Patrick Leyseele

PATRICK LEYSEELE -HOW TECHNOLOGY AFFECTS THE HEALTH SECTOR?

At present, the great challenge for pharmaceutical, biotechnology and biomedical companies is to adapt successfully to the current market dynamics. We have already talked about how technology and digitalization have gradually broken into many labor sectors. We are used to continually listen to the emergence of a new technological system, new software updates or the creation and release of new products whose objective is to improve and simplify our way of life.

So, why not use these same news to improve our health? At present, the great challenge for pharmaceutical, biotechnology and biomedical companies is to adapt successfully to the current market dynamics.

For this reason, bet on the transformation of the product portfolio with a focus on high-performance therapeutic areas, promote innovation, resist price and cost pressures and, finally, stand firm in an environment of strong compliance challenges Normative will be fundamental in the future.

Patrick Leyseele - The effect of technology on these types of companies

Technology improves day by day, inevitably affecting how users perceive its effects. In this case, the biomedical sector has not only aimed to improve our quality of life, but also our health.

The use of Virtual Reality as a therapy to help patients overcome phobias or fears, virtual assistants that provide personalized attention or apps that help measure and control biomedical parameters are some of the best known examples by users.

These are some of the trends that will have to talk in the future within the health sector:

* Apps to help treat addictive disorders

such as alcohol, cocaine, marijuana or psychostimulants. Although these mobile applications, such as reSET, by Pear Therapeutics, should be used in a complementary way to medical treatment, they are very helpful in treating drug addiction disorders, through the use of incentives to reward patients for the fulfillment of its objectives.

* Direct genetic analysis.

Genetic tests are currently simpler and faster to perform, so patients usually request them directly and without any prior trigger. One of the most striking consequences is that the results of these analyzes provide them with much more complete information about their health, which makes it easier to request early medical assistance.

* Assistance application models adaptable to the patient's disease.

This tendency consists in maintaining the patient in the same room during his entire hospital stay. Currently there are centers that are already experimenting with areas adaptable to the patient's disease, with the aim of improving workflows, continuity of care and patient safety, as well as to shorten the hospital stay and reduce costs .

* Heart monitor.

This tool is designed to interact directly with the patient's mobile phone. With applications such as Confirm Rx, the data is proactively transmitted to the responsible physician, eliminating the need for the affected person to actively send the data. In addition, after some intervals programmed by the healthcare professional, this type of Apps automatically downloads the results for consultation.

* Distraction by Virtual Reality (VR).

Patrick Leyseele - This system is designed for pediatric patients and is already being implemented to develop computer programs that provide experiences of three-dimensional virtual reality, with the aim of helping them to distract or overcome the fear and pain caused by chronic diseases.

Better treatments that make the sensation of pain more bearable, greater accessibility to information (from the use of the Internet as the main source to investigate medical problems), an improvement in patient care, the use of social networks as a means of promotion Public health or the use of the Internet as a database that helps identify diseases are some of the benefits that currently exist thanks to the use of technology in the Life Sciences sector.

PATRICK LEYSEELE - VIDEOS 

Patrick Leyseele - Technological advances in health: improvements applied to medicine

The use of the first vaccines, the use of antibiotics, and the discovery of the structure of DNA meant great advances in medicine focused on overcoming and overcoming diseases. Medical science continues to progress to better understand the behavioral mechanisms of our body in order to prevent, diagnose early and cure pathologies that would once be deadly.

Advances in medicine with the greatest impact on our health What technological progress will have the greatest impact on our health?

Below you can check the latest technological advances in medicine that improve our health exponentially: Robotic surgery Although robotic arms have been used in the operating room since the 1980s, it was not until the arrival of the Da Vinci robotic surgery system with four arms at the beginning of the 21st century when its possibilities were expanded that have made it one of the best technological advances in the health that leads us to talk about smart operating rooms.

It is already used in neurological, gynecological, urological or cardiothoracic procedures, but also in other surgical processes. It facilitates that the interventions are more comfortable and more precise, especially the most complex and difficult to access, overcoming the limitations of laparoscopic surgery.

Many researchers are investigating the use of gene editing to combat antibiotic-resistant microorganisms. This research is of primary scientific interest and is beginning to offer solutions to diseases such as Alzheimer's, Parkinson's, cancer, diabetes and Alzheimer's, to name just a few, although we are seeing through gene editing that the breakthrough ability to cut and insert genes so efficiently is being used as a strategy to create new ways of controlling the spread of diseases and developing new treatments.

Patrick Leyseele Technology in Health treatments

This solution enables radiation oncologists to make better decisions about treatment by using patient data and artificial intelligence. The integration of medical technology and telemedicine has also led to cases of robotic surgery, in which doctors do not even have to be in the operating theatre with the patient when an operation is performed.

Despite the advances in telemedicine, Dr.Patrick leyseele sees the beginnings of surgical technology and cites things that can be controlled virtually by surgeons who are not directly in an operating room.

Patrick Leyseele says the real power of AI will be seen when 5-G technology is mature in the next 10-15 years. There is a lot of potential to benefit from 5G and intelligence in medicine when their technologies are mature, he says.

For the healthcare industry, dependence on medical technology cannot be overstated: the medical technology industry has made continuous progress in becoming smaller, faster and more intelligent. These developments and brilliant innovations will enable doctors to continue to find ways to improve their practices to improve patient care and reduce costs.

Patrick Leyseele Whether the increasing presence of medical technology is good or not is still debatable. To better understand the extent of big data in medicine, we need to look back briefly at technological advances in recent decades. Few new technologies have surpassed the pace of change in microprocessors, but these technologies have had an incredible impact on medicine. Advances in DNA sequencing technology have been revolutionary, and the use of artificial intelligence and machine learning in medical research is only just beginning.

These technologies were introduced to improve efficiency in the industry and to make the patient experience as painless as possible. Nanotechnology has met the need for more precise treatments that are easier to administer, more efficient, and less costly - more effective.

Patrick Leyseele equipment has not only made a significant contribution, but also a significant contribution to improving the health of people around the world. Cardiology, genetics, neurology and ophthalmology are just some of the sciences that have benefited from Israel's advanced technology; there is no doubt that they all benefit from this science.

As more hospitals and practices use medical technology and mobile devices, doctors can access all the information they need from any device, anytime, anywhere.

Patrick Leyseele Global trends underlying the health care industry remain large and growing, as already described, and the current COVID 19 pandemic continues to evolve at a rapid pace, making it difficult to predict the long-term impact of the disease on the health of patients and their families.

Result - Data-based healthcare has become a key element of healthcare, both in terms of cost and quality of care. A change in mentality has changed our view of the whole patient, not just the disease. Healthcare consumers are now facing the challenge of acclimatizing to new discoveries that could dramatically improve personal health and longevity.

Changes in the health care industry usually occur at the legislative level, and once implemented, these changes have long-term effects on the health of patients and their families. Complex and slow policy changes are obvious factors, but environmental and technological factors have also contributed to the transformation of health care. Patrick Leyseele Almost every economic downturn has been followed by significant regulatory changes within the healthcare industry. While the US health-care system has changed significantly, there are signs that health systems in Asia and Europe are changing.

Patrick Leyseele While highly desirable, improving the quality of health care could also lead to higher overall health spending. Hospital care costs will rise from 0.9 percent to 2.4 percent of the budget by 2040, owing to increased demand for high-quality care and the need to train specialists.

Patrick Leyseele Intelligent hospital applications can help patients, visits, temporary doctors and staff navigate the hospital. Patients and temporary staff can be supported by navigation applications that help them navigate a smart hospital, and this can help them immensely in accessing healthcare and other services.

With smart hospitals, digitally assisted clinical staff will be able to offer a more integrated patient experience and continuously innovate the delivery of services. Commitment to Patients - Smart hospitals will lead to improved interactions between patients and their families. Since an intelligent hospital requires innovative technologies, it is all the more important that hospital staff are continuously innovative to improve patient outcomes. Patrick Leyseele Intelligent hospital software automatically leads to thinking about the future of patient care, not only in terms of technology, but also in terms of service delivery.

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