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The notebook and the management system solve different problems, and most failed implementations start with a requirement that mixes them. A notebook records what a scientist did and thought. A management system moves samples through defined workflows and produces results against specifications. Buying one to do the other's job is the most expensive mistake in laboratory software, and it is entirely avoidable.

electronic records and signatures, the clause a laboratory system is judged against
Part 11
the competence standard a testing laboratory is assessed against
17025
laboratory records, the clause that says what a result record must contain
211.194

The figures in this panel are regulation and standard identifiers, named from the documents themselves and linked below. They are not prices: BioBricks publishes verified prices for synthesis services only, and does not imply a software price index it has not measured.

Working out what you need

  1. Classify your work as exploratory or repetitive. Work that differs every time, where the record is a narrative and an attachment, belongs in a notebook. Work that repeats against a defined procedure with a specification and a result belongs in a management system. Most organisations have both and should expect to buy both, at different times.
  2. Map the sample journey and the decision points. Where does a sample enter, what states does it pass through, who approves each transition, and what record is made at each one? That map is the configuration requirement. Buying before drawing it is how implementations become eighteen month projects.
  3. Decide the deployment model on validation, not on price. Hosted delivery removes infrastructure work and moves qualification responsibilities into supplier assessment and a defined update process. That is manageable, but it must be planned, because a vendor update arriving unannounced into a validated environment is a finding waiting to happen.
  4. Test configurability with a real workflow. Ask the vendor to configure one of your actual workflows during evaluation, and note whether it was done by a consultant or by an administrator. Systems that only the supplier can change become frozen, and every subsequent requirement becomes a change order.
  5. Settle instrument integration early. List the instruments whose data must arrive automatically, and ask what each connection costs and who maintains it when the instrument software updates. Integration is usually the largest and least visible line in the project.
  6. Plan the implementation as a project with an owner. Data migration, master data cleanup, user training, parallel running and a cutover date. Name someone accountable and give them the time. Implementations in this category fail on ownership far more often than on software.

Why comparison lists are a poor guide

Ranked lists of systems compare feature counts, which is the least discriminating property in this category. Every serious product has samples, workflows, audit trails and reporting. What differs is the underlying data model, how configuration is done and by whom, and how well the supplier understands your kind of laboratory.

A sequencing facility, a pathology service and a chemistry testing laboratory need different data models, and a product excellent for one is frequently awkward for another. Shortlist by sector fit and by reference sites doing work like yours, then evaluate on your own workflow.

The audit trail is the product in a regulated setting

What distinguishes a regulated deployment from a convenient one is that every record is attributable, time stamped and unalterable, that changes carry a reason, and that user access is controlled and reviewable. Those properties are either designed in or absent, and they cannot be added by policy.

Ask to see an audit trail export from a live system during evaluation. It is far more informative than any demonstration of the user interface.

Getting your data back out

Before signing, establish exactly how the laboratory's data leaves the system: the format, whether the audit trail is included, whether attachments come with their metadata, and whether it can be done without the supplier's assistance.

This is the clause that matters most in year five and is negotiated least in year one. A system whose export is a set of rendered reports has effectively made the records unmovable.

Common questions

Can one system be both notebook and management system?
Several products offer both, and the combination works when one side is clearly dominant and the other is light. When both needs are substantial, a combined product usually does one of them poorly, and the interface between two good systems is easier to live with.
Is hosted delivery acceptable in a regulated laboratory?
Yes, routinely, provided the supplier is assessed, the responsibilities are documented in an agreement, and the update process is controlled so validated configurations are not changed without notice and reassessment.
What does free software actually cost?
Implementation, configuration, hosting, backup, support and the audit trail features that are usually reserved for paid tiers. For a small group tracking simple work it can be genuinely economical; for anything regulated it rarely is.
How long should an implementation take?
Longer than the sales cycle suggests and shorter than a failing project runs. The determining factors are how clean the existing data is, how many instrument integrations are in scope, and whether a named person owns the rollout.

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Sources

Cite or embed this figure

The median advertised gene synthesis price per base pair in the US research synthesis services market was $0.11 in August 2026, across 4 verified vendor service pages recorded in BioBricks Synthesis Price Index.

Cite as: "BioBricks Synthesis Price Index", updated 2026-08-24, https://biobricks.org/eln-software/.

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median advertised gene synthesis price per base pair · the US research synthesis services market · August 2026

$0.11

Middle 50%$0.07 – $0.15
verified vendor service pages4

Source: BioBricks Synthesis Price Index

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