We use cookies to understand how you use our site and to improve your experience. This includes personalizing content and advertising. To learn more, click here. By continuing to use our site, you accept our use of cookies. Cookie Policy.

Features Partner Sites Information LinkXpress
Sign In
Advertise with Us

Download Mobile App


ATTENTION: Due to the COVID-19 PANDEMIC, many events are being rescheduled for a later date, converted into virtual venues, or altogether cancelled. Please check with the event organizer or website prior to planning for any forthcoming event.

MEDICA 2022 to Focus on How Health IT Can Contribute to More Sustainability in Health Care

By LabMedica International staff writers
Posted on 13 Oct 2022
Print article
Image: MEDICA HEALTH IT FORUM will focus on sustainability – the value of health IT in fighting climate change (Photo courtesy of MEDICA)
Image: MEDICA HEALTH IT FORUM will focus on sustainability – the value of health IT in fighting climate change (Photo courtesy of MEDICA)

When it comes to current developments within international health IT, there is no way around MEDICA (Düsseldorf, Germany), the world's leading medical trade fair and its accompanying program, which offers further professional insights. Apart from the new products of the more than 4,200 participants from about 70 nations at MEDICA 2022, many of whom showcase health IT solutions, the MEDICA HEALTH IT FORUM, an integrated part of the trade fair, will from 14 to 17 November once more offer an overview of top trends in data-driven medicine, provided by highly acclaimed speakers hosting presentations and talks.

With the “Digital Patient Journey”, for example, an important topic will be presented right at the start of MEDICA 2022 on Monday, 14 November, on the program stage of the MEDICA HEALTH IT FORUM. Moderator Prof. Felix Hoffmann, from the Apollon University for Health Care Management in Bremen, has already emphasized that processes in healthcare need improvements. For example, a fracture of the lateral malleolus (ankle bone) usually would only need standard treatment. But if a patient arrives at the hospital late in the evening, it could happen that rather less experienced doctors have to carry out treatment, according to Hoffmann. In this case, software-based check lists could render valuable support – for example those offered by Kumi Clinical. With the help of this software, clinical teams can plan, organize and synchronize treatment following a digital check list. From their arrival to check-ups in the aftermath of inpatient care, patients follow a digital treatment path, which is based on medical standards (SOPs) and can be flexibly adapted. All roles that share a part of the treatment process are integrated: doctors, care givers, service staff, hospital occupancy and discharge management, as well as medical controlling. This is to ensure that all participants are kept current at all times regarding the latest information, and the entire treatment path is followed correctly. The digital voice recognition software “voize” strives to contribute to the optimization of these processes using digital speech assistants, and will also be represented at this forum's symposium.

In a further symposium on Tuesday afternoon, 15 November, there will be a discussion of therapy plans based on artificial intelligence (AI). Alfa AI, for example, uses AI to create a therapy plan. The inherent intuitive application follows patients throughout the entire process, offers transparency as well as the prescribed training plan, including video lessons. In this way, Alfa AI brings together medical knowledge, long-term experience with sports and fitness, insights about proper nutrition and state-of-the-art technology. There are, however, misgivings concerning “check list medicine”. According to Prof. Felix Hoffmann though, these are more a matter of the proper mindset. “How do I approach treatment?”, “When is a customized form of treatment really necessary?”, and “When can treatments be standardized and carried out following previously defined paths?” are important questions in this context. For Hoffmann who is himself a trauma surgeon, it is a given that digitalization alone does not improve processes. The processes themselves also need improving. As a bad example, he cites the electronic prescription, which would in theory be unnecessary if medicines could be accessed directly, without going through a pharmacy. The pharmacists, however, probably beg to differ on this.

Improving processes in health care could also help fight climate change – for example through beneficial use of information technology. “How can Healthcare become more sustainable with digital help? ” is a question that Armin de Greiff, technical director at the university hospital in Essen will ask during the expert panel at the MEDICA HEALTH IT FORUM on Wednesday, 16 November, which is wholly dedicated to the issue of “Green Health & Sustainability”. “You cannot quite align furthering modern data-driven medicine with saving energy,” states de Greiff. However, he emphasizes that using medical networking does save energy, for example by helping to avoid repeat examinations. Images and findings should not be printed, faxed, sent by post and above all not be transported by taxi. Rather, it should be possible to access them anywhere, at any time.

Armin de Greiff further describes the use of AI for the generation of “virtual contrasts”. With appropriate training, networks are said to be able to predict different contrasts from simple data sets and thus save on time intensive examinations. AI could also help to reduce or eliminate the need for contrast agents during CT examinations. Saving on examination time while reducing radiation and contrast agents could be viewed from a sustainable perspective. On the other hand, this also means, according to de Greiff, that the persistent wish for the newest end user devices runs counter to sustainability. He goes on to explain in this context that the ever shortening product cycles serve to improve performance more than to reduce energy consumption. At the same time, he warns: “We are facing a paradigm shift.” With this, de Greiff calls attention to the fact that higher energy consumption in data centers is not necessarily the same as overall higher consumption of energy. Virtualization of the work place, e.g. through mobile working and by outsourcing applications with high processing demands to servers at a data centre, leads to a concentration of consumption, but not necessarily to raised levels of consumption overall.

Dr. Anna Levsen from the Deutsches Krankenhaus Institut, the German hospital association, also strives to improve processes. Her tech talk centers on “Circularity in the Healthcare Industry” on Wednesday, 16 November at 12:00 noon. Expanding on her presentation at the forum, Levsen calls attention to the strict limitations that hospitals face in their actions for sustainability and protection of the climate. However, she insists: “There is a big lever we can use here.” Levsen, too, sees the more sustainable use of, for example, large equipment as a chance. Outdated technical equipment is rather wholly renewed than repaired and kept in the system, as a circular economy would do. One solution could be a service contract with a manufacturer for medical technology, who could maintain the device in good working order. “Hospitals then would not own a device which they would have to throw away in the end, but they would own a contract according to which the company would provide the device, which would be kept usable as a high-quality product,” Dr. Levsen describes this approach. In this approach, manufacturers of medical technology would retain control over their devices.

There is also room to improve for many hospitals when it comes to food, reducing the number of surplus meals and avoiding waste. From a clinical perspective, technologies used in telemedicine within radiology for example, also offer options to reduce the need for resources. If patients must be taken care of at home while receiving telemedical treatment, they also need the appropriate devices and need training in how to use them – and this is often difficult to achieve as Dr. Levsen summarizes: “A lot of things aren't thought through.” Circular economy means that all processes from beginning to end would have to be thought through, and even single-use products could offer a more sustainable solution than expected, especially where hygiene is an issue. We talk a lot about reducing carbon emissions, but we also have to talk about keeping resources in the system,” Dr. Levsen emphasizes. For her, it is clear: “There is a need for action.” The main hindrance from the perspective of the hospital association are a lack of funds for urgently needed investments to protect the climate, which could also help to make the entire energy and resource cycle more efficient. Considering the current gas crisis, Levsen hopes that this will now set things into motion. Another challenge is to get hospital staff "on board”. As a rule of thumb, about ten percent of energy consumption can be saved by the users. Even taking the stairs instead of the lift or bringing your own coffee cup to work could help save resources. On the final day, 17 November 2022, the forum will focus on general developments and their possible relevance with regard to health IT. Some of the topics in the program are “Gender-sensitive medicine” and “New work & occupational health” as well as new developments in AI.

Related Links:

Gold Supplier
Rheumatoid Factors (RF) Test
Rheumatoid Factors (RF)
Hepatitis/HBcAb CLIA Test
Real-Time PCR System
Fecal Occult Blood Test
iFOB Assay

Print article


Clinical Chem.

view channel
Image: ELISA kit for liver-type fatty acid–binding protein (L-FABP). The level of L-FABP present in urine reflects the level of renal tubular dysfunction (Photo courtesy of Sekisui Medical Co)

Urinary Biomarkers Predict Weaning From Acute Dialysis Therapy

Acute kidney injury is associated with a higher risk of chronic kidney disease (CKD), end-stage renal disease, and long-term adverse cardiovascular effects. Critically ill patients with acute kidney injury... Read more


view channel
Image: Ring-form trophozoites of Plasmodium vivax in a thin blood smear (Photo courtesy of Centers for Disease Control and Prevention)

Immune Regulators Predict Severity of Plasmodium vivax Malaria

Cytokines and chemokines are immune response molecules that display diverse functions, such as inflammation and immune regulation. In Plasmodium vivax infections, the uncontrolled production of these molecules... Read more


view channel
Image: Breast cancer spread uncovered by new molecular microscopy (Photo courtesy of Wellcome Sanger Institute)

New Molecular Microscopy Tool Uncovers Breast Cancer Spread

Breast cancer commonly starts when cells start to grow uncontrollably, often due to mutations in the cells. Overtime the tumor becomes a patchwork of cells, called cancer clones, each with different mutations.... Read more
Copyright © 2000-2022 Globetech Media. All rights reserved.