CLOSE

Specials

I agree We use cookies on this website to enhance your user experience. By clicking any link on this page you are giving your consent for us to set cookies. More info

Skip to: Curated Story Group 1
lifesciencesreview
US
EUROPE
APAC
CANADA
  • US
    • US
    • EUROPE
    • APAC
    • CANADA
    • LATAM
  • Home
  • Contributors
  • News
  • Conferences
  • Newsletter
  • Whitepapers
  • Magazine
×
#

Life Science Review Weekly Brief

Be first to read the latest tech news, Industry Leader's Insights, and CIO interviews of medium and large enterprises exclusively from Life Science Review

Subscribe

loading

Thank you for Subscribing to Life Science Review Weekly Brief

  • Home
  • News

Recommended picks

Importance of Safety and Hygiene in Laboratories

Importance of Safety and Hygiene in...

Scientific Solution Providers to Boost the Productivity of Clinical Businesses

Scientific Solution Providers to...

Advancements in the Clinical Laboratory Equipment and Supply Chain in 2022

Advancements in the Clinical...

How Creative Conservation of Lab Supplies Helps Manage Waste?

How Creative Conservation of Lab...

Importance of Laboratory Automation in Microbiology

Importance of Laboratory Automation...

Sustainable Laboratory Techniques for a Sustainable Future

Sustainable Laboratory Techniques for...

What Role does Automation Play in Microbiology?

What Role does Automation Play in...

Top Clinical Lab Equipment and Supply Chain Trends to Watch Out for in 2022

Top Clinical Lab Equipment and Supply...

Importance of Safety and Hygiene in Laboratories

Importance of Safety and Hygiene in...

Scientific Solution Providers to Boost the Productivity of Clinical Businesses

Scientific Solution Providers to...

Advancements in the Clinical Laboratory Equipment and Supply Chain in 2022

Advancements in the Clinical...

How Creative Conservation of Lab Supplies Helps Manage Waste?

How Creative Conservation of Lab...

Importance of Laboratory Automation in Microbiology

Importance of Laboratory Automation...

Sustainable Laboratory Techniques for a Sustainable Future

Sustainable Laboratory Techniques for...

What Role does Automation Play in Microbiology?

What Role does Automation Play in...

Top Clinical Lab Equipment and Supply Chain Trends to Watch Out for in 2022

Top Clinical Lab Equipment and Supply...

An Overview of Clinical Laboratory Technology Trends

Life Sciences Review | Tuesday, September 06, 2022
Tweet

The laboratory environment has been characterized by ongoing rapid and dramatic innovation. There has been remarkable growth in the range and complexity of available tests and services, which is expected to continue.


FREMONT, CA: Laboratory technology is frequently at the cutting edge of medical advances. Before effective treatment, testing techniques to diagnose or screen for a specific condition may be available in some cases. Laboratory technology innovation, which includes new tests as well as advancements in equipment and testing techniques, has made testing more efficient and automated. IT has revolutionised data transfer by reducing the time it takes to order and receive test results and by opening up opportunities for research on large datasets. Several people believe that clinical laboratory technology will become even more important in the delivery of health care in the future. The types of technology used by different types of laboratories differ greatly. The following discussion of technology trends does not imply that these trends are prevalent in all settings. Certain small laboratories, for example, lack the volume of testing required to justify automated or elaborate IT systems.


Despite some progress in automating the preanalytic phase of testing, much of the work in this phase is still done manually. Specimens are transferred efficiently using a pneumatic tubing system in some settings, such as a hospital. Specimens are frequently transported manually by courier to the testing site in an independent laboratory setting. Specimens are collected and labelled with identifying information in most settings of care before being manually entered into the laboratory computer system. Furthermore, most decisions about the specimen's volume and whether it is in the proper type of container are made by a laboratory technician, not a machine.


There are numerous possibilities for automating preanalytic processes. Specimen containers, for example, can be pre-labelled with bar codes that link specimens to identifying electronic information. Substances in the container may also automatically prepare the sample for processing. There has been advancement in optical character recognition hardware and software capable of reading labels. Computer chips embedded in the stopper of test tubes are a possibility in the future. Many processes for specimen preparation, sample quality testing, specimen transport and handling, and automatic accessioning can be automated, but they are not widely used. Internet-based test ordering may improve efficiency and reduce administrative errors during specimen collection and processing. Machines may eventually draw blood samples, and robots may transport samples from hospitalised patients to hospital laboratories.


The analytic stage of testing is more automated in most laboratory settings. Several rounds of sophisticated automation began in the 1960s, resulting in multianalyzers, which are multichannel instruments that measure a wide range of analytes. Groups of tests, known as panels or profiles, can also be run on the same sample using automated technology. In the haematology laboratory, the counting of different types of blood cells has been consolidated and expanded to include automated differentials on the same instrument. In just a few minutes, a chemistry, haematology, coagulation, or urinalysis analyzer can now produce highly precise and accurate results. Consolidation of tests and testing equipment is possible in part due to the interchangeability of operator activities for each type of test. Running tests is made easier by redesigning equipment to look and function similarly on the outside, although they perform very different operations internally.


Weekly Brief

loading
Top 10 Clinical Laboratory Services Companies – 2022
> <
  • Clinical Lab Equipment 2023

    Top Vendors

    Current Issue
  • Proteomics 2022

    Top Vendors

    Current Issue
  • Clinical Lab Equipment 2023

    Top Vendors

    Current Issue
  • Proteomics 2022

    Top Vendors

    Current Issue

Read Also

Qualities to Consider when Choosing Life Sciences Business Consultants for Your Firm

How Biotech Startups can Mitigate Risks in Order to Grow Sustainably

Cellf BIO's BioShincter to Undergo Phase 1 Trail to Test Fecal Incontinence Treatment

Fulcrum Therapeutics Announces CEO Transition

An Overview of Wholesalers' Roles in Complex Supply Chains

Veeva Opening Up Integration Module for Future Opportunities and Applications

Veeva Systems To Accelerate the CRM of Life Science Businesses

The Role of Technology in Advancing Clinical Trials

Loading...

Copyright © 2023 Life Sciences Review . All rights reserved. |  Subscribe |  About Us follow on linkedin

This content is copyright protected

However, if you would like to share the information in this article, you may use the link below:

https://www.lifesciencesreview.com/news/an-overview-of-clinical-laboratory-technology-trends-nwid-903.html