Enhanced CRISPR off-target analysisA new Off-Target viewer surfaces the 100 highest-scoring off-target sites for a guide of interest, so you can investigate each in detail. The CFD off-target score (Doench et al 2016) is now available, and you can run multiple on-target and off-target scoring algorithms in a single operation. Off-target searching across genomes is also up to three times faster, and you can filter results by setting a threshold for each score, returning only guides that meet it.
More flexible cloningCloning gives you more control over your backbone and inserts. In Gibson and In-Fusion cloning you can choose any backbone fragment from the tag dropdown when a circular backbone is digested into multiple pieces. Golden Gate cloning now supports adding spacers, and changes to your input documents can be propagated through to a Parts cloning result.
Align circular sequencesYou can now align circular sequences. This is specifically for aligning circular sequences: Geneious treats them as circular rather than linear, so you no longer need to linearize them first. Alignments of linear sequences are unaffected.
New feature highlights for Geneious Biologics include Analysis Workflows for batching NGS Antibody Annotation, a Most Common Representative Sequence option, interactive graphs with colorblind-friendly palettes, and more.
One-step multiple insertion point Parts Cloning (Enterprise only)Quickly build constructs with non-contiguous fragments inserted at multiple locations within your backbone vector in a single step. Circular backbones are now accepted and can be linearized by selecting a cut point, or by excising an annotation or interval to create the insertion site.
Run multiple CRISPR algorithms at onceThe Find CRISPR Sites operation now runs multiple algorithms simultaneously from the Cloud Workspace, saving time when evaluating guide RNA candidates across different scoring methods. Two new scoring algorithms have been added: the Cutting Frequency Determination off-target score published by Doench et al. (2016), and a new on-target scoring algorithm published by Doench et al. (2022) that accounts for tracrRNA variants.
Pin Favorite folders for easy accessAdd folders from your Cloud and Local databases to the new favourites section, for quick and easy access to your most commonly used files. Favourites are remembered across devices when connected to the cloud workspace.
SnapGene History ImportImport of SnapGene *.dna files now creates Fragment annotations for the first-level History, showing a record of the simulation method for certain cloning types, and enabling resurrection of parent files directly within Geneious Prime.
Create and save custom Primer Extensions: Choose sequences from your Geneious database to use as primer extensions when designing primers, with annotations carried through to your PCR products.
Advanced Cloud Workflow sharing: Save workflows in the Cloud, and share them with colleagues. You can now share Cloud Workflows with specific people or groups within your organisation, in read-only mode.
Apple Silicon: Speed up your analyses by up to 40% or more on macOS with Geneious Prime now running natively on Apple Silicon (ARM64 architecture).
Cloning Validation Enhancements:Easily group and batch align your sequencing data to virtual clones with usability and performance improvements to the cloning validation tool.
Cloud Workspace: Backup your data and streamline collaboration in the cloud. This release includes performance improvements, support for restoring Deleted Items, and extended sharing options.
QC Report for NGS Sequences: Quickly visualise overall NGS data quality in the new QC Report tab, calculated using the FastQC tool from Babraham Bioinformatics.
Geneious Cloud: Backup your data and streamline collaboration with significant performance enhancements and improved sharing options for Geneious Cloud.
New feature highlights for Geneious Biologics include cluster relationships visualization, assay data heat maps for circular trees and other improvements.
New feature highlights for Geneious Biologics include support for non-antibody therapeutic peptides and the ability to share your analysis options with your team.
Exciting new features for Geneious Biologics include manual sequence editing, dual nanobody (VHH-VHH) support, and protein scaffold reference databases.