A shared and secure work environment between different users within the application. Every data or information stored within the scope of a Lab is only accessible within it.

TeselaGen's proprietary DNA assembly protocol generator, originally developed at the Joint BioEnergy Institute. It automatically designs PCR primers, calculates melting temperatures, and generates build instructions optimized for cost and speed.

A collection of integrated tools grouped by laboratory function (e.g., Molecular Biology Toolkit, Materials and Inventory Management Toolkit). Each toolkit contains specific features and workflows.

A digital record where researchers document experimental plans, observations, and results. Part of organizing and automating experiments.

Individual notebook records in the ELN where experiments are planned and documented.

The output from the j5 protocol generator that breaks down a design and provides the input pieces, oligos, and PCR reactions needed to assemble it in the lab.

A collection of DNA constructs where multiple design variants are systematically combined to explore different genetic configurations.

DNA parts that are sourced with appropriate flanking digest sites for assembly methods.

A design directive indicating where synthesis should be used instead of assembly.

Very long constructs combining multiple genes, often used in applications like developing plant variants.

A design capability particularly useful for DNA assembly strategies like MoClo, allowing users to break down very long target designs into buildable submodules.

Reusable DNA design components based on sequences, used as building blocks for larger constructs.

A specific partition of a sample or another aliquot; often a single well or tube portion. Aliquots are held within plates/containers and have physical information such as volume, concentration, and mass.

A unique identifier assigned to plates or tubes for tracking within inventory and workflows.

Used to group materials in the app and link them to associated jobs. When a batch is active, only inventory items (plates/tubes) associated with that batch are viewable.

The entity representing biological content (DNA, RNA, proteins, reagents, microbes) in the system.

A multi-well container used to hold multiple samples/aliquots for experiments and automation. Plates have defined formats (e.g., 96-well).

A physical instance of a material located in a container. The first instance of a new batch of a material, either formulated (created by combining two other samples) or registered (newly entered into the system).

Alternative physical containers for samples. Racks hold collections of tubes.

Structured representations (tables) of data, often imported via CSV/Excel, used by tools like sequence association or pooling.

Automated system for finding locations in freezers for plates and tubes.

Defines the assignment of materials to plates' wells.

A structured representation defining how input materials (e.g., DNA, reagents, cultures) combine or transform into outputs during a workflow (e.g., assembly, transformation).

These are tools in the Tools Library that automate specific lab tasks. Every one of these tools refers back to core concepts like plates, worklists, and materials.

A defined process that executes a series of tasks or tools, subordinated to a Request from a hierarchical point of view.

A toolkit for creating and executing predefined sequences of tasks (workflow definitions) that automate laboratory processes.

A CSV or TXT file with commands consisting of individual lines with data and instructions for liquid handler machines. Generated automatically by TeselaGen tools for lab automation.

An experimental procedure used to measure or study an assay subject.

Features that let the TeselaGen platform connect with external APIs, custom services, or vendor systems (e.g., Twist ordering, IDT ordering).

Data captured from experiments, associated with a specific unit and dimension.

Definitions that give meaning to columns in experimental datasets.