If additional references are added after screening has begun, this will affect the “when2stop” algorithm. As a result, we strongly encourage users to upload all references before screening begins. In…
At this time, you can't clear or remove references after you have begun screening on a project. However, you can easily recreate a project by "cloning" it when you create…
No, when you select “Clear References” or “Clear Seeds” function, you will remove all references or seeds. You cannot remove a subset.
Yes, you can remove all references or all positive seeds from a project if you have not started screening yet by selecting the “Clear References” or “Clear Seeds” button.
When you want to export references by specific status(es), you can use the “Export Filtered References” function. You can export your references in CSV or RIS formats.
When you want to remove your positive seed set from a project, you can select the “Clear Seeds” button. You can not clear a subset of seeds by using this…
When you want to upload a positive seed set to a project before you have started screening, you select the “Upload Seeds” button. See question above: Creating a New Project…
When you want to remove all references from a project, you select the “Clear References” button. You can not clear a subset of references by using this function; you will…
When you are ready to upload references for a project before you have started screening, you can select the “Upload References” button to upload your reference file. SWIFT-Active Screener supports…
You can also use the “Title” search box to help find articles by searching for words in the title and abstract. For example, if I would like to find articles…
From the “Manage References” screen, click the “Level” button and select the appropriate level you wish to view (Level 1 – Title and Abstract Screening or Level 2 – Full…
From the “Manage References” screen, click the arrow next to “Status” to view the dropdown menu. You will see the list of options shown in the list below. Note: some…
Full zebrafish imaging pipeline – from raw multi-well plates to validated phenotypic calls – enabling large-scale developmental toxicology at speed.
Intelligent morphological assessment for cell culture systems. Regional prediction maps reveal sub-well patterns invisible to manual review.
New species, a new assay endpoint, a new image modality – we build on the same AI pipeline behind FINS, CellVision, and SpheroidVision instead of starting from scratch.
Automated high-throughput analysis of 2D/3D spheroids and organoids. Captures morphology, growth dynamics, and treatment responses at scale.