The barcoded sample lifecycle: how to stop losing specimens
A specimen with the wrong name on it is worse than no specimen at all. Here is how barcoding every sample from collection to dispatch removes the guesswork and the risk.
Every result typed by hand is a result that can be typed wrong. Here is how connecting your analysers both ways removes the keyboard from between the machine and the chart.
Walk through a laboratory at the busiest hour and watch what happens after a machine finishes a run. In many labs, a scientist reads the figures off the analyser’s screen and types them, by hand, into a record. It works, until it does not. A digit transposed, a decimal misplaced, a result entered against the wrong sample, and a number that was correct on the machine becomes wrong on the chart. In a lab running hundreds of results a day, the question is not whether this happens, but how often.
Manual transcription is one of the last big sources of avoidable error in an otherwise careful lab. And it is entirely unnecessary, because the machine already knows the answer. The job is simply to let it speak directly to the record.
Interfacing connects your analysers to the laboratory system so that results flow in without anyone typing them. Two-way interfacing goes further: the system can also send the work list to the analyser, so the machine knows which samples to run, and the results come back matched to the right specimen automatically.
Veona Labs interfaces analysers and instruments both ways. The order goes out to the machine; the result comes back to the record, matched by the barcode the specimen has carried since accessioning. The keyboard, and the transcription error that comes with it, is removed from between the analyser and the chart.
The machine already produced the right number. Interfacing simply stops a human from re-typing it into the wrong place.
A one-way feed, where results flow in but the machine is loaded manually, removes some of the risk but not all of it. The scientist still has to tell the analyser what to run and match the run to the right samples. Two-way interfacing closes that loop. The system that knows which tests were ordered tells the analyser directly, and because each sample is barcoded, the result lands against exactly the right patient with no human matching at all. Combined with the barcoded sample lifecycle, it makes a mismatched result genuinely hard to produce.
The obvious gain is speed. Results that used to be read and typed now arrive instantly, so turnaround drops and the clinician waiting for the result gets it sooner. But the deeper gain is where the lab’s skilled staff spend their time. When the machine handles the transcription, the scientist’s attention goes to the work that actually needs a human: validating results, checking against delta checks and quality control, and acting on the abnormal findings that matter.
Because Veona Labs is built into the platform rather than bolted on, interfacing your analysers does not mean commissioning a separate integration project that connects a standalone LIS to everything else. The result that arrives from the machine is already on the same record the clinician reads, so there is no second hop from the lab system to the chart. We make the wider case for this in running a full lab without a separate LIS.
For a lab that lives on speed and trust, removing the keyboard between the analyser and the record is one of the highest-value changes you can make.
See your analysers feed results straight to the record, matched and validated, with no manual typing. Book a demo and we will connect a run with you.
A specimen with the wrong name on it is worse than no specimen at all. Here is how barcoding every sample from collection to dispatch removes the guesswork and the risk.
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We will tailor a demo to how your hospital, clinic, or lab actually runs, offline behaviour, payments, reporting, and all.