Short answer. Medical laboratory software in Algeria in 2027 holds five things. A file and tubes: the patient, the prescription, the requested tests, one barcode label per tube, collection with receipt, the sampling time; the tube carries the file, and it is scanned at every step. Connected analysers whose results the application reads, and double entry for what cannot be read, with the reagent lot noted on each result; nothing is retyped from a sheet. A two-step validation, technical then biological, where the application flags out-of-range values against the ranges the lab wrote and logs who validated what. A signed report, sent to the patient by WhatsApp with a signed link that expires, copy to the prescribing doctor, with a status “in progress” then “available” that replaces the calls. And a management view that reads, per section, turnaround against the written target, what awaits validation, reagents per lot, the home round and collections.
This guide is for the biologist running a private lab of one hundred to three hundred files a day, the group connecting several sites to central validation, the clinic with its own lab, and the founder living in France who wants a network of labs with the online report they know. In the common description, a medical biology laboratory is where biological fluids are sampled and analysed under the responsibility of medical biologists who interpret the results, and the pre-analytical phase covers sampling, labelling, request registration and centrifugation; it is the biologist who validates the tests. Most laboratory analysers can transmit their results to software, often through a standard interface; the exact protocol depends on the instrument and is checked machine by machine at set-up. This guide builds the application around those objects, the tube, the value, the validation, with what is specific to Algeria: collection at the desk, WhatsApp before a portal, the network dropping on the home round, and the patient going back to France. It does not cover licensing, accreditation, fee schedules or third-party payment rules: the application applies the ranges, turnaround targets and prices the lab writes.
Laboratory software, in five layers
The analysers are the accented layer: as long as values are retyped, validation checks typos.
File and tubes. One file per request: patient, prescribing doctor, tests, tubes to draw per the catalogue, barcode labels printed at registration, collection with receipt, status visible to the patient; what the clinic software guide describes for a consultation, plus a tube that carries the file and is scanned at sampling, centrifugation, the analyser and storage. Analysers. Each connected analyser sends its results, the application attaches them to the scanned tube and the file; what cannot be read, a manual serology, a slide, is entered twice by two people; the reagent lot in use is noted on each result, so the files touched by a lot can be listed one day. Validation. Ranges per test, sex and age are written by the biologist; the application flags out-of-range values and deltas against the previous file, the technician validates technically, the biologist validates biologically and comments; who, when, logged per the roles guide.
Report. Signed, produced as PDF, sent to the patient by WhatsApp with a signed link that expires per the trustworthy files guide, copy to the doctor; the patient sees “in progress” then “available”, and the agent of the WhatsApp agent guide answers “are my results ready?” from that status, never by reading values. Management. The board of the dashboard guide: median turnaround per section against the written target, files awaiting validation, out-of-range counts, reagents per lot with expiry and thresholds per the stock guide, home round, collections, accounting export per the integration guide; where patient data is hosted is decided with counsel, per the hosting guide.
One file’s path: registration, tubes, analysers, validation, report
The figure follows a nine-test file, from the label at 7:40 to the report sent at 10:45.
Registration: at 7:40 the file is created from the prescription, three tubes are to be drawn per the catalogue, three barcode labels print, collection is made with a receipt; the patient leaves with the file number and the link where they will see the status. Sampling and centrifugation: tubes are scanned at collection, with time and sampler, then scanned in and out of the centrifuge; a missing tube is known at 8:31, not at noon. The analysers: at 8:50 the haematology analyser returns twenty-two values for this tube, at 9:20 the biochemistry analyser eighteen; the application attaches them to the file by barcode; at 9:40 three serology values are typed by hand, twice, by two people, and the application compares.
Validation: at 10:05 technical validation sees forty-three values and two out-of-range flags against the ranges the lab wrote; at 10:40 the biologist validates, comments the glucose at one point forty-two, and signs. The report: at 10:45 a background job per the background jobs guide produces the signed PDF, sends it to the patient by WhatsApp with a signed link, and to the prescribing doctor; the link status turns to “available”. Three hours five, against a written four-hour target for routine. File, values and times are a constructed example.
«The tube is scanned at every step, values come from the analysers and not from retyped paper, the biologist validates what is out of range, and the patient receives a link, not a photo of a sheet.»
Putting a laboratory under software, in six beats
Connecting the analysers is the accented beat: it is what removes the retyped sheet.
Write the catalogue: tests, tubes per test, ranges per sex and age, turnaround targets per section, prices; with the biologist, without code. Label and collect: the file, one label per tube, the receipt, the status to the patient; a dry-run day with labels before touching the analysers. Connect the analysers: machine by machine, check the output format, attach by barcode, compare one week of read results with retyped results before cutting the sheet; double entry for what stays manual.
Validate: out of range and deltas flagged, technical then biological validation, comments, log. Send: signed report, WhatsApp link, copy to the doctor, status; a prescribing doctor with software can receive the report through the integration. Read the board: turnarounds per section, awaiting, reagents per lot, round, collections, Saturday review with the biologist.
The biologist’s board: sections, pending validation, turnaround, reagents, round
The figure is what the biologist reads at 11:00: five sections, twenty-three files awaiting their validation, three reagent lots to watch.
Sections: one hundred and eighty files and five hundred and forty tubes in the day; haematology and biochemistry, connected, deliver in under four hours; serology, in double entry, in five hours twenty; microbiology in forty-eight hours; hormonology, the afternoon batch, in six hours fifty against eight; each target is the one the biologist wrote for their section. Awaiting validation: fourteen biochemistry files wait at 11:00, that is where the biologist goes first. Out of range: forty-five in the day, each flagged against the written ranges, each commented or not at validation.
Reagents: three lots expire within thirty days, two references are under the written threshold, the order is proposed; the lot in use is noted on each result. The home round: fourteen samplings, twelve done, two on the way; the sampler scans tubes at collection on an app that does not wait for the network, per the offline application guide, and the files are ready when they return. Collections: one hundred and eighty files, six hundred and twelve thousand dinars, one hundred and eighty receipts; third-party payment and agreements are outside this guide. Sections, turnarounds and figures are a constructed example.
«The biologist reads per section the files, what awaits their validation, turnaround against the written target and out-of-range results; reagents are tracked per lot, and the home round scans its tubes without network.»
Six real situations, and what the application does
Each row is a sentence heard in a lab, and the answer is a scanned tube, a read value or a signed link, not one more secretary.
A result retyped with a typo: values come from the analyser; what is manual is entered twice; an out-of-range value is flagged before validation, not found by the doctor. Two tubes with the same name: each tube carries its file’s label, scanned at sampling, centrifugation and the analyser; homonyms do not exist for a barcode. “Are my results ready?”: the patient sees the status on their link, gets a WhatsApp at validation, and the agent answers from the status; the desk no longer answers twenty times a morning.
The patient went back to France: they receive the signed report on a signed link that expires, not a photo of a sheet; the doctor in Marseille gets the copy; and if they pay from France, the two-currency guide applies. An expired reagent was used: the lot is noted on each result; the alert went out before expiry; if a lot is a problem, the affected files are listed in one query. The home round without network: the sampler’s app scans tubes and records the time without network, and sends on return; the notebook disappears.
Laboratory software in 2027, in weeks
Six weeks, the first without code, and two for the file, tubes and analysers, because validation, sending and the board are only readings of values read on scanned tubes.
- What the biologist sees: at 11:00, what awaits their validation per section; every day, median turnaround against their target; every week, reagent lots under thirty days and files outside target; on their phone, critical out-of-range values to validate.
- What the lab stops doing: retyping analyser results, swapping two tubes, answering “not yet” twenty times, sending a photo of a sheet, searching which files a reagent lot touched.
- What is measured: turnaround per section and file, share of read versus typed values, out-of-range counts, files awaiting validation, reagent lots and expiries, tubes scanned on the round, collections and receipts.
Week 1, catalogue and rules: tests, tubes, ranges, turnaround targets, prices; with the biologist. Weeks 2 and 3, file, tubes, analysers: registration, labels, collection, status to the patient; analysers connected machine by machine, read-versus-retyped comparison for a week, double entry, lot per result. Week 4, validation and sending: out of range, deltas, technical and biological validation, signed report, WhatsApp link per the notifications guide, doctor copy.
Week 5, reagents and round: stock per lot, expiry, thresholds, proposed order; the sampler’s offline app. Week 6, management: turnarounds per section, awaiting, out of range, collections, accounting export, Saturday review. A multi-site group adds central validation: tubes are scanned at each site, each site’s analysers send, and the biologist validates from wherever they are; a dental practice or clinic sending its samples follows the same report by link, as in the dental practice guide.
- Does laboratory software in Algeria start with the report?
- No, with the tube. If the tube does not carry a barcode label scanned at every step, the report will sometimes be another patient’s; and if values are retyped, validation checks typos. The file, the labels and the analyser connection are the first thing built; validation, sending and the board read what the tubes and analysers wrote.
- Can every analyser be connected?
- Most analysers can transmit their results to software, often through a standard interface; the exact protocol depends on the instrument, and it is checked machine by machine at set-up, with a week of comparison between read and retyped values before the sheet is removed. What cannot be connected, a slide, a manual serology, is entered twice by two people and the application compares.
- Who sets the ranges and the turnaround targets?
- The biologist: ranges per test, sex and age, and turnaround targets per section, are written in the catalogue; the application flags what falls outside the ranges and measures turnaround against the target. It sets no range and this guide gives none; licensing and accreditation rules are for the biologist and counsel.
- How does the patient receive their results?
- Through a signed link sent on WhatsApp at validation, which expires after a period the lab writes, with the signed report as PDF; the prescribing doctor gets the copy. Before validation the link shows “in progress”, and the WhatsApp agent answers from that status without ever reading values. A patient back in France receives the same link, and can pay from there.
- Where is patient data?
- In a database whose location is decided with counsel, in Algeria or elsewhere, per the hosting guide; reports are stored behind a signed access that expires, and each read is logged. Who sees what, technician, biologist, desk, doctor, is written in the roles, and a result is never in a phone’s gallery.
- And the home-sampling round?
- The sampler has an app that does not wait for the network: tubes are scanned at collection with time and place, files are already registered and labelled, and everything goes out when the network returns without duplicate. The lab sees samplings done and on the way, and the analysers receive tubes already attached to their file.
- How long to put this in place?
- Six weeks in the standard calendar, the first without code and two for the file, tubes and analysers. A single-site lab with two analysers and a clean catalogue takes less; a multi-site group with central validation and many manual tests takes more, the time to connect each machine and write each range.