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Into the Future with Metrology - The Challenges of Medical Technology

Innovation Cluster for Health

Medical measurements have a long tradition at PTB, but they have an even greater future as the development towards quantitative and individualized medicine represents a great challenge for metrology. The measurements have to be accurate and reliable, and they have to create confidence. This is where PTB has its core competence. PTB ensures the traceability of many important measurement procedures required, for example, by the EU's In Vitro Diagnostic Medical Devices Directive, but also by the German Medical Devices Act. With its measurement capabilities, PTB is the world leader in this field. According to the Measures and Verification Act, it is the only notified body in Germany to carry out type examinations of sound level meters. With its statutory mandate, PTB also plays an important role in dosimetry. Metrology is indispensable for one of the most important developments in medicine: the trend towards an increasing number of quantitative measurements. PTB is at the forefront of this research, for example, in the field of quantitative magnetic resonance imaging. Here, the aim is to make the measurements more and more reliable and comprehensible. In this extremely complex interdisciplinary field, intensive collaborations with suggestions and ideas coming from all participants are essential. Therefore, PTB wishes to further intensify its existing good contacts with physicians, hospitals and the medical technology industry. If you are interested, please do not hesitate to contact us!

PTB Medicine Event 2022PTB Medicine Event 2022

Experts discuss about the future of regulation in medical devices

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Metrology for AI in medicine: The PTB team has grownMetrology for AI in medicine: The PTB team has grown

PTB has increased its expertise in AI in medicine 

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News (partly in German)

Mit weltweit mehr als 100 Millionen Untersuchungen pro Jahr ist die Magnetresonanztomografie (MRT) das zweitwichtigste medizinische Bildgebungsverfahren nach dem Röntgen. Doch wer ein Implantat trägt, muss oftmals auf diese potenziell lebensrettende Diagnosemöglichkeit verzichten oder eine geringere Bildqualität in Kauf nehmen. Insbesondere aktive Implantate wie Herzschrittmacher und...

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KI in der Medizin (Symbolbild), Quelle: PTB

Artificial intelligence (AI) is currently pushing a large number of innovations in medicine forward. And this area in particular makes us ask a critical question: How do we know if a new AI system is reliable or not? The EU has started a project in the healthcare sector within the scope of its TEF initiative – TEF being Testing and Experimentation Facilities – to address this question. It is to...

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Zehn Wissenschaftlerinnen und zwölf Wissenschaftler wurden aufgrund ihrer herausragenden Forschung und Reputation als neue Mitglieder in die Deutsche Akademie der Technikwissenschaften (acatech) aufgenommen. Unter ihnen ist Prof. Dr. Tobias Schäffter aus der PTB. Die Berufung ist eine Auszeichnung und ein ehrenamtliches Engagement: Die acatech-Mitglieder bringen ihr Wissen in die Beratung von...

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Using hyperpolarized xenon in magnetic resonance spectroscopy allows molecular substances to be detected with high sensitivity and accuracy. A new approach has been developed at PTB to also enable a quantitative evaluation of such measurements. The new procedure does not require reference samples and is platform-independent.

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Magnetische, fluoreszierende oder elektrisch leitende Kunststoffe? Kein Problem! In der additiven Fertigung lassen sich Kunststoffe durch die Zugabe verschiedener Nanopartikel gezielt verbessern. Die technischen Herausforderungen zur Herstellung derartiger Nanokomposite sind jedoch groß, unter anderem wenn es um die gleichmäßige Verteilung der Nanopartikel geht. Die Physikalisch-Technische...

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More news

Medical research at PTB: PreventionMedical research at PTB: Prevention


Hearing well into your old age

From birth to old age, from ultrasound to infrasound, the correct measurement of sound plays a decisive role everywhere – and that includes PTB.

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Medical research at PTB: Diagnostics and TherapyMedical research at PTB: Diagnostics and Therapy

MEG measuring device

New sensors for biomagnetic signals
The value of the minute magnetic fields of the human heart and brain – and of the research that is going on there.

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Droplet Digital PCR

Laboratory values: valuable indicators for diseases 
These were crucial even before corona: What organic and inorganic biomarkers in the blood or serum can tell us.

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Torso phantom

MRI - Safety first!
Magnetic resonance imaging at high magnetic fields up to 7 teslas gives us perfect images, but it also has to be accompanied by good measurements. 

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Tissue-specific relaxation time

When the MRI scanner does the analyses on its ownt 
The change to quantitative measurements in magnetic resonance imaging is in full swing.

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Percentage of the different types of X-ray examinations

It's the dose that counts  
How high is the radiation exposure during X-rays? PTB is addressing this question in various different ways.

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calibration of dosemeters

Apply the right absorbed dose against the tumor 
Our goal: Fighting tumors while protecting the surrounding tissues. Precise measurements play a crucial role here.

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Medical research at PTB: Digitalization in the Health Care SystemMedical research at PTB: Digitalization in the Health Care System

PTB's AI Strategy
Artificial intelligence in medicine is booming. This also applies to PTB and is reflected by PTB’s new AI strategy.

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Model-based observer and machine learning for high-quality images 
The latest procedures using artificial intelligence to analyze images, such as those from mammography screening.

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ECG database

Matters close to the heart: Artificial Intelligence 
The world’s largest ECG database is from PTB and it helps to train methods of artificial intelligence.

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