Electronic lab notebook for biology scientists

Which brands AI mentions

🥇 Best overall: Benchling

Benchling

Benchling is particularly strong for biology because it isn't merely a digital notebook. It connects experiments with DNA/RNA sequences, plasmids, oligos, samples, inventory, results, and workflows. Its molecular-biology tools include cloning, sequence analysis, primer design and related functionality.www.benchling.com

That's a major advantage if your lab does things like:

• cloning / plasmid construction
• CRISPR
• sequencing
• cell-line work
• protein expression
• assay development
• strain engineering
• high-throughput experiments

You can, for example, have a plasmid or sample linked directly to the experiment in which it was used rather than having the information scattered between an ELN, spreadsheet and separate sequence-analysis program. Benchling also supports templates, permissions, version histories, electronic signatures and audit trails.www.benchling.com

Especially compelling: Benchling currently offers its academic platform free to verified academic researchers, including the notebook and molecular-biology tools.www.benchling.com

Downside: For a small academic lab that just wants to replace paper notebooks, Benchling can be more platform than you actually need. Its full commercial environment is much more oriented toward organizations with substantial R&D/informatics needs.

🥈 Best straightforward academic ELN: LabArchives

LabArchives

I'd seriously consider LabArchives if your priority is "I want a good electronic notebook without turning my lab into an informatics project."

It has strong support for experimental notes, files, images, templates, search, collaboration, audit trails and integrations. It also connects with biology tools such as SnapGene, Geneious and GraphPad Prism.www.labarchives.com

It's particularly attractive for:

• university research labs
• teaching/research institutions
• mixed biology workflows
• labs migrating from paper notebooks
• teams that don't need Benchling's extensive biological data model

LabArchives also currently has a free tier, although with fairly restrictive storage/notebook limits.help.labarchives.com

When I'd choose something else

Choose Benchling if your lab is molecular-biology-heavy and you want your ELN to become the central scientific data system.

Choose LabArchives if you primarily need a polished electronic replacement for paper notebooks and want relatively low friction.

Choose RSpace if sophisticated documentation, configuration and regulated workflows are more important than having the slickest biology-specific environment.

Choose SciNote/Labstep if budget is a major constraint and your needs are mostly experiment documentation, protocols and collaboration.

One useful independent 2026 comparison similarly puts Benchling ahead for instrument integrations and collaboration, while LabArchives is positioned as the more accessible academic option.scientistinprogress.com

My recommendation by lab

• 🧬 Molecular biology / genetics: Benchling
• 🦠 Microbiology: Benchling or LabArchives
• 🧫 Cell biology: Benchling
• 🧪 General academic wet lab: LabArchives
• 🏢 Biotech startup: Benchling
• 💊 Regulated biotech/pharma: Benchling or RSpace, depending on validation/compliance requirements
• 🎓 Academic lab with verified academic accounts: Benchling is especially hard to beat because of the free academic offering

Bottom line: If I were starting a new biology lab today and expected the lab to generate substantial molecular/biological data, I'd pick Benchling. If I wanted a simpler, more traditional ELN for an academic lab, I'd pick LabArchives.

If you tell me what kind of biology you do (e.g., molecular biology, neuroscience, microbiology, cell culture) and roughly how many people are in the lab, I can narrow this down to the best 2–3 choices and compare actual 2026 pricing, data storage, integrations, and migration difficulty.