Gene Synthesis & Cloning
- De novo synthesis up to 10 kb
- Codon optimisation available
Full-spectrum bioservices from experimental design through to data delivery, with a PhD-level scientist as your direct contact. For Research Use Only, not intended for clinical, therapeutic, or diagnostic applications.
Custom-designed, sequence-verified plasmids tailored to your experimental requirements.
Immediate access to commonly used vectors, without the wait.
Mammalian, bacterial and yeast expression systems with diverse promoter and tag options.
Cas9, Cas12a and base editor vectors with gRNA cloning sites.
Fluorescent and luminescent reporters for promoter assays, cell labelling and in vivo imaging.
Optimised helper plasmids for adeno-associated virus, lentivirus and retrovirus production.
All catalogue plasmids are pre-verified by full-length sequencing and supplied with annotated vector maps. Bulk orders and custom aliquoting are available for core facilities and screening centres.
End-to-end solutions from vector design to high-titer viral particle production.
Custom production of adeno-associated virus, lentivirus and retrovirus at research to pre-clinical scales.
Off-the-shelf catalogue of validated adeno-associated virus serotypes and lentiviral particles.
Specialised retrograde and anterograde tracing vectors for neuroscience applications.
Directed evolution services for novel adeno-associated virus capsid discovery with enhanced tropism.
Validated vector systems for gene delivery, stable line generation and neural circuit mapping.
Adeno-associated virus
Lentivirus
Rabies virusDiscovery of novel adeno-associated virus capsids with enhanced tissue specificity and transduction efficiency, from libraries exceeding 107 variants.
Error-prone PCR, DNA shuffling and peptide insertion libraries exceeding 107 variants.
In vivo and in vitro selection rounds tailored to your target tissue or cell type.
NGS-based enrichment tracking and variant identification.
Top candidates packaged with reporter constructs and validated in your model system.
Patient-relevant 3D culture models that recapitulate tissue architecture and function.
Derivation from primary tissue biopsies, iPSCs or adult stem cells.
Immunofluorescence, gene expression profiling and functional assays.
From 96-well format for screening through to large-scale production.
Supported tissue types: intestinal · hepatic · cerebral · renal · tumor
Physiologically relevant models that bridge the gap between 2D cell lines and animal models.
Organoid-based screening reduces late-stage attrition through more translatable efficacy and toxicity data.
Characterised organoid lines banked for longitudinal studies and repeatable screening campaigns.
Panels established from diverse patient cohorts for population-level drug response studies.
Validated freezing protocols with high post-thaw viability and preserved phenotype.
Each line annotated with clinical metadata, genomic characterisation and culture parameters.
STR authentication, mycoplasma testing and morphology verification for every banked line.