Company
About SeqBench
A practical bioinformatics workbench for scientists who need to inspect, design, compare and verify sequences without losing the thread of the experiment.
Our focus
Everyday molecular biology should feel like one coherent workflow, not a collection of disconnected calculators.
Design in context
Move from sequence inspection to primer design, cloning, editing and verification without rebuilding the same context at every step.
One result, many surfaces
Use the same underlying tools interactively, in batch workflows or through documented programmatic interfaces.
Show the working
Prefer documented assumptions, named reference sources and results that can be independently checked over opaque claims of certainty.
Purpose
Molecular-biology work rarely begins and ends with one calculation. A sequence is inspected, annotated, edited, designed around, compared with alternatives and eventually checked against experimental data. Yet much of the available software divides that process between expensive desktop packages and isolated web tools that discard the context at every step.
SeqBench brings those routine tasks into a connected workbench. It is built to reduce mechanical work while keeping the scientist in control of the biological judgement: inputs remain visible, assumptions are stated, and outputs can be taken elsewhere for independent review.
Product approach
The product is organised around real laboratory workflows rather than a catalogue of features. Individual tools handle focused questions; the workbench connects sequence editing, construct design, cloning, primer and oligo work, CRISPR planning, file inspection and result verification without requiring the same data to be rebuilt repeatedly.
Interactive pages, batch processing and programmatic access are treated as different ways to reach the same capability. This keeps results and terminology consistent whether a scientist is checking one construct, reviewing a plate or incorporating a calculation into an automated workflow.
Scientific quality
Where a result follows from a published formula, reference table or named convention, the service identifies that basis and keeps the assumptions visible. Calculations are tested with invariants, independently derived examples and regression cases drawn from defects found during review.
Predictive tools are treated differently from deterministic calculations. Their limitations, validation evidence and useful range belong beside the result. A modelled estimate should never be presented with the authority of a consequence that follows directly from the input.
Data responsibility
The workbench is local-first where the task permits it. Connected analyses use the information needed to complete the requested run, and stored project history remains on the user's device unless optional account sync is deliberately enabled. Public-record lookups send only the identifier needed to retrieve that record.
The detailed boundaries—including the limited exceptions for saved links, temporary design sessions and files intentionally submitted for parser support—are set out in the Privacy Policy.
Scope and limitations
SeqBench is intended for research, education and general molecular-biology workflows. It is not a clinical system, is not validated for diagnosis or patient treatment, and must not be used to process patient-identifiable clinical information.
No software result replaces experimental validation or professional judgement. Critical outputs should be checked against an authoritative source and confirmed in the context in which they will be used. The Terms of Service describe these boundaries in full.
Contact
Questions, corrections, bug reports and considered feature requests can be submitted through the feedback form or sent to seqbench.bio@gmail.com.