News, Analysis, Trends, Management Innovations for
Clinical Laboratories and Pathology Groups

Hosted by Robert Michel

News, Analysis, Trends, Management Innovations for
Clinical Laboratories and Pathology Groups

Hosted by Robert Michel
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From Micro-hospitals to Mobile ERs: New Models of Healthcare Create Challenges and Opportunities for Pathologists and Medical Laboratories

New low-cost alternatives to emergency department and hospital visits could require flexibility from pathology groups and clinical laboratories to provide the best quality care

In response to the rising cost of conventional hospital services, innovative healthcare models such as micro-hospitals, bedless hospitals, and mobile and freestanding emergency rooms (ERs), are attempting to lower costs while maintaining quality of care by providing alternatives to traditional ER visits and hospital stays.

This means new challenges and opportunities for pathology groups and medical laboratories that can adapt to the different needs of these new healthcare delivery models. Each different care model will want clinical lab testing services and the reporting of lab test results to be handled in ways that enable these providers to achieve improved patient outcomes.  (more…)

Is mHealth an Opportunity or Threat to Medical Laboratories and Pathology Groups?

As cognitive and cloud computing continue to advance, and mobile technologies become more accessible across the globe, innovative apps and mobile attachments are using algorithms to replace the need for complex and time-consuming diagnostic tests

Mobile healthcare—also known as mHealth—is attracting plenty of research dollars as entrepreneurs look for ways improve consumers’ access to various medical services in ways that could reduce healthcare costs. For that reason, some mHealth solutions may be used by clinical laboratories and pathology groups to give patients faster access to diagnostic services and information about medical laboratory tests.

Most mHealth solutions excel at doing a single, defined task well. In some cases, they are faster and as accurate as human-based testing or observation. However, few solutions can tackle complex diagnostics, such as determining the pathogens involved in sepsis. And mHealth cannot replace the human element of communication and empathy, which will always have a place in the medical process. (more…)

Multi-channel Smartphone Spectrometer Enables Clinical Laboratory Testing Quickly and Accurately in Remote Regions

Researchers say high accuracy of this $150 portable optical spectrometer enables mobile diagnostic technologies to achieve pathology test results comparable to traditional spectrometers costing far more

What’s the latest thing in a smartphone diagnostic device? It’s a multi-channel smartphone spectrometer! Researchers at Washington State University (WSU) designed the device to detect human cancer biomarkers. It’s hoped that this device can improve cancer detection in rural areas where clinical laboratories may not be easily accessible.

The Multichannel Smartphone Spectrometer (MSS) is a highly accurate, low-cost, portable diagnostic device capable of detecting human cancer biomarkers equally well in rural and busy hospital settings. (more…)

Innovator Hospitals Bring ICUs into the Info Age, Using New Design Approaches that involve Medical Laboratory Tests

By consolidating information, automating data collection, and harnessing new cloud computing technologies, doctors hope to silence the endless array of alarms and inject efficiency and personalization into the critical care experience

Some healthcare experts believe it is time that intensive care units undergo a workflow redesign to improve the quality of care they deliver, while reducing or eliminating design elements that contribute to errors. Clinical laboratories have a stake in this redesign effort, as they provide medical laboratory tests for patients in ICUs.

“What I want to do for the ICU is what Steve Jobs did for the iPhone,” said Peter Pronovost, PhD, MD, in an article published in STAT. Pronovost is working to improve both the flow of information and delivery of care in the ICU of Johns Hopkins Hospital in Baltimore, Maryland. (more…)

New 3D Sutures Enable Collection of Biodata In Vivo Using Thread-Based Diagnostic Devices

Engineers have designed a microfluidics and nano-scale diagnostic toolkit suitable for attaching directly to muscle and tissue to monitor biomarkers and stream results wirelessly to care providers and medical laboratories

What would change in medicine if physicians had sutures that could collect and report biomarker data, including the kinds of biomarkers that are used in clinical laboratory tests? Such a product may be feasible, based on newly-published research.

“Smart sutures” are a joint project between Tufts University, Harvard University, and Massachusetts Institute of Technology (MIT) engineers. They announced a thread-based diagnostic device (TDD) system capable of detecting biomarkers and analytes using 3D sutures composed of cotton and synthetic threads.

Processing the cotton and synthetic threads in various ways enhances their natural properties. The toolkit of different sutures developed by the team has exhibited a range of uses—including measuring physical stress at an incision, monitoring pH of tissues and fluids, and measuring glucose. (more…)

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