Getting started
TeselaGen Primer Architect designs primers for targeted-sequencing applications — amplicon panels, tiling schemes, and single PCR primer pairs. The result is a multiplex-ready primer set you can hand straight to a synthesis vendor or load into a Opentrons / Hamilton / Echo deck.
Three flows, one tool
- Gene panel — give it a list of genes (or pick a disease) and it covers every exon with multiplex-ready primers.
- Tiling scheme — for whole viral/bacterial references: overlapping amplicons across the entire sequence.
- Single PCR pair— for one region. Uses TeselaGen's quality presets for Tm, GC content, and 3'-end stability.
Your first design
- From the home page or the tool library, click Start a design.
- Pick a reference genome from the picker. Twelve curated assemblies are live (human, mouse, pig, chicken, zebrafish, drosophila, yeast, E. coli, and more) — or upload your own FASTA via the Upload custom genome button at the bottom of the picker.
- Pick a target gene — directly by symbol/alias, or via a curated disease association.
- On the gene track, drag to choose the base range to amplify, or leave the default of the full gene.
- Tune the scheme parameters (amplicon size, pool count, overlap) and click Design primer panel.
- After ~30 s – 5 min you land on your results page with the full primer list, pool breakdown, and amplicon map. Two extra checks are one click away: Off-target (bowtie2 against the chosen genome) and Variants(gnomAD common-variant scan against each primer's 3' end). Export to BED, TSV, CSV, or a robot-ready format.
Sign in to save your work
Guests can run the wizard end-to-end. To save designs, share them with collaborators, upload your own reference genomes, or generate REST API keys, create a free account on the sign-in page. Existing guest runs in your browser stay local — sign in before submitting to save server-side from the start.
Standalone tools
Beyond the design wizard, the tool library ships an off-target analyzer for vetting a batch of primers without running a full design, and the predesigned panel library for cloning a curated cancer-hotspot or pharmacogenomic panel as a starting point. Single-primer thermodynamic checks (hairpin, dimer) live in our open-tools site — they aren't panel-design-specific.
