Keyword: automation

Photo

Real walkaway automation

The all-in-one molecular laboratory system

The lab-in-the-box design of LabTurbo SP-qPCR All-in-one system offers true automation for the molecular laboratory, the manufacturer reports, adding that this ‘delivers testing confidence and laboratory efficiency. LabTurbo fully automates the complete workflow of molecular diagnostic laboratories. The sample-to-result procedure includes: automatic sample transfer from primary tubes, DNA/RNA…

Photo

Fully automated coagulation analyzers

HORIBA Medical launches Yumizen G1500/G1550

HORIBA Medical announces that the Yumizen G1500 (open tube) and Yumizen G1550 (closed tube) are now available. These fully automated analyzers can manage the diagnostic and monitoring requirements of clinical laboratories with a mid to high workload. Expanding their field of blood-diseases expertise, directly linked to hematology, HORIBA Medical is now able to offer its customers, dedicated and…

Photo

Pathology testing

Multimillion-Dollar investment in the Atellica Solution in Australia

Integrated healthcare provider Primary Health Care has joined forces with Siemens Healthineers to deploy more than 70 Atellica Solution immunoassay and clinical chemistry analyzers. This marks Siemens Healthineers largest contract for in vitro diagnostics testing in Australia, and one of its most robust sales of the Atellica Solution. The analyzers are integrated with Atellica Diagnostics IT…

Photo

Connected laboratory

Digitisation and automation: Game-changers in histopathology?

Often referred to as the ‘Achilles’ heel’ of histopathology, the sample entry has posed considerable challenges in pre-analytics for several decades. We visited the Munich-based lab automation start-up Inveox GmbH. Time-intense, highly manual processes in labs are expensive, error-prone and the most common reason for irregularities in cancer diagnoses. In Germany alone, every year hundreds…

Photo

The EFLM Strategic Conference

Placing the medical lab in a future landscape

The need to ensure that laboratory medicine can meet the future challenges of a rapidly changing healthcare environment sits at the core of an innovative strategic conference for this sector. The agenda of the European Federation of Clinical Chemistry and Laboratory Medicine (EFLM) Strategic Conference in Mannheim (18-19 June) highlighted the challenges, and also outlined areas of discussion to…

Photo

The impact of AI

Radiology and radiologists: a painful divorce

Artificial intelligence based applications will replace radiologists in some areas, the physicist Bram van Ginneken predicts. ‘The profession of radiologist will change profoundly,’ predicts Gram van Ginneken, Professor of Medical Image Analysis at Radboud University Medical Centre. The cause is automatic image analysis by computers (first published in a paper in 1963) and deep learning, the…

Photo

Innovation

Siemens Healthineers debuts new thermocycler and AI-powered interpretation software

At the 28th European Congress of Clinical Microbiology and Infectious Diseases (ECCMID 2018), Fast Track Diagnostics, a Siemens Healthineers company, launches a new molecular thermocycler, the Fast Track cycler, and the complementary new FastFinder software. The Fast Track cycler is a compact platform that enables laboratories of all sizes to implement molecular testing with simplicity and speed…

Photo

Automation

Mass spectrometry is advancing laboratory practice

Mass spectrometry is moving laboratory medicine to increasingly automated discrete analysis methods, resulting in ever faster and more reliable results. It is also leveraging economies of scale as an increasingly cost-effective tool, says Craig Webster, Consultant Clinical Scientist and Clinical Lead, Department of Biochemistry and Immunology at Heartlands Hospital in Birmingham. Speaking about…

Photo

The InnerEye Project

AI drives analysis of medical images

Some time in the distant future artificial intelligence (AI) systems may displace radiologists and many other medical specialists. However, in a far more realistic future AI tools will assist radiologists by performing very complex functions with medical imaging data that are impossible or unfeasible today, according to a presentation at the RSNA/AAPM Symposium during the Radiological Society of…

Photo

A discipline transforming

Adding value with AI in medical imaging

In the next five to 10 years, artificial intelligence is likely to fundamentally transform diagnostic imaging. This will by no means replace radiologists, but rather help to meet the rising demand for imaging examinations, prevent diagnostic errors, and enable sustained productivity increases.

Photo

Follow-ups

Early countermeasures against ineffective cancer therapies

What effect does a particular cancer medicine or radiation therapy have on patients? To find out, physicians use CT images to determine whether a tumor’s size changes during the course of treatment. In the PANTHER project, a joint team of experts aims at gaining further valuable information from these images. In the future, doctors will be able to find out at an early stage whether a cancer…

Photo

Automation in radiology

Machine learning techniques generate clinical labels of medical scans

Researchers used machine learning techniques, including natural language processing algorithms, to identify clinical concepts in radiologist reports for CT scans, according to a study conducted at the Icahn School of Medicine at Mount Sinai and published in the journal Radiology. The technology is an important first step in the development of artificial intelligence that could interpret scans and…

Photo

Work in Progress

Toshiba Medical pushes the boundaries of automation

Automation might be the solution for many of the challenges radiologists and clinicians face today. Toshiba Medical, a Canon Group, is currently pushing the boundaries of what automation can accomplish and presenting their project in progress at this year's RSNA. Overwhelming volume of clinical data every day, limited access to relevant clinical information, missed findings and lack of…

Photo

Microtechnologies and automated systems

How emerging tech can help identify bacteria and antibiotic susceptibility

An SLAS Technology review article by Yiyan Li, Xing Yang and Weian Zhao of University of California, Irvine highlights and synthesizes representative emerging micro- and nanotechnologies, as well as automated systems for bacterial identification (ID) and antibiotic susceptibility testing (AST), including both phenotypic and molecular methods and those at the point-of-care (POC) setting. Also…

Photo

Innovation

Dedicating time to patient care, not to paper work

Intelligent IT solutions are key in meeting today’s and tomorrow’s challenges in healthcare management. Ensuring patients get the attention and individual care they need in time – in light of growing budget constraints and ever-increasing regulations, this is one of the key resource struggles healthcare organisations face today. Healthcare personnel only have as much time on their hands as…

Photo

Flying laboratory

Drones take laboratory logistics to a new level

A Swiss hospital group is using drones to fly medical laboratory specimens between its key centres. In what is believed to be a world first, the eight-hospital Ticino EOC organisation has partnered with Swiss Post and US drone manufacturer Matternet to spearhead faster, more efficient specimens transport. The trial is being held for flights covering the 1.3 km between two of its Lugano hospitals,…

Photo

Achieving a faster workflow

A modular approach to urinalysis

The reasons why doctors request urinary analysis are varied – perhaps to detect a possible or suspected infection, or to screen for kidney diseases. In all cases a reliable and rapid result is the major aim. Urinary microscopy and culture have been the mainstays of urinary analysis for many, many years both of which require time and specialist handling.

Photo

Faster Throughput

Automation and the Future of Microbiology Laboratories

When it comes to automation, clinical microbiology has for many years lagged behind other laboratory disciplines. Robotics and computer processing revolutionized chemistry and hematology instruments decades ago. Meanwhile, clinical microbiologists continue to open specimen containers by hand and grow bacteria using methods familiar to microbiology’s founding fathers from the 19th century.

Photo

Innovation

A swift new lab automation system

‘Every single hour, more than 200,000 people worldwide are being diagnosed or treated with our devices,’ Michael Reitermann, COO of Siemens Healthineers, proudly reports. No reason, however, for Siemens to rest on its laurels. Quite the contrary: the company continues to drive innovation.

Photo

Automation

Faster liquid handling system development for OEM applications

Tecan is making it quicker and easier than ever before for manufacturers to develop instruments for advanced liquid handling applications. The launch of the new Cavro Omni Flex further extends the flexibility and convenience of the company’s popular Cavro Omni Robot by offering more hardware options to complement its precision pipetting, including frames, worktables, power and input/output…

113 show more articles