Healthcare Leaders Uniting for Better Patient Outcomes

From €20 million in revenue and 120 employees in 2014 to €179 million and 350 employees in 2024, Rubió’s impressive growth is a testament to its bold transformation under the leadership of CEO Pelayo Rubió Rubiralta . But beyond the numbers lies a deeper purpose—one rooted in the company’s mission: Life Feels Good. For Pelayo, this isn’t just a tagline—it’s a guiding principle that shapes every decision, innovation, and strategic move the company makes. With a deep commitment to patient-centered care and a passion for addressing unmet medical needs, Pelayo has led Rubió through a decade of remarkable progress. His leadership style—anchored in both innovation and heritage—has helped position the company as a key player in the pharmaceutical industry, both in Spain and internationally. Honoring a Rich Legacy Pelayo’s journey with Rubió is intrinsically tied to the company’s origins in a small family pharmacy in Barcelona’s historic Plaza Real. That heritage of trust, care, and personaliz...

  Climate change is one of the most pressing global challenges of our time, affecting every aspect of human life, including health. The healthcare sector, while dedicated to saving lives and improving well-being, also has a significant environmental footprint. Hospitals, pharmaceutical companies, and medical supply chains contribute to greenhouse gas emissions, waste generation, and resource depletion. However, the healthcare industry is uniquely positioned to lead the fight against climate change by adopting sustainable practices, advancing research, and promoting policies that mitigate environmental damage. By integrating Life Science Innovations into their operations, healthcare organizations can reduce their ecological impact while enhancing patient care and public health. The Environmental Impact of Healthcare Pollutants in the environment or climate-related events can have a massive impact on our health. Air and noise pollution, and heavy metals like mercury are directly re...

The Virgen del Rocío Hospital in Seville has become the first in Spain to utilize artificial human skin for advanced wound recovery in severe burn cases. This pioneering treatment, approved by the Spanish Medicines Agency in June, represents a significant breakthrough in burn care, offering faster and more effective healing for patients with extensive injuries.  Fran Fernández, a patient who suffered burns over 75% of his body following an explosion in Algeciras in 2017, is a testament to the success of this innovative therapy. Initially given just 48 hours to live, Fernández has since made a remarkable recovery thanks to more than a dozen surgeries and multiple grafts using both his own skin and the newly developed artificial skin.  The therapy, officially termed “human skin obtained by tissue engineering,” is now being applied at the Major Burn Unit of Virgen del Rocío Hospital. According to Dr. David Rodríguez, a surgeon at the hospital, the use of artificial skin significa...

Sneak Peek Real-Time Location System (RTLS) technology has emerged as a game-changer in the healthcare industry, offering unprecedented visibility and tracking capabilities. By leveraging RTLS, healthcare institutions can streamline operations, enhance patient safety, optimize resource utilization and improve overall efficiency. Let’s take a sneak peek into the various applications and benefits of RTLS in healthcare. Asset Tracking and Management One of the primary applications of RTLS in healthcare is asset tracking and management. Medical equipment, such as wheelchairs, infusion pumps and specialized devices, is essential for patient care but often prone to misplacement or theft. RTLS enables real-time tracking and monitoring of assets, allowing healthcare providers to locate equipment quickly, reduce downtime and optimize asset utilization. By eliminating the time wasted searching for equipment, staff can focus more on patient care, improving outcomes. Patient Flow Optimization RTLS...

The Future of Wound Healing Advanced technologies have created a new revolution for the healing process in the field of health care. New technologies improve recovery periods and patient outcomes, but chronic wounds, including diabetic ulcers, pressure sores, and traumatic injuries, are an ongoing challenge. However, new innovations will enable healing faster, reduce complications, and prevent increased healthcare costs. These include innovations such as bioengineered skin grafts and nanotechnology that are going to be significant in the future of wound healing. 3D-Printed Skin and Bioengineered Grafts Some of the most exciting developments in wound care can be found in the applications of 3D-printed skin, as well as bioengineered skin grafts. These technologies enable the construction of personalized skin grafts that can be cut to any size and shape a wound may need. Because they are not dependent on donor skin, 3D-printed skin may be manufactured from cells taken directly from patien...

 The medical science and research have reached tremendous heights in the fields of diagnoses, treatments, creation of vaccines, preventive care and many other advancements in the generalized physical healthcare. However, a different form of illness that is late in identification is Mental Illness. In essence, mental illness is any condition that can seriously limit or distress a person’s capacity to function normally. An individual’s thinking, feeling, mood, and behavior can all be impacted by mental illness. The majority of people categorize mental disease as crazy because they are ignorant of it. Raising awareness of mental illness, its different forms, and strategies for managing with and recovering from it is desperately needed. Mental Illness Awareness Week As we identify a particular physical illness through its symptoms, mental illness also has its set of symptoms. Such a requirement should be identified, communicated and implemented to detect the type of mental health condi...