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Small but powerful: Tiny laboratories for rapid diagnostics

Dear Sir or Madam,

Imagine a patient comes to the emergency room with unclear symptoms - every minute counts. But instead of waiting several hours for laboratory results, small, compact laboratory systems deliver the diagnosis in record time, directly on site.

No delays, no uncertainty - just fast, precise results that enable rapid treatment. In our short report on the mini-laboratories, you can find out how this works and what the advantages are for rapid diagnostics.

Enjoy reading!

Melanie Prüser
Editorial team MEDICA-tradefair.com

Table of Contents

Video: Tiny labs enhance rapid diagnostics
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Areas of application for lab-on-a-chip - where is the technology used?

Image: A graphic with examples of applications for lab-on-a-chip technology
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Tiny labs enhance rapid diagnostics

Video – LAB & DIAGNOSTICS

Image: Samples in a laboratory system for testing and rapid diagnostics
Picture this: Tiny laboratories that take diagnostics to a new level. Our video shows how these mini systems deliver reliable results in the shortest possible time and thus improve medical care.
Click here for the video:
Discover how tiny laboratories deliver precise diagnoses in seconds.
Image: Banner with the text: LAB & DIAGNOSTICS in the MEDICA-Magazine; Copyright: Messe Düsseldorf
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Software robot enhances monitoring of amiodarone treatment

News

DIGITAL HEALTH

A study from the University of Gothenburg shows that a software robot can detect side effects from amiodarone treatment faster than physicians. The automated monitoring process streamlines patient safety protocols, reduces unnecessary lab tests, and supports cost reduction.
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New 3D imaging enhances thyroid cancer diagnosis

News

MED TECH & DEVICES

Researchers at the Swiss Federal Laboratories for Materials Science and Technology, in collaboration with the University of Bern, have developed a 3D imaging method to analyze thyroid tumors with higher precision. Unlike conventional histopathology, this innovative technique allows pathologists to assess entire tissue samples virtually, providing a more comprehensive view of pathological changes.
read more
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AI and nanopore sequencing to enable faster brain tumor diagnosis

News

LAB & DIAGNOSTICS

A research team from Heidelberg University Hospital is working on making brain tumor classification faster and more accessible worldwide. The goal of "DC2M-TAEC: Detection, Classification, Characterization and Treatment Monitoring of Tumors by Accessible Epigenetic Classification" is to improve the identification of brain tumor subtypes and facilitate the selection of optimal therapy options.
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