What does TLA stand for?

The total laboratory automation system installed in March 2009 at Presbyterian (February 2009 at Shadyside) is comprised of sorters, centrifuges, aliquoters, general chemistry and immunochemistry analyzers, and a refrigerated storage (stockyard)--all connected to a robotic track.

An overview of the clinical diagnostics automation market in Brazil; analysing separately the three automation segments: automated analyzers, stand-alone automation and total laboratory automation.

These trends started with the development of walkaway testing platforms for all major areas of diagnostic testing; continued with the introduction of molecular diagnostics, progressive automation, and the integration of general chemistry with immunochemistry; and culminated with total laboratory automation, to mention just a few.

Many of the early total laboratory automation or TLA systems came with a laboratory automation system or LAS, which determined the routing of specimens within the automation line.

Many articles showcase large total laboratory automation (TLA) installations at primarily academic medical centers or hospital networks with bed capacities in the thousands.

Actual laboratory construction * commence bidding/contract negotiation * complete legal documentation * begin actual construction * inspect before actual occupancy Source: Karlsberger Laboratory and Technology Group Table 2 Benefits of total laboratory automation 1.

Total laboratory automation immediately plunges the laboratory into expensive full-scale automation.

Total laboratory automation systems automate all five steps in the test process, including preprocessing (sample inspection, sorting, and exception handling), processing (additional sorting, centrifugation, liquid level sensing, quality assessment, exception handling, and cap removal), analysis (sipping from primary tubes, manual aspiration of stats, exception handling, and repeat analysis), post-analysis (recapping and exception handling), and storage and retrieval (sample logging, creation of storage arrays, placement in cold storage, retrieval of repeats, exception handling, and disposal of finished specimens).