One-Step Multiple Insertion Point Cloning

Learn how to perform one-step multiple insertion point cloning using Gibson Assembly or Golden Gate Cloning. SL

How to Perform One-step Multiple Insertion Point Cloning

Learn how to perform one-step multiple insertion point cloning using Geneious Prime. Work with variable light regions, heavy regions, and backbone sequences using both Gibson Assembly and GoldenGate methods.

LENGTH 4 minutes

Common Questions about Multi-insertion Point

What is one-step multiple insertion point cloning in Geneious Prime?

One-step multiple insertion point cloning is an Academic/Enterprise-tier feature introduced in Geneious Prime 2026.1 that enables simultaneous insertion at multiple independent sites within a vector backbone in a single cloning operation. It uses either Gibson Assembly or Golden Gate chemistry and is designed for complex construct architectures — such as multicistronic expression vectors — where multiple distinct inserts must be placed at defined positions simultaneously.

What types of constructs is one-step multicistronic cloning designed for?

One-step multicistronic cloning in Geneious Prime is designed for construct architectures requiring multiple distinct coding sequences assembled into a single vector, such as variable light chain, variable heavy chain, and backbone combinations used in antibody expression constructs. The tool handles the simultaneous design and simulation of all insertion points, reducing what would require multiple sequential cloning steps to a single operation.

Which cloning methods support one-step multiple insertion point cloning in Geneious Prime?

Geneious Prime's one-step multiple insertion point cloning tool supports Gibson Assembly, In-Fusion and Golden Gate as assembly methods. Researchers can select the approach appropriate for their construct design: homology overlap-based assembly (Gibson) or Type IIS enzyme-based scarless assembly (Golden Gate). The tool uses the same shared cloning interface as the individual Gibson and Golden Gate workflows.

How does one-step multiple insertion point cloning differ from standard Parts Cloning in Geneious Prime?

Standard Parts Cloning in Geneious Prime generates combinatorial construct libraries from positional sequence lists. All inserts go into the same region of the vector. One-step multiple insertion point cloning, by contrast, places distinct inserts at separate, independent positions within the vector backbone simultaneously in a single reaction. This is the key distinction for researchers designing multicistronic or multi-domain expression vectors that require positionally specific insertion at more than one site.

Is one-step multiple insertion point cloning available on all Geneious Prime plans?

One-step multiple insertion point Parts Cloning is available exclusively on the Geneious Prime Enterprise and Academic plans, which includes custom pricing, SSO, SCIM, audit tracking, expanded cloud storage, and public REST API access. Standard multi-fragment cloning across all other supported methods remains available on all subscription tiers.

Can I combine one-step multicistronic cloning with cloning validation in Geneious Prime?

After simulating a one-step multiple insertion point cloning operation, researchers can use Geneious Prime's Cloning Validation tool to verify that sequenced clones match the expected multi-insert reference. The validation workflow groups Sanger reads by clone, maps them to the reference construct, and automatically flags sequence variants at any of the insertion junctions — confirming the complex construct before downstream expression experiments.