of anatomical structures, such as tumors and their environment, which can then be 3D printed. This provides the surgeon with an accurate representation of the surgical scenario, allowing him or her to anticipate and approach the intervention with greater safety and control.

This digitization process is complemented by other key advances such as robotics, artificial intelligence (AI), nanotechnology and other emerging tools that are redefining 21st century medicine.

Augmented reality (AR), virtual reality (VR) and extended reality (XR) provide numerous possibilities and solutions in medicine: from the training of new doctors and practitioners with simulators and immersive encyclopedias, programs to sensitize patients before an operation, to greater precision in surgical interventions thanks to robotics and virtual environments.

The Potential of Augmented Reality in Modern Medicine

Augmented reality consists of superimposing digital elements -such as images, graphics or data- on the real physical environment, enriching the perception of the world around us without replacing it. Unlike virtual reality, in AR the user maintains direct contact with the real environment, to which complementary computer-generated information is added.

This technology is implemented through devices such as smartphones, tablets or smart glasses, and allows interaction with digital elements in an intuitive and immersive way. Its potential in healthcare is vast and continues to grow rapidly.

Some outstanding examples of its application in health are:

Assistance in emergency situations

Applications that show, in real time, the location of automated external defibrillators (AEDs) in the immediate environment, enabling a faster response to cardiac arrest.

Improved blood collection

Using portable scanners, an accurate image of the venous system is projected onto the patient’s skin, facilitating venous access by healthcare personnel and reducing errors or failed attempts.

Surgical intervention support

AR software offers surgeons an “augmented view” of the human body, integrating enhanced images (such as CT or MRI scans) directly into their field of vision, allowing them to operate with greater precision and safety, as if they had “X-ray vision”.

AR represents a breakthrough towards a more visual, interactive and accurate medicine, improving both diagnosis and clinical and surgical procedures.

The Role of Virtual Reality in Healthcare Innovation

Unlike augmented reality, virtual reality offers a fully immersive experience that isolates the user from the real world. Using special glasses that fully cover the visual field, and in many cases motion controllers, VR allows the user to enter three-dimensional digital environments, interact with them and feel present in a simulated world.

In this experience, contact with the physical environment disappears completely, which opens the door to therapeutic, educational and rehabilitative applications of great value, especially in the field of health.

Some relevant examples of its use in medicine include:

Mental health

Virtual reality is used in controlled exposure therapies, relaxation techniques, concentration and stress reduction. It is especially useful in the treatment of phobias, post-traumatic stress disorder (PTSD), anxiety disorders or autism spectrum disorders, as it allows the recreation of specific environments in a safe and personalized way.

Reminiscence therapy for people with Alzheimer’s disease

Personalized virtual environments are created that transport the patient to significant places in his or her life, with the aim of stimulating memory and promoting emotional connection, thus helping to improve the quality of life of those suffering from dementia.

Physical rehabilitation

Through interactive exercises and games, VR is used to help patients recover mobility, coordination and muscle strength. Gamification of therapy increases motivation and adherence to treatment.

Virtual reality is emerging as a powerful and versatile tool in healthcare, providing innovative solutions for the treatment, rehabilitation and psychological well-being of patients.

Real cases of application of new technologies in hospitals

Below are some specific examples of hospitals in which Tedisel Medical has been actively involved, promoting the incorporation of innovative technologies such as technical panels and software.

Hospital Clínic de Barcelona
In 2018, the first experiences with virtual reality were carried out for patients undergoing surgery, with the aim of reducing preoperative anxiety, a common symptom in elective procedures that affects between 60% and 76% of patients.
According to Dr. Antonio de Lacy, head of the Gastrointestinal Surgery Service and promoter of the project

“The application is a starting point that will allow this technology to be used in other procedures that also generate anxiety in patients.”VR allowed patients to explore, in a safe and guided manner, environments designed to calm stress prior to surgery.

Hospital de Bellvitge

With the La Casa del Riñón project, virtual reality has been implemented as an educational tool for patients with chronic kidney disease. Through immersive experiences, patients can learn about and better understand the different treatment options -from home dialysis to transplantation-, which facilitates informed decision-making and promotes patient empowerment in a context of increasing incidence of this disease.

Hospital de la Vall d’Hebron
In 2018, the Smart ICU project , was launchedaimed at developing smart Intensive Care Units, equipped with advanced monitoring and diagnostic systems. All data generated by the devices are centralized in the Smart Display platform, which facilitates clinical decision-making and optimizes the management of the critical environment.
More recently, Vall d’Hebron has promoted the VHTDades platform, based on artificial intelligence, to securely and efficiently manage the entire lifecycle of clinical data. According to Dr. Yolima Cossio, director of Information Systems and Decision Support at the hospital:
“VHTDades permite democratizar el uso de los datos en toda la institución, no solo en el Hospital, sino también en el VHIR y el VHIO. Supone un paso más hacia la consolidación de nuestro modelo data-driven, basado en la evidencia científica y el análisis de datos. Además, ofrece una base sólida para el desarrollo de herramientas de inteligencia artificial y la detección de necesidades clínicas y de investigación.”

Quirónsalud Hospital Group

Quirónsalud has incorporated virtual reality in vestibular rehabilitation programs to treat patients with vertigo and imbalance This innovative technique not only improves functional balance, but also significantly reduces the associated symptoms and strengthens the patient’s confidence in their daily activities, offering a modern and effective alternative to traditional rehabilitation methods.

18Dec

The implication of artificial intelligence in medical equipment manufacturing

December 18, 2024 tedisel

Artificial Intelligence (AI) has almost completely transformed numerous areas within the healthcare sector, and the manufacturing of medical equipment is no exception.

With advances ranging from device design to the optimization of production processes, AI has driven a leap in the quality, efficiency, and personalization of healthcare technology in hospital equipment.

But what does the application of Artificial Intelligence in the manufacturing of medical equipment actually entail?

Optimized device design

AI helps design medical devices with unprecedented precision. Machine learning tools can analyze vast amounts of clinical and biomechanical data to create customized designs tailored to the specific needs of patients.

For example, algorithms can identify patterns in medical imaging data, such as X-rays or CT scans, to generate prosthetics that accurately replicate a patient’s anatomy.

Additionally, AI can predict device performance prior to manufacturing through virtual simulations.

Additive manufacturing, personalization, and automated processes

Additive manufacturing, such as 3D printing, has clearly benefited from AI. Printing parameters like temperature, speed, and materials are optimized to ensure consistent, high-quality results.

AI also revolutionizes production lines through intelligent automation. AI-guided robots are capable of assembling medical devices with micrometric precision, minimizing the likelihood of human errors.

Moreover, AI-based systems can predict the maintenance needs of production machinery by analyzing real-time data and using machine learning models to detect wear before it becomes a critical issue.

Benefits of AI in medical equipment manufacturing

AI enhances efficiency by optimizing every stage of manufacturing, from design to production and distribution. This results in lower costs and reduced time to market for new medical devices.

“Ability of artificial intellegence to accurately analyze data helps identify product defects long before they reach the market, enabling manufacturers to deliver customized medical devices at scale.“

Practical examples in the healthcare industry

Some noteworthy advancements include surgical robots performing procedures with remarkable precision, wearable devices for cardiovascular health monitoring, and smart glucose meters that aid in managing chronic conditions like diabetes.

Other innovative technologies include digital twins, which simulate treatments based on personalized data, and sleep tracking devices that improve rest and recovery for patients and athletes.

Challenges of AI in healthcare

Of course, it’s not all smooth sailing.

There are several challenges to address. For starters, the manufacturing of medical devices is highly regulated, and incorporating AI adds an extra layer of complexity. Manufacturers must demonstrate that their AI-based systems are safe, effective, and compliant with applicable regulations.

Furthermore, AI relies on large volumes of data to function well, raising concerns about patient information privacy and security. In addition to strict measures to protect this data, there’s the challenge of integrating AI with existing systems, which is not always straightforward.

Finally, there is a reliance on specialized talent, which can be difficult to recruit or find.

The future of the AI & medical equipment tandem

With the momentum of AI technology, its impact on hospital equipment is set to grow significantly in the short and medium term.

Emerging trends influenced by AI include:

Smart and connected devices
The integration of sensors and machine learning capabilities in medical devices will enable real-time patient health monitoring and automatic adjustments of device performance.

Enhanced simulation
AI-based models will simulate real-world conditions with greater accuracy, improving device design and validation.

“Artificial intelligence has permanently transformed the landscape of medical equipment manufacturing, enhancing the efficiency, quality, and personalization of devices.

16Dec

Care-Centered Work Environments: Designing Hospital Solutions for the Future

December 16, 2024 tedisel

In an ever-changing environment, where healthcare demands are rapidly evolving, the design of functional, safe and versatile workspaces stands as an essential component to ensure excellent services.

Careful and well-structured design not only optimizes the efficiency and productivity of healthcare staff, but also enhances clinical outcomes and ensures a safer and more satisfying experience for patients.

The Relevance of Strategic Planning and Design in Hospitals

Hospital architecture and strategic planning are critical to ensure efficient and sustainable operations over time. Forward-thinking hospital design not only improves daily workflows, but also enables agile integration of new technologies and adapts to the growing demands of the healthcare sector.

Every element, from spatial organization to the strategic placement of medical equipment, directly impacts the optimization of internal processes. These design decisions not only streamline daily activities, but also minimize the operational burden on staff, improving their performance and promoting a more functional and safer work environment.

“Effective planning not only responds to today’s needs, but anticipates tomorrow’s challenges, laying the foundation for a more resilient and adaptable healthcare system.“

Medical Supply Units: Ensuring Efficiency and Versatility

In critical areas of a hospital, such as operating rooms and intensive care units, medical supply units such as ABITUS, ARES, ATLAS and TOR play a vital role in organization, safety and work efficiency. These suspended and integrated solutions are designed with flexibility to adapt to the specific needs of each environment, optimizing space layout.

In addition to improving ergonomics and preventing disorganization, these units reduce risks associated with equipment handling and provide quick and orderly access to necessary supplies. With these innovations, healthcare professionals can focus on providing quality care without unnecessary distractions.

Hospital HC Miraflores

Infection Prevention and Control: A Non-Negotiable Priority

The control of hospital-acquired infections, known as nosocomial infections, is one of the greatest challenges in modern healthcare. These infections pose significant risks to both patient health and hospital operating costs, in addition to increasing the burden of care for healthcare personnel.

To address this, it is essential to implement robust hygiene and prevention strategies that include strict protocols and the use of advanced technologies designed to minimize the spread of pathogens. This proactive approach not only reinforces safety in all areas of the hospital, but also protects the health of patients and workers.

Comprehensive Services that Create Value

Our commitment goes beyond manufacturing quality products; we offer a comprehensive approach that seeks to enhance every hospital investment. We provide specialized technical support, personalized consulting and ongoing training to keep medical equipment operating at peak performance.

This approach not only prolongs the useful life of devices, but also ensures constant uptime, reducing downtime and maximizing overall hospital performance. With our solutions, we ensure that professionals can focus on what really matters: saving lives.

Hospital Materno Infantil Quirónsalud de Sevilla

Designing the Future of Healthcare

Creating care-centered hospital environments involves much more than infrastructure; it is a combination of intelligent design, technological innovation and continuous training. By providing solutions that optimize functionality, enhance safety and ensure sustainability, we are helping to build hospitals ready for the challenges of tomorrow.

“By combining strategic planning, advanced medical systems, rigorous infection control, and training and support services, we are setting new standards in healthcare, with an approach that puts both patients and staff first.“

26Nov

Optimizing Medical Device Interoperability in Critical Care Units: Key to Reducing Medical Workplace Stress

November 26, 2024 tedisel

Eighty-seven percent of medical professionals report that administrative tasks are one of the main sources of stress in the work environment. This challenge underscores the need to implement solutions that improve workflow efficiency, especially in critical areas such as Intensive Care Units (ICUs). The interoperability of medical devices and the adoption of electronic documentation are presented as essential tools to reduce administrative burdens, allowing healthcare teams to focus on what really matters: patient care.

Lessons from the pandemic

The COVID-19 pandemic highlighted the need for a robust healthcare system capable of relying on technology to optimize information management. This global challenge acted as a catalyst for the accelerated implementation of technological tools, marking a turning point in the digital transformation of healthcare.

“We envision a future where interoperability elevates the ability of medical teams to deliver personalized care in critical environments.”

Medical devices will be interconnected, forming secure and reliable networks that enable new clinical applications. These new clinical applications include decision-support systems, remote monitoring and process automation, fundamental elements for more efficient and accurate care. With our integrated solutions and expertise, we are leading this change in Critical Care and Intensive Care Units.

What is interoperability?

Interoperability refers to the ability of medical devices and systems to share and exchange data in a continuous, automated and secure manner within a standardized technology network. This functionality allows information to be processed efficiently, contributing directly to the improvement of healthcare.

Benefits of interoperability

1.Improved clinical outcomes
Interoperability helps prevent adverse events by leveraging human capabilities with intelligent technologies. This enables more immediate, personalized and accurate care, significantly minimizing the margin of human error.

2. Workflow optimization
By eliminating inefficiencies, interoperability reduces the risk of errors and staff burnout. It automates tasks such as data entry or device programming, and facilitates remote access to information in integrated formats. This accessibility speeds up decision-making in real time, improving the quality of care.

3. Preparing for a flexible future
Platforms for connected medical devices that are scalable, modular, secure and based on open standards are essential. These features ensure that systems can dynamically adapt to the changing needs of the healthcare sector.

4. Automated clinical documentation
Interoperability also strengthens clinical data management by automating electronic records.

This not only speeds up access to crucial information, but also reduces errors that could compromise patient safety, ensuring more reliable and accurate care.

Tedisel Advanced Solutions

At Tedisel Medical, we offer the Hermes Software solution, fully adaptable to our Diamond and QPanel technical panels. This tool facilitates the integration of reliable electronic data on therapies, patients and medical devices into hospital information systems. It also ensures that this data is available at the point of care, improving clinical decision making in an agile and accurate manner.

Key benefits

Reduced errors
Automating documentation minimizes errors and frees healthcare staff from tedious administrative tasks.
Improved patient care
Comprehensive, highly reliable data is at professionals’ fingertips at the critical moment of care.

Safety in critical environments: An essential priority

In critical areas, the protection of therapy and monitoring devices against unauthorized access and tampering is essential. Our commitment is to ensure a secure continuum of care, while protecting hospitals’ and patients’ sensitive assets and data, in compliance with current regulations.

Integrated cybersecurity measures

Robust protection on devices, systems and during data exchange.
Restricted access control to authorized users to ensure privacy and security of information.
Guaranteed security throughout the lifetime of our products, providing long-term confidence.

Centro de Salud CMA Granollers

Case Study: Innovation in critical care

Interoperability is a strategic pillar in modern healthcare systems. Public and private sector decision makers must embrace this technology to stay at the forefront of data management and quality of care.

A prominent example is the Virgen del Rocio University Hospital, which has implemented the ehCOS SmartICU system in its intensive care units. This system enables the automation of data capture from patient-connected medical devices, integrating them directly into the electronic medical record and other hospital systems. This approach has transformed the quality of critical patient care, demonstrating the positive impact of interoperability in healthcare.

The importance of automated electronic documentation

The integration of electronic clinical records enables rapid access to accurate information, reducing errors and improving patient safety. It also ensures the availability of data at the point of care to support clinical decision making.

Advantages of electronic documentation

Reduced risk of errors by automating records.
Increased patient focus by reducing administrative tasks.
Access to reliable and comprehensive medical data in real time.

Security in critical environments

In critical care, protecting devices and data is essential. Ensure a continuum of care while safeguarding sensitive hospital and patient assets and data. Implement robust cybersecurity measures that include:

Controlling access to systems and devices for authorized users only.
Security during data exchange.
Protection during the entire product lifecycle.

A future driven by artificial intelligence

Digitization is advancing rapidly, and interoperability is the next logical step in data management. Technologies such as artificial intelligence will play a key role in the analysis and processing of large volumes of information.

However, this transformation is not without its challenges. It requires investment in technological infrastructure and training of professionals to operate the systems effectively.

“An essential pillar for tomorrow’s healthcare: interoperability is crucial for current and future healthcare systems. Industry leaders, both public and private, must prioritize its adoption to keep pace in data management and ensure quality healthcare.”

18Nov

Incorporating Innovative, High-Quality Healthcare Technology: An Essential Challenge for Spain’s National Health System

November 18, 2024 tedisel

Do companies in the Healthcare Technology sector have an innovative DNA? Yes, without a doubt. This ability to continuously advance poses a challenge for Spain’s National Health System (SNS). To address this challenge, the Spanish Federation of Healthcare Technology Companies, Fenin, has introduced various solutions to facilitate rapid access to the latest technological innovations for patients and healthcare professionals.

“Technology and medical products play a decisive role in patient care. Our industry offers new solutions for patients’ clinical needs and the healthcare system’s challenges. It is essential to ensure access to these technologies so healthcare professionals can improve diagnoses and treatments. It’s impossible to build a future-focused healthcare system using outdated technology,” explained Pablo Crespo, Fenin’s Secretary-General, during a seminar.

To promote the adoption of “high-quality” healthcare technology within the SNS, Fenin proposes several measures. These include implementing public procurement models based on value to maintain care quality, restructuring care processes to enhance system efficiency, and fostering a culture of investment planning to prevent technological obsolescence in hospitals and health centers.

Quality, not just price, should be the determining factor in public healthcare technology procurement contracts. “Fenin works with health administrations to establish new procurement models where at least 50% of award criteria are linked to the value provided by the product or service. Only quality technology ensures precise diagnoses and safer treatments, ultimately improving health outcomes and SNS efficiency,” added Fenin’s Secretary-General.

“Fenin proposes harnessing the full potential of quality healthcare technologies and ensuring equitable access for healthcare professionals and patients.”

Hospital Duran i Reynals

Indexation of Public Contracts and Medical Products

Regarding public contracts and medical products included in pharmaceutical services, Fenin suggests that these contracts be indexed—allowing for price adjustments throughout their duration based on prevailing conditions—to ensure Spain remains competitive in providing patients with the best healthcare technology. Thus, Fenin proposes indexing to the Consumer Price Index (CPI), as previously allowed under the Public Sector Contracts Law until 2015.

Also tied to innovation within the SNS, the seminar addressed the renewal of the technology infrastructure in national hospitals. Despite the recent success of the INVEAT Plan—which facilitated the replacement and expansion of nearly 850 high-tech devices nationwide—Spain still shows “worrying levels of obsolescence in certain technology segments that did not benefit from the INVEAT Plan, exceeding the maximum recommended ‘useful’ life threshold (between 10 and 12 years) set by international organizations,” Fenin emphasized.

In this regard, Fenin calls for a national investment strategy to meet the so-called “Golden Rules” or “60-30-10” guidelines: 60% of equipment should be less than five years old, 30% between five and ten years, and no more than 10% over ten years old (considered obsolete). The ultimate goal should be zero obsolescence.

Clínica Mi NovAliança

Legislative Changes

Some of these initiatives require legislative changes. For example, reforming the Law on Guarantees and Rational Use of Medicines and Medical Products is necessary. This legislation—despite its name—is currently structured with the pharmaceutical sector in mind, rather than the Healthcare Technology sector.

“It has been 18 years since the catalog of medical products has been updated, and technological innovation in medical products dispensed with a prescription in pharmacies has been limited. This results in Spanish patients receiving products that are already discontinued in many European countries. It’s encouraging that the Ministry of Health is considering this legislative reform, but it must result in a regulation distinct from that governing medicines, given the technical and intrinsic differences in our sector,” concluded Pablo Crespo.

Hospital Universitario de Pilsen

24Jul

Tedisel Medical: Leader in Spanish Hospital Technology

July 24, 2024 tedisel

Spain’s leading hospitals have taken a step forward by choosing Tedisel Medical’s cutting-edge technology, according to data from the Spanish Healthcare Recovery Monitor (MRS). This preference is reflected in practically all medical centers in the country, where Tedisel Medical solutions have been adopted in critical areas, hybrid operating rooms, integrated operating rooms, intensive care units (ICU), hospitalization, and resuscitation rooms, among others. In both public and private healthcare, this technology supports the delivery of world-class medical care, as confirmed by the MRS, an independent study widely recognized for its thorough analysis of the reputation of the Spanish healthcare system.

Leadership in Public Healthcare

Highlighting achievements in the public sector, the Hospital Clínic de Barcelona is positioned as the second-best hospital in the country, with an outstanding score of 8,288, followed in fourth place by the Hospital Universitario 12 de Octubre with a rating of 7,825 points.

Innovation at Hospital Clínic de Barcelona

Both hospitals have been pioneers in the healthcare sector. For example, the Hospital Clínic in Barcelona has been innovative in incorporating integrated operating rooms, pioneers in Spain for “highly complex” neurosurgery operations. In this context, Tedisel Medical offered solutions adapted to the needs of this operating room, installing our technical panel model Q panel with 4 doors.

Expansion of the Hospital Universitario 12 de Octubre

On the other hand, the new expansion of the 12 de Octubre University Hospital in Madrid has been recognized as one of the largest hospitals in Spain. Inaugurated in 2023 by Isabel Díaz Ayuso, this extension was highlighted as a milestone in Spanish and European civil engineering. Tedisel Medical is proud to have contributed to the equipment of the critical areas, such as ICU and PACU, of this nationally leading hospital. This hospital has a full range of clinical specialties and cutting-edge technologies, and Tedisel Medical has been instrumental in providing innovative solutions to improve the quality of medical care, thus contributing to the construction of this state-of-the-art facility.

Leadership in Private Healthcare

In the private sphere, the QuirónSalud group stands out as one of the leaders, with several of its hospitals ranked among the top twenty. Hospital Universitario QuirónSalud Madrid ranks second with a total score of 6,810 points, while Hospital QuirónSalud Barcelona stands out in eighth place with a rating of 5,808 points.

Alliance with Tedisel Medical

The QuirónSalud group has achieved important achievements and has relied on our solutions and equipped various projects throughout Spain. For example, Hospital QuirónSalud Barcelona has been recognized as the best private center in Catalonia for the second consecutive year, climbing two positions and consolidating its place in the overall top ten, according to the IEH 2022. The Coordenadas Institute of Governance and Applied Economics carries out this ranking annually to analyze the excellence of the public and private hospitals in Spain that are most committed to the quality and sustainability of a universal healthcare system. It evaluates parameters such as quality of care, hospital service, patient welfare, and satisfaction, as well as innovative capacity, personalized care, and efficiency in the use of resources of these centers.

Analysis of the Spanish Hospital Network: An Overview of its Diversity and Quality

The hospital network in Spain stands out for its diversity and breadth, with more than 700 hospitals throughout the country, of which 342 are publicly owned and 429 are privately owned. This extensive healthcare system plays a key role in the health and well-being of the population, providing a wide range of medical services and specialties.

The Healthcare Recovery Monitor emerges as an essential tool to assess the quality and performance of these hospitals, involving a variety of healthcare professionals and experts in the field. Through this comprehensive evaluation process, it seeks to ensure that healthcare standards in Spain remain high and are continuously improved.

Highlighting Tedisel Medical’s contribution to improving healthcare in the country, it is impressive to see that 70% of hospitals in Spain have chosen to collaborate with our company. This endorsement reflects recognition and confidence in our ability to provide sustainable and innovative hospital equipment that positively impacts clinical outcomes and patient experience nationwide.

“In a context where quality and efficiency in healthcare are more critical than ever, Tedisel Medical reaffirms its commitment to delivering advanced technological solutions that drive excellence in healthcare. We are proud to contribute to improving the lives of patients in Spain and beyond, and we will continue to work to innovate and lead in the field of medical technology.”

04Jul

Artificial Intelligence: Innovating Healthcare and Pioneering the Future

July 4, 2024 tedisel

Artificial intelligence (AI) is revolutionizing the field of medicine, with applications ranging from speeding up the slow and costly development of new drugs to analyzing a patient’s genome. These emerging technologies enable the rapid learning and analysis of vast amounts of information from medical records, imaging tests and scientific advances, significantly transforming medical practice and research.

“Today, AI is defined as technology capable of simulating human intelligence processes, including: Learning, Reasoning and Self-Correction.“

Transforming the Pharmaceutical Industry

Innovation in the pharmaceutical industry is critical to the future of healthcare, and AI is transforming this sector. By streamlining therapy selection and improving clinical trial design, AI empowers our ability to develop and produce advanced medicines. This allows us to accelerate the availability of crucial treatments on the market, significantly improving the efficiency and effectiveness of the pharmaceutical process. In addition, AI can identify patterns and predictions that traditional methods cannot detect, thus optimizing every stage of drug development, from initial discovery to production and distribution.

Improved Diagnosis and Treatment

The ability of AI to analyze large volumes of data enables doctors to offer more accurate and effective diagnoses and treatments. According to engineer Juan José Cerrolaza, a researcher at the BioMedIA Laboratory at Imperial College London, “artificial intelligence is not going to replace doctors. It is an ally. AI can examine and learn from clinical data, identify early signs of disease and recommend personalized treatment options based on the latest scientific evidence.

Automation and Assistance in Radiology

Numerous tasks can be automated to assist the radiologist. AI can interpret medical images, detect anomalies and generate detailed reports, which not only increases the accuracy but also the speed of diagnoses. This is particularly beneficial in high-demand, high-pressure environments, where speed and accuracy are crucial.

AI in Psychiatry and Psychology

Artificial intelligence is also acquiring a very significant role in the fields of psychiatry and psychology. In this field, the development of computational studies that analyze messages posted on social networks stands out. These analyses make it possible to create algorithms capable of predicting the risk of a user suffering from some psychopathology.

Global Impact and Accessibility

In addition to improving work in advanced medical settings, AI is crucial for providing diagnoses in developing countries or remote areas where the lack of qualified medical personnel is a constant challenge. The ability of AI to examine medical images and produce accurate reports can have a considerable impact, improving access to healthcare and decreasing health inequalities globally. In resource-limited regions, AI can provide essential support, facilitating early and effective diagnoses that would otherwise not be feasible.

The Future of AI in Medicine

AI is only in the early stages of its integration into medicine. As technologies continue to advance and the global database grows, AI capabilities will expand, offering new solutions and further improving the quality of medical care. Collaboration between technology experts and healthcare professionals will be key to maximizing the benefits of AI and ensuring its ethical and effective implementation.

Facilitates medical decision making

Healthcare professionals follow a structured process when making medical decisions, considering the following aspects:

Access to objective and reliable evidence
the availability of reliable data and studies is critical to support medical decisions. Artificial intelligence can help collect and analyze large amounts of medical data, providing objective evidence to support clinical decisions.

Thorough research
Before making a decision, medical professionals conduct extensive research into the patient’s health problem, seeking to understand their medical history, available treatments and management options. Artificial intelligence can streamline this process by quickly accessing and analyzing large medical databases and scientific literature.

Interpretation of existing data
Accurate interpretation of medical data is essential for making informed decisions. Artificial intelligence can help interpret medical test results, diagnostic images and other clinical data, identifying patterns and trends that may go unnoticed by human professionals.

Risk-benefit assessment
Medical professionals must carefully weigh the risks and benefits of each treatment option or medical intervention. Artificial intelligence can help calculate and evaluate these risks and benefits, providing predictive analytics to help guide clinical decisions toward the best outcome for the patient.

In conclusion, artificial intelligence is playing a transformative role in medicine, spanning from pharmaceutical research to medical care in remote regions. The synergy between AI’s analytical capabilities and human clinical judgment is leading to significant advances in medical decision making, providing healthcare professionals with access to reliable evidence, streamlining research, improving data interpretation, and facilitating risk/benefit assessment. This combination of technology and human knowledge is redefining the healthcare paradigm, promoting a more efficient, accessible and accurate approach to improving global health and ensuring optimal care for all.

12Mar

The five big trends in healthcare technology for 2024

March 12, 2024 tedisel

From generative artificial intelligence to surgical robots, the big trends in healthcare technology for 2024 are moving at high speed on the back of constantly moving innovation.

Or what is the same: this 2024, technological advances are shaping major changes in how healthcare is provided around the world.

A health industry that has been experiencing an era of rapid advances in technological trends, revolutionizing the provision and accessibility of health services. As we look to the future, the year 2024 promises significant transformations in technology trends that will shape the new healthcare landscape.

At Tedisel Medical we are committed to the following segments of the healthcare industry as those with the greatest impact on healthcare in 2024.

1. The binomial artificial intelligence & healthcare

The artificial intelligence revolution in healthcare is already underway. AI algorithms can analyze large amounts of patient data, aiding in the accurate diagnosis of diseases, predicting treatment outcomes, and personalizing treatment plans.

We are talking about summarizing medical research and clinical notes, performing a multitude of tasks in less time, or simply addressing chronic problems in hospitals, especially for staff. Likewise, it will continue to help in the diagnosis of more diseases, especially through advanced imaging.

In 2024, we will see advances in machine and deep learning techniques, as well as real-time monitoring of health conditions and proactive interventions. Everything, to establish a future full of smart hospitals.

2. Wearable devices and apps: a growing partnership

More and more consumers are taking charge of their health thanks to the integration of wearables, portable devices and complementary apps, supporting the rise of telemedicine as remote patient care.

These devices, equipped with sensors and monitoring capabilities, allow for continuous monitoring of vital signs, activity levels, and other health parameters.

Thus, real-time virtual collaboration will allow platforms to redefine how health professionals communicate and collaborate, especially in remote or underserved areas.

Through video conferencing, teleconferencing, and secure messaging, healthcare teams can collaborate in real time, regardless of their geographic locations.

3. The most sustainable health technology

Today, consumers demand that their healthcare be as sustainable as their transportation, food and housing. Or at least, heading towards it.

Consequently, health technology companies have been incorporating decarbonization into their medium and long-term business strategies and committing to new waste elimination and packaging reduction efforts.

As we said before, telemedicine also helps to reduce emissions even further, and is being a key factor about which new developments continue to appear.

“Today, consumers demand that their healthcare be as sustainable as their transportation, food and housing.“

4. Surgical robots

The rise of surgical robots is another of the big trends in healthcare technology in 2024, an unstoppable development as the technology is more easily adopted in operating rooms around the world.

In fact, the global surgical robot market is expected to reach a value of around €14 billion by 2030, almost quadrupling what it is today. Some surgical robots are already connected to artificial intelligence platforms to improve surgical decision-making, especially through augmented and virtual reality as a training tool for surgeons.

5. Fairness, privacy and access to data

As artificial intelligence takes on a larger role in healthcare, it is imperative that data is collected, analyzed, interpreted and distributed without bias. Some industry observers believe blockchain technology, also on the rise in the healthcare sector, can help.

However, in the coming months, data analysis will be the agent that plays a crucial role in health, providing very valuable information for decision making, improving patient outcomes and increasing operational efficiency.

For now, however, healthcare organizations are investing more in data privacy and embracing greater ethical use of artificial intelligence.

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