Ceiling supply units in operating rooms and ICUs
Ceiling supply units help organize medical gases, power, data and medical devices in operating rooms and ICUs, improving ergonomics, safety and clinical efficiency.
ICU hospital design: technology, ergonomics and efficiency
ICU hospital design is evolving toward smart environments where technology, ergonomics, and integrated equipment improve efficiency and patient safety.
Optimizing workflow and safety in operating rooms, ICUs, and critical care wards to improve patient care
Hospitals and healthcare centers are currently facing one of the greatest challenges in their history: the constant increase in patients, the growing complexity of clinical procedures, and a shortage of healthcare personnel. This situation necessitates improved coordination, communication, and operational efficiency, especially in highly complex areas such as operating rooms, Intensive Care Units (ICUs), and critical care wards.
In this context, healthcare technology companies like Tediselmedical have developed advanced digital solutions based on the interconnection of devices, software, and hospital systems. These technological solutions allow for real-time patient flow management, resource optimization, and improved clinical safety, generating a direct impact on the quality of care.
This article analyzes in depth how digitization and intelligent workflow management are transforming the hospital environment, bringing tangible benefits to patients, healthcare professionals and organizations.
The importance of patient flow management in hospitals
Patient flow management is a strategic process that encompasses the coordination of people, resources, information, and time within the hospital. In critical areas, any delay or error can directly impact patient safety and clinical outcomes.
Among the main challenges are:
- Overburdened care
- Lack of real-time process visibility
- Frequent workflow interruptions
- Inefficiency in the use of resources
- Safety and hygiene risks
- Communication problems between teams
Digitization allows us to address these challenges through interconnected systems that provide real-time data and automated processes.
Digital ecosystems for operating rooms, ICUs and critical care wards
A digital hospital ecosystem consists of the integration of medical devices, technical infrastructure, and HERMES software on a single platform that connects information and operations.
This approach enables:
- Centralized control of equipment and resources
- Real-time communication between professionals
- Continuous monitoring of patients and processes
- Automation of operational tasks
- Improved clinical traceability
In operating rooms and ICUs, where precision and time are crucial, this integration reduces variability and improves the coordination of the healthcare team.
Horizontal and vertical interconnection
Interconnection is the key element that enables the efficient functioning of the digital ecosystem.
Horizontal Interconnection
Refers to the connection between patient-centered devices within the same room. Examples:
- Vital signs monitors
- Roof supply units
- Surgical lighting systems
- Anesthesia equipment
- Infusion Pumps
This integration facilitates immediate access to information and allows device synchronization
Vertical Interconnection
This refers to the connection between devices and hospital information systems. This enables:
- Automatic recording of clinical data
- Environmental control of the room (temperature, humidity, lighting)
- Alarm and notification management
- Integration with surgical planning
- Optimizing the use of resources
In a modern operating room, ceiling supply units can incorporate software that controls brakes, circadian lighting, and specific equipment functions, while integrating with the hospital’s information system to manage environmental and operational parameters.
Benefits of digital patient flow management
- Greater departmental efficiency
Automation and real-time visibility allow for reduced downtime and optimized surgical scheduling, improving hospital productivity. - Saving work time
Digital systems eliminate repetitive manual tasks, reducing unnecessary movement within the room and freeing up time for clinical care. - Error Reduction
Device integration and automatic data logging decrease human error, especially in critical environments where accuracy is essential - Workflow optimization
Standardized processes and centralized communication allow for improved coordination between multidisciplinary teams. - Greater safety and hygiene
Equipment traceability and procedure monitoring contribute to compliance with safety and infection control protocols. - Improved patient experience
Faster, more coordinated, and safer care directly impacts patient satisfaction and better clinical outcomes.
Impact on healthcare professionals
Digital transformation not only benefits the patient, but also the healthcare staff.
- Reduction of work-related stress
Automation and process visibility reduce uncertainty and the cognitive load on staff. - Improved communication
Integrated systems facilitate coordination between anesthesiologists, surgeons, nursing and technical staff. - Greater safety at work
Monitoring and centralized control allow for the detection of risks and rapid action. - Facilitating clinical work
Immediate access to relevant data improves decision-making and healthcare efficiency.
Impact on hospital management
From an organizational perspective, the digitization of the patient flow offers strategic advantages:
- Improved operational performance
- Optimizing the use of resources
- Reduction of operating costs
- Greater planning capacity
- Increased quality of care
- Improved security indicators
This positions the hospital in a competitive environment and prepared to meet future healthcare demands.
Intelligent environmental control in critical rooms
The physical environment of the operating room and the ICU is crucial for patient safety and the success of the procedure.
Digital systems allow control of:
- Temperature
- Humidity
- Differential Pressure
- Lighting
- Air Quality
This automated control improves infection prevention and the patient’s clinical stability
Reduction of disruptions in critical areas
Interruptions in the operating room or ICU can lead to errors and delays. Digital systems reduce these interruptions by:
- Automated notifications
- Real-time information panels
- Centralized communication
- Automation of resource requests
- Integration with hospital logistics
This promotes continuity of workflow and patient safety.
Transforming the operating room into the smart operating room
The concept of a smart operating room integrates technology, connectivity, and automation to create a highly efficient environment.
Key Features:
- Full integration of medical devices
- Centralized room control
- Automatic data recording
- Environmental monitoring
- Advanced audiovisual communication
- Decision support
This model improves surgical precision, reduces time, and optimizes the clinical team’s experience.
Importance of simple and scalable integration
One of the critical factors for technology adoption is the ease of integration with existing infrastructures.
Modern solutions should offer:
- Compatibility with hospital systems
- Scalable architecture
- Customization to meet needs
- Data security
- Continuous updates
- Interoperability between devices
Integration capabilities ensure a lasting and sustainable impact on healthcare
Future of patient flow management
Technological evolution will continue to transform the hospital environment through:
- Artificial intelligence applied to surgical planning
- Predictive analytics of patient flow
- Hospital Logistics Automation
- Advanced Remote Monitoring
These innovations will enable more efficient, safer, and patient-centered hospitals.
Optimizing workflow and safety in operating rooms, ICUs, and critical care units is a strategic priority for modern hospitals. Implementing interconnected digital ecosystems improves coordination, reduces errors, and increases operational efficiency.
The horizontal and vertical integration of devices, along with intelligent environmental control and process automation, transforms the clinical environment into a safer and more efficient system. This change benefits not only the patient, but also healthcare staff and hospital management.
Digitizing patient flow is no longer an option, but a necessity to meet the current challenges of the healthcare sector and ensure high-quality care in critical environments.
The digital ecosystem in the ICU, the operating room, and the hospital: the present and future of connected healthcare
Digital transformation in healthcare is no longer a promise for the future, but an essential reality. In critical environments such as the intensive care unit (ICU), the operating room, and the hospital in general, digitization has become a key factor in improving patient safety, optimizing clinical workflows, and facilitating faster, data-driven decision-making.
At Tedisel Medical, we understand the hospital as an integrated digital ecosystem, where technology, healthcare professionals, and patients are connected securely, efficiently, and reliably. This article explores how this digital ecosystem is built in the most demanding hospital environments and what benefits it brings to daily clinical practice.
What do we mean by a digital hospital ecosystem?
A digital hospital ecosystem is the set of systems, devices, infrastructures, and applications that enable the capture, integration, visualization, and management of clinical information in real time. It is not just a matter of having advanced medical equipment, but of ensuring that all of it communicates with each other and with the hospital’s information systems.
This ecosystem is based on several fundamental pillars:
- Secure and standardized connectivity.
- Integration of medical devices.
- Interoperable clinical information systems.
- Centralized data visualization.
- Cybersecurity and information protection.
- User experience adapted to the clinical environment.
In areas such as the ICU and the operating room, where every second counts, the maturity of this ecosystem makes the difference between reactive and proactive care.
The ICU as the core of the digital ecosystem
The Intensive Care Unit is probably the hospital environment where digitization brings the most value. Critical patients generate an enormous amount of data : vital signs, respiratory parameters, drug infusion, images, lab results, and clinical notes.
Integration of medical devices
Multiparametric monitors, ventilators, infusion pumps, and dialysis systems produce continuous information. An effective digital ecosystem allows these devices to integrate automatically with the clinical information system, avoiding manual transcription and reducing errors.
Centralized, real-time monitoring
Central monitoring stations and clinical display systems allow healthcare staff to have a comprehensive view of patient status, even from remote locations within the hospital. This facilitates early detection of adverse events and improves responsiveness.
Support for clinical decision-making
Real-time data aggregation, combined with intelligent alarm systems and advanced analytics, helps prioritize care and reduce alarm fatigue, one of the major challenges in ICUs today.
The digital operating room: precision, efficiency, and safety
The modern operating room has evolved into a highly technological environment, where digital integration is essential to ensure safe and efficient procedures.
Audiovisual and data integration
In a digital operating room, images from diagnostic, endoscopy, or surgical navigation equipment are displayed in an integrated manner on high-resolution medical monitors. This allows the surgical team to access all relevant information without losing focus on the patient.
Ergonomics and workflow
The correct arrangement of monitors, articulated arms, and control systems contributes to improving the ergonomics of healthcare personnel and optimizing surgical times. A well-designed digital ecosystem reduces interruptions and facilitates coordination between professionals.
Automatic recording and traceability
The digitization of the operating room allows for the automatic recording of procedure data, times, equipment used, and clinical parameters, improving traceability, quality of care, and regulatory compliance.
The connected hospital: beyond critical areas
Although the ICU and the operating room are key environments, the digital ecosystem must extend throughout the hospital to provide truly integrated care.
Interoperability between systems
Smooth communication between hospital information systems (HIS), electronic health records (EHR), laboratory systems, and radiology is essential to avoid information silos.
Clinical mobility
Secure access to clinical information from mobile devices or distributed stations allows healthcare professionals to consult relevant data anywhere in the hospital, improving continuity of care.
Patient experience
Digitization also has a direct impact on patients, facilitating more agile processes, better communication, and more personalized care.
Technological infrastructure: the foundation of the ecosystem
A reliable digital ecosystem requires a robust infrastructure, designed specifically for healthcare environments.
Certified medical monitors and solutions
The use of certified medical monitors, with high image quality and hygienic design, is essential to ensure patient safety and compliance with healthcare regulations.
Networks and connectivity
The transmission of critical data requires stable, secure networks with low latency. Redundancy and high availability are requirements in clinical environments.
Cybersecurity
The protection of clinical data is an absolute priority. The digital ecosystem must incorporate cybersecurity measures from the design stage, ensuring the confidentiality, integrity, and availability of information.
Benefits of the hospital digital ecosystem
The implementation of an integrated digital ecosystem brings clear and measurable benefits:
- Improved patient safety.
- Reduction in clinical errors.
- Greater operational efficiency.
- Optimized workflows.
- Better experience for professionals and patients.
- Support for innovation and data-driven medicine.
The role of Tedisel Medical in digital healthcare
At Tedisel Medical, we work to support hospitals and healthcare centers in their digital transformation process. Our solutions are designed to integrate naturally into the clinical ecosystem , providing reliability, quality, and ease of use in critical environments such as the ICU and the operating room.
We believe in technology that adds clinical value, adapts to the real needs of healthcare professionals, and contributes to safer and more efficient care.
The digital ecosystem in the ICU, the operating room, and the hospital in general is already an essential element of modern healthcare. The integration of devices, intelligent visualization of information, and a solid technological infrastructure make it possible to respond to the current and future challenges of the healthcare system.
Investing in a digital ecosystem is not just a technological decision, but a strategic commitment to quality care, patient safety, and hospital sustainability. Experience and specialization make all the difference on this journey.
Light, an ally in hospital recovery
In today’s hospitals, where medical technology offers unprecedented precision, an essential component of the patient’s environment often goes unnoticed: light. It is not only functional lighting that facilitates the work of healthcare personnel, but also lighting that directly influences the biological rhythms of the human body and, when used properly, can become as effective a therapeutic tool as medical treatment.
Implementing lighting systems that respect and support circadian cycles is an opportunity to optimize patient recovery, improve sleep quality, reduce postoperative cognitive disturbances and promote general wellbeing within healthcare facilities. In this article we explore in detail the concept of circadian lighting, its relevance in the hospital setting, the scientific evidence supporting its use, and the main technical and design challenges involved in its application.
What is circadian lighting and why does it matter in a hospital?
Humans have a “biological clock” that regulates multiple physiological functions over an approximately 24-hour cycle: the circadian rhythm.
Circadian lighting – or “human-centric lighting” when talking about human-centric design – is an artificial lighting system that seeks to mimic the dynamic patterns of natural light (intensity, spectrum, duration) to favorably influence these biological rhythms. In short: provide bright, bluish light during the day for activation; and warmer, dimmer light at night to promote rest.
Why is this especially relevant in hospitals? Because hospitalized patients – and also staff working shifts – are subjected to lighting environments that often do not respect natural day/night patterns. They spend hours in insufficient light, or at night with lighting levels that inhibit melatonin production, or without clear day-dark contrasts. This can desynchronize the biological clock and affect the patient’s recovery, sleep, cognition or well-being.
Circadian lighting in hospitals is not a decorative luxury, but a healthcare intervention that allows “lighting to heal” and not just “lighting to see”.
Tedisel circadian lighting technology: wellness and precision in every intervention
Helping to ensure that ICU and operating room areas have precise, patient-friendly lighting is essential. It has been proven that one of the determining factors in the appearance of complications or in the slowing down of recovery is the alteration of the circadian rhythm and sleep.
Inadequate exposure to light in hospital environments -especially in the surgical area- can have a significant impact on the well-being of both patients and medical staff.
Therefore, from Tedisel Medical we offer circadian lighting solutions integrated into our products, such as ceiling supply units, designed to:
- Reduce fatigue and improve the alertness of healthcare personnel.
- Easily adapt to any surgical procedure or equipment.
- Reduce stress and promote patient comfort.
- Promote environmental hygiene, reducing the risk of contamination.
Implementation of circadian lighting in ORs and ICUs
For lighting to act as a true synchronizer of circadian rhythms and contribute to the recovery process, a carefully planned lighting design is essential. At Tedisel Medical, we integrate these principles into our products – such as ceiling supply units for operating rooms – incorporating key factors such as intensity, light spectrum or color, duration, timing of exposure and dynamic transition.
The following are the essential elements that ensure an effective circadian lighting system tailored to the most demanding hospital environments.
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Intensity: “where we are” vs. “what we need”.
During the day, providing sufficient lighting to trigger the circadian system is a priority. In many hospital environments, light levels are often insufficient, when scientific evidence indicates that higher levels favor better biological synchronization.
At night, on the other hand, exposure to high illuminances in the patient’s visual field, especially in blue-cyan wavelengths, should be avoided so as not to interfere with melatonin secretion or disturb rest.
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Light spectrum: blue for daytime, warm for nighttime.
During the morning and midday, light with a higher blue content promotes arousal, regulates the circadian rhythm and enhances feelings of alertness. At night, the goal is just the opposite: minimize visual stimuli by using warm color temperatures and reducing the blue component so as not to suppress melatonin production.
Studies show that hospital environments with blue-reduced lighting at night lead to higher melatonin secretion and better REM sleep quality in patients.
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Dynamics: mimicking natural light as a model
Circadian lighting should not be static, but evolve throughout the day. At dawn, the light should offer soft activation; at midday, it should reach its maximum intensity; and at dusk, it should transition to warm tones and lower luminance.
This “light choreography” reproduces the natural solar cycle and transmits a coherent signal to the organism that reinforces the internal biological clock.
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Synchronization of environments: patient and caregivers
Circadian design should not only focus on the patient’s room. It is also crucial to consider spaces for medical and nursing staff – such as ICUs, night corridors or rest rooms – where visual, circadian and comfort needs must be balanced.
Staff working night shifts, for example, require lighting that promotes alertness and accuracy during work, but also allows for appropriate transitions to rest. The most recent reviews emphasize that healthcare environments should seek a balance between visual efficiency, circadian well-being and psychological comfort for all users of the hospital space.
Clinical Evidence and Benefits of Circadian Lighting in Hospitals
The implementation of circadian lighting systems in hospital environments has shown very promising results, supported by a growing number of clinical studies. Although further research is still required to define optimal parameters of intensity, duration and light spectrum, current evidence points to significant improvements in both patients and healthcare staff.
Among the main benefits observed are improved sleep and increased melatonin production, faster cognitive recovery and a lower incidence of delirium and confusion, especially in intensive care units. In addition, a reduction in hospital falls, improved mood and lower anxiety in patients, as well as increased well-being, satisfaction and performance among healthcare professionals have been documented. Taken together, these effects contribute to shorter recovery times and shorter hospital stays, optimizing both the patient experience and the efficiency of the care environment.
Adopting a circadian lighting design means moving from “light to see” to “light to heal”. Incorporating therapeutic lighting strategies – bright and rich in blue component during the day, warm and dim at night – promotes faster cognitive recovery, improves emotional well-being, reduces sleep-related drug dependence and reduces complications such as delirium, confusion or falls.
At Tedisel Medical, we offer a comprehensive approach to the implementation of these solutions, adapting to the existing environment and the needs of each facility. We firmly believe in innovation applied to health, betting on improving the environmental quality and efficiency of the hospital system through light.
We look to the future with the conviction that circadian lighting will be a key tool in the medicine of tomorrow. Because, ultimately, a hospital that “sees to heal” is one that uses light not only to illuminate spaces, but to stimulate the natural biological processes of the human body, accelerating recovery and improving the experience of patients and professionals.
Technology in operating rooms: advances and their impact on patient safety
Medicine is advancing by leaps and bounds, and operating rooms are one of the scenarios where technological innovation is making the most visible difference. If we think of an operating room just 30 years ago, the image was very different from today’s: less digitized equipment, less systems integration and processes much more dependent on human effort.
Today, operating rooms have become truly intelligent spaces. Minimally invasive surgery, robotics, real-time monitoring and, increasingly, solutions that guarantee not only efficiency for professionals, but also safety and confidence for patients, converge there.
In this article we will discuss how technology is transforming the work in operating rooms and what is the direct impact on patient safety. In addition, we will look at concrete examples of how products such as HERMES control software or Tedisel ceiling supply units contribute to more ergonomic, safer and more efficient surgical environments.
1. A new era in operating rooms
For decades, patient safety in surgery depended mainly on the capability of the medical team and the quality of the instruments. However, the risks were high: hospital-acquired infections, human error due to fatigue, limited monitoring and long recovery times.
Today, thanks to digitalization and the incorporation of advanced systems, these risks have been significantly reduced. Technology does not replace the medical team, but it does act as an ally that offers precision, support in decision-making and a safer and more efficient work environment.
A prime example is control software systems, such as our HERMES, which transform the operating room into a fully integrated space. Thanks to this solution, different devices are centralized and coordinated from a single interface, providing efficiency and safety. One success story is that of the CMA Granollers Health Center, where each piece of equipment used to operate in isolation and now everything is managed in a unified way: from lighting, cameras and monitors, to communication systems and environmental parameters. This integration reduces the risk of errors, optimizes communication between professionals and allows the surgeon to focus all his attention on what is most important: the patient and the surgical procedure.
2. Technological advances that have transformed the operating room
- Minimally invasive and robotic surgery: Laparoscopic techniques and surgical robots have reduced the need for large incisions, which directly results in less postoperative pain and lower risks of infections. For example, a procedure that used to require weeks of recovery can now be resolved with just a few days of hospitalization.
- Advanced real-time monitoring: Today’s systems allow constant and precise observation of the patient’s vital signs. In addition, thanks to artificial intelligence algorithms, it is possible to detect minute variations that could go unnoticed by the naked eye, generating early warnings for the medical team.
- Augmented reality and surgical simulation: Surgeons can train on high-fidelity simulators and plan complex procedures with 3D images. This preparation reduces risks and increases confidence during the actual procedure.
- Digital integration and control software: This is where solutions such as those from Tedisel come into play, offering Hermes software designed to integrate the entire operating room into a unified system. This means that lighting, columns, screens and even the air-conditioning system can be managed from a single platform. The impact on safety is enormous: fewer distractions, less wasted time and greater responsiveness to any unforeseen event.
3. Ergonomics as a pillar of safety
An operating room must not only be technologically advanced, but also comfortable and efficient for the staff working in it. Ergonomics is key because surgeons and nurses spend hours in demanding positions, handling delicate equipment and responding to critical situations.
In this regard, Tediselmedical’s motorized columns represent a fundamental advance. They allow the height and position of medical equipment to be adjusted automatically and precisely.
What does this mean in practice?
- The surgeon does not need to make forced movements to reach devices.
- The nursing staff can quickly adapt the room layout according to the procedure.
- The workflow is optimized, reducing downtime and minimizing errors.
- In addition, a motorized column not only improves the comfort of the equipment, but also avoids risky situations: an incorrectly positioned cable, equipment in the wrong position or an overload of devices can become a problem during surgery. Thanks to these systems, everything is organized in a safer and more functional way.
4. Direct impact on patient safety
The key question is:
how does all this benefit the patient?
- Fewer infections: digitized operating rooms make it possible to control sterilization and instrument traceability with greater precision.
- Fewer human errors: by centralizing functions in a control software, the risk of confusion or operational errors is minimized.
- Faster recoveries: thanks to less invasive techniques and ergonomics that streamline procedures, patients experience fewer postoperative complications.
- Greater confidence: for both patients and their families, knowing that state-of-the-art technology is being used generates peace of mind.
An illustrative example: an operating room equipped with Tediselmedical’s Hermes software can, in a matter of seconds, adjust lighting, project images on high-resolution monitors and automatically record procedure data. All this allows the medical team to concentrate solely on the surgery, without wasting time on manual adjustments or repetitive checks.
5. Use cases: how technology changes daily practice
Imagine a complex cardiac surgery. The operating room is equipped with:
- Tedisel motorized columns, which organize the workspace, avoiding cables on the floor and ensuring that each piece of equipment is within proper reach.
- Centralized Hermes software, from which monitors, lighting and communication systems with other areas of the hospital are managed.
- Real-time monitoring, which detects variations in vital signs and immediately alerts the anesthesiologist.
In this scenario, the patient receives a safer procedure with less chance of complications. For the medical team, the environment is more comfortable, reducing fatigue and the risk of errors.
6. Challenges and opportunities
Despite advances, the implementation of technology in operating rooms faces challenges:
- High initial investment: equipping an operating room with advanced systems requires a significant budget.
- Constant training: personnel must receive continuous training to take full advantage of the tools.
- Equity of access: not all hospitals, especially in less developed regions, have these solutions.
However, the opportunities are enormous. The operating rooms of the future will be increasingly connected, with full data integration, predictive artificial intelligence and systems that ensure even greater safety.
7. Tediselmedical solutions: innovation at the service of patient safety
In this context, companies like Tediselmedical have positioned themselves as key allies in the transformation of operating rooms. Our products are not only focused on technology, but on the real impact it has on patient safety and well-being.
- HERMES software: centralizes the management of the different operating room systems, optimizing efficiency and reducing risks.
- Motorized operating room columns: improve the ergonomics and organization of the surgical space, ensuring a safer environment.
- Customized solutions: adapted to the specific needs of each hospital, maximizing the technological investment.
The added value of these solutions lies in the fact that they are not simply tools, but true facilitators of safety and confidence in an environment where every detail counts. The future promises even smarter operating rooms, where the synergy between healthcare professionals and technology will ensure not only better clinical outcomes, but also a more humane and safer experience for patients.
In short, the mission is clear: to make every surgical procedure more precise, more efficient and, above all, safer.
Dog-Assisted Therapy in ICU’s for the Comprehensive Recovery of Patients
In the hospital world, where medical technology is fundamental, an innovative approach is emerging that goes beyond conventional treatments: therapy assisted by dogs. This pioneering initiative is transforming Intensive Care Units (ICUs) by integrating dogs as a key tool to promote both the emotional and physical recovery of patients.
“The program not only seeks to alleviate the negative effects of the hospital environment, but also aims to humanize these spaces, improving the quality of life of patients and offering a new path towards integral well-being.“
Dog-assisted therapy in ICUs is a response to a number of crucial needs: reducing pain, anxiety and fear, particularly in hospitalized children, who often face a highly stressful experience in these types of units. This practice also favors the creation of a warmer and less intimidating hospital environment, moving away from the rigidity and coldness that often characterizes clinical and hospital settings.
In addition, it encourages the participation of young patients in their recovery process, promoting adherence to treatment, stimulating their motivation and accelerating their physical and emotional improvement.
This novel approach opens up new horizons for intensive care, where science and empathy go hand in hand in favor of the patient’s overall health.
Impact on patient health
The positive impact of dog-assisted therapy has been widely supported by numerous studies, which demonstrate its psychological and physiological benefits in patients.
Renowned hospitals throughout Spain such as the Hospital del Mar, the Hospital 12 de Octubre and the Hospital Vall d’Hebron have already incorporated this therapy into their treatments, recognized for its immediate effects in reducing stress and anxiety, which generates a calmer environment and promotes the emotional well-being of patients.
Physiologically, interaction with dogs has been shown to have a remarkable capacity to lower blood pressure, reduce heart rate and stimulate the release of endorphins and oxytocin, hormones associated with feelings of pleasure and tranquillity.
In addition, research indicates that patients who receive visits from therapy dogs experience lower levels of the stress hormone cortisol, which not only improves their immune response, but also speeds up the recovery process. For patients with chronic illnesses or undergoing long-term treatments, the presence of a therapy dog can offer significant emotional relief.
A tool for physical and emotional rehabilitation
Therapy dogs not only offer companionship and emotional support, but also play a key role in the physical rehabilitation of patients. Those with reduced mobility or who have spent long periods in bed find in these animals an incentive to move, exercise and actively participate in their recovery.
In patients who have suffered strokes or musculoskeletal injuries, interaction with a dog can motivate them to perform small movements that, over time, contribute to the restoration of their motor skills.
In addition, dog-assisted therapy has proven to be especially beneficial for children with developmental disorders, such as autism, and for older adults with dementia. In these cases, the dogs act as social mediators, fostering communication, interaction with the environment and emotional expression. Their presence not only reduces anxiety and agitation, but also stimulates cognitive and sensory abilities.
A notable example of this type of intervention took place in 2019 at the Hospital Sant Joan de Déu, where a program of dog-assisted therapy was implemented in pediatrics, with promising results in improving the well-being and participation of children in their treatments.
Selection and training of therapy dogs
In order for the dogs to integrate successfully into the environment of an Intensive Care Unit (ICU) and other hospital spaces, they must go through a rigorous selection and training process. Not just any dog is suitable for this role; those with a calm, balanced and sociable temperament are sought, who enjoy human contact and are able to remain calm in highly controlled and often stressful environments.
The selection process begins with a behavioral evaluation in which the dog’s reactions to various stimuli, its tolerance to physical contact and its ability to respond to unforeseen events are analyzed. Once selected, the dogs begin a specific training program, which includes adaptation to noises and medical devices, interaction with people in different states of health and understanding of basic and advanced commands.
In addition, the training process also extends to healthcare professionals and dog handlers, who learn how to facilitate interaction between the dog and patients without altering the clinical environment or compromising the safety of either party.
“The selection process begins with a behavioral evaluation in which the dog’s reactions to various stimuli, its tolerance to physical contact and its ability to respond to unforeseen events are analyzed.“
The future of animal-assisted therapy in hospitals
The success of the pilot programs in different hospitals has encouraged various medical institutions to consider extending animal-assisted therapy to other areas. Specialties such as pediatrics, oncology and long-stay units have begun to evaluate the implementation of these programs, with the aim of improving
As medicine advances with cutting-edge technology, these types of initiatives remind us of the importance of the human factor and emotional support in the healing process.
In the near future, it is possible that therapy dogs will become a regular presence in hospitals, offering their unconditional support to those who need it most and reinforcing the vision of more comprehensive medical care focused on the patient’s well-being.
Optimizing Medical Device Interoperability in Critical Care Units: Key to Reducing Medical Workplace Stress
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.”
Improving Development in Neonatal Units: Innovative Strategies and Approaches
Neonatology units play a vital role in the care of newborns and premature infants who require specialized care in their first days of life. In addition to providing intensive care, these units also care for healthy babies in the Newborn Nursery. Neonatal care is essential in any hospital, as it responds to diagnostic, therapeutic, care and rehabilitation needs during the perinatal and neonatal period.
The Stressful Environment of Neonatal Intensive Care Units (NICU)
Neonatal intensive care units (NICUs) for premature infants are high-stress environments for all involved: the parents, who face constant anxiety and concern for their child’s health; the physicians and nursing staff, who must manage critical situations and make quick decisions; and, in particular, the infants themselves, who are exposed to multiple stressors. These factors include the constant noise of hospital equipment, bright light, frequent medical interventions and early separation from their mothers. This combination of elements not only affects the emotional well-being of everyone present, but can also interfere with the physical and neurological development of premature infants.
The Importance of Minimizing Stress
Stress can drain energy that infants should be using for neurological growth and development. Therefore, it is critical to establish a NICU environment that promotes healthy development and minimizes stressors as much as possible.
The NICU Noise Challenge
Noise in the Neonatal Intensive Care Unit presents complex challenges for newborns. It is not only a matter of protecting infants from excessive noise levels, but also of providing them with opportunities for positive sound stimulation, a delicate balance critical to their development.
Determining when noise becomes a problem and where the line is drawn between harmful noise and healthy auditory stimuli is critical. For premature infants, whose neurological sensitivity is especially high, excessive or inappropriate sounds can be particularly harmful, interfering with their brain development and causing unnecessary stress. On the other hand, the total absence of auditory stimuli can result in an environment lacking the stimulation necessary for sensory and cognitive development.
Controlled and soft sounds, such as parental voice, soft music or nature sounds, can have positive effects, promoting calmness and facilitating neurological development. Implementing measures such as soundproofing rooms, using quieter hospital equipment and training staff on noise reduction practices are crucial steps to improve the listening environment in the NICU.
Technological Innovations for an Optimal Hearing Environment
In addition, emerging technologies such as real-time sound monitoring systems and personalized hearing interventions are being explored as innovative solutions to this problem. These tools can help create an optimal listening environment, adapting to the specific needs of each infant and minimizing the negative effects of noise.
The Importance of Hospital Equipment in the NICU
At Tedisel Medical, we fully understand the importance of equipment that effectively suits both the design of the environment within the NICU room and the improvement and streamlining of work. That’s why our suspended units are highly qualified to provide optimal care and promote the well-being of premature infants, as well as to improve the efficiency and effectiveness of medical staff. The following are some of these reasons:
1. Safety and Well-Being of Preterm Infants
Premature infants are extremely vulnerable and require a carefully controlled environment for their survival and development. The right hospital equipment can make a big difference in:
- Accurate and Continuous Monitoring: Advanced vital monitoring equipment allows for continuous and accurate surveillance of infants’ vital signs, which is crucial for detecting and responding quickly to any changes in their condition.
- Environmental Control: Proper regulation of temperature, humidity and light levels is essential. Equipment such as incubators and environmental control systems help create a stable environment that protects babies from adverse external factors.
- Sensory Stress Reduction: The use of technologies that minimize noise and vibration can reduce stress in infants, which is critical to their neurological and overall development.
2. Efficiency and Effectiveness of the Medical Staff
Medical staff in the NICU must be able to perform their work as efficiently as possible to provide optimal care for infants. The design and layout of hospital equipment play a crucial role in this:
- Accessibility and Ergonomics: Hospital equipment should be located so that it is easily accessible to physicians and nurses, allowing them to perform their tasks quickly and with less physical effort. This includes the arrangement of monitors, respirators and other critical devices.
- Optimized Workflow: A room design that facilitates movement and communication among staff can significantly improve workflow. This includes strategic placement of workstations, storage areas and well-designed hospital equipment.
3. Improving the Quality of Care
Advanced technology and thoughtful design can lead to significant improvements in the quality of care provided:
- Accuracy in Treatments: State-of-the-art equipment allows for the precise administration of drugs and treatments, reducing the risk of errors and improving clinical outcomes.
- Facilitation of Medical Procedures: Tools and devices specifically designed for the NICU can make medical procedures less invasive and more effective, which is crucial for fragile infants.
4. Emotional Support for Parents
The design of the NICU environment and the layout of hospital equipment can also influence the experience of parents, who are going through an extremely difficult time:
- Family Interaction Spaces: Areas designed for parents to safely interact with their babies can provide important emotional support. Equipment that allows skin-to-skin contact (kangaroo method) and participation in daily care is beneficial for both babies and parents.
- Communication and Education: Technology that facilitates communication between medical staff and parents, as well as educational tools about caring for their babies, can empower parents and reduce their anxiety.
“At Tedisel Medical we are dedicated to providing comprehensive solutions in hospital equipment and its arrangement in the NICU. We recognize that this is not only crucial for the direct care of premature infants, but also for optimizing the work of medical staff and providing emotional support to families.“
A well-designed and equipped environment can have a significant impact on clinical outcomes and the overall NICU experience. Through a constant combination of research, technology and best practices, we seek to create an environment that not only minimizes harmful noise, but also provides positive sound stimuli necessary for the healthy growth and development of these vulnerable patients.
Humanization and Consequences of Environmental Noise in the Hospital Environment: A Vital Challenge
In the hospital environment, especially in Intensive Care Units (ICU), noise is not only a nuisance, but a critical factor affecting the health and well-being of patients. The severity of the conditions of patients admitted to these areas requires more rigorous measures to control this element, whose impact is often underestimated. Noise can significantly aggravate the condition of critically ill patients, underscoring the urgency of addressing this problem effectively to ensure optimal care in delicate situations.
Noise in hospital environments can have adverse physical and psychological consequences on the health of individuals. From sleep disturbance and demotivation to decreased performance and communication difficulties, its effects are varied and detrimental. In addition, noise can trigger physiological stress responses, such as increased blood pressure and heart rate, as well as changes in the levels of hormones such as noradrenaline, adrenaline and cortisol, which negatively affect the overall health of patients.
The World Health Organization (WHO) highlights the adverse effects of noise on hearing and sleep, stating that it should not exceed 30 decibels (dB) to ensure an adequate night’s rest and avoid interference with physiological functions and mental health. In the case of hospitals, especially in critical areas such as ICUs, it is recommended to maintain the decibel range between 30 and 40 dB to protect the health of patients.
To address this challenge, the implementation of tools that measure, monitor, and manage environmental noise in ICUs is crucial. In addition, strategies based on circadian rhythm, such as regulating lighting and establishing clear daily routines through clocks and calendars, can improve the ICU experience for patients. Adjustments in family visits, especially during prolonged stays or critical times, can also provide additional emotional support that contributes to patients’ well-being.
Related projects
An outstanding example of innovation in this regard is the Smart ICU project at Vall de Hebron Hospital, which has transformed intensive care through advanced technologies and intelligent data management. This initiative, a pioneer in Spain, allows continuous, real-time monitoring of patients, improving the quality of care and facilitating medical research.
Another innovative project that seeks to humanize the ICU is the “A Wish Granted” initiative of Hospital Quirónsalud Córdoba, which gives patients the opportunity to receive a personalized gift during their stay in the unit, providing an additional stimulus in their recovery process and connection with the outside world.
Air Quality and Temperature: Key Elements in the Hospital Environment
Air management in these hospital areas is highly specialized compared to other hospital sectors. In addition to complying with general energy recovery standards to avoid waste, an exceptionally high level of filtration is required within the cubicles, reaching Class I. This implies the use of up to three consecutive filtration levels, the last one being a HEPA (High Efficiency Particulate Air) filter. The flow of renewed air must reach 30 cubic meters per hour per square meter, ensuring that the air in the room is renewed about 10 times every hour.
As for temperature, it is maintained within a narrow range, generally between 22º and 24º Celsius, with a controlled relative humidity between 44% and 55%. To achieve this level of control, precise climate control is required to match both the outside conditions and the energy needs of the system. This control is achieved by means of climate control units located on the roof of the building.
These large, yet relatively lightweight units mark a significant step forward in improving care in intensive care units. Equipped with internal humidification systems that maintain air humidity at optimal and constant levels, they represent an innovation that directly impacts the physical, emotional and psychological well-being of patients during difficult moments in their lives.
On the other hand, Bellvitge Hospital has implemented a significant transformation in its ICU, using multisensory technology to improve both the physical and emotional well-being of critical patients. By incorporating elements such as lights, projections, sounds and vibrations, this medical center has redesigned the 64 cubicles of its ICU. The main objective is to promote both functional and cognitive rehabilitation of critical patients, offering them immersive experiences tailored to their individual needs, such as recreating natural environments, calm night environments or showing personal photographs to generate a more comfortable and welcoming environment.
Humanization in the ICU
A recent project in the Intensive Care Unit (ICU) recognizes the importance of addressing the emotional and psychological needs of critically ill patients. Although this medical environment is designed to handle complex situations, it is crucial to remember that each patient is an individual with unique emotions.
“The state of vulnerability in which they find themselves can lead to significant emotional disturbances. Therefore, it is essential that the ICU team of professionals not only focus on the physical aspects of care, but also consider the emotional and psychological well-being of patients.“
As Dr. Melcior Martínez, head of the ICU at Quirónsalud Badalona Hospital, emphasizes, this comprehensive care is essential to provide quality care and promote the satisfactory recovery of patients.
These initiatives, along with other measures to humanize the ICU experience, are key to promoting a faster and more successful recovery. By emphasizing the individual needs of each patient and providing a calmer and more welcoming hospital environment.
That is why at Tedisel Medical we are committed to offering the best solutions for ICUs, such as our Suspended systems that have been successfully implemented in numerous units, seeking the optimization and ergonomics that are so necessary in these crucial spaces for health.
Universitary Hospital of Pilsen