Features

  • Diagram of laboratory equipment including a culture flask, a microfuge tube with options to incubate, centrifuge, and remove supernatant, and an assay plate with 24 wells.

    Familiar Elements

    Every part of Qvios is built specifically for a laboratory environment. Tools, units of measurement, and visuals are all familiar to lab professionals.

  • Flowchart showing steps for cDNA synthesis, preparing qPCR master mix, and performing qPCR.

    Reusable Components

    Protocols, procedures, and labware can be saved as separate components that are easy to reuse elsewhere. If you need to run several clean-up routines in one protocol, there's no need to rewrite it each time—just save it once and reuse it forever.

  • Screenshot of protocol settings for RT-qPCR for gene expression analysis on human cell lines, including protocol name, privacy options, team access, and selection of PCR and doxorubicin testing.

    Collaboration Made Easy

    With the Team Plan, you can share protocols with your labmates, and managers can get a broad overview of experiments happening in the lab. You can also share protocols outside the team by simply sending a link.

  • Diagram showing Wells and Volumes with labeled circles, colored dots indicating test results, and a legend for positive and negative results.

    Streamlined Experiment Management

    Run your experiments smoothly using integrated tools like pipetting maps and timers. Organize your results by uploading data directly to Qvios.

  • Screenshot of a laboratory protocol with reagent list, consumables, and instructions for preparing samples for PCR testing.

    Scalable Experiments

    You can set the number of samples and other variables for each experiment, and the steps will automatically adjust for each run. No need to calculate reagents or prepare excess. Saving reagents saves money and benefits the environment.

  • Screenshot of a user interface displaying a table with parameters for a test, including Time, Temp, Shaking, and RPM, with options to adjust values and save changes.

    Side Note

    Skip the separate notebook and add notes, protocol deviations, and sample flags next to the step-by-step instructions. These are directly connected to the experimental steps and are saved for future reference.

  • A screenshot of a data analysis software interface showing three sections. The top section displays three cell culture plates, each with different colored dots indicating different sample conditions, labeled '-/-', 'CTRL', and '+/+' along with an 'Add Category' button. The middle section has controls for step parameters labeled 'Dilution', 'Treatment 1', 'Transfer 3', and 'Result', with adjustable bars. The bottom section is a parallel coordinates plot with color-coded lines representing data variation across the parameters.

    Standardized Data

    All design and execution parameters are stored in a standard format, making it simple to trace them back to the samples and measurement results without extra effort. Powerful visualization tools help you understand how each change impacts the outcome and uncover insights that might otherwise be overlooked.

  • A compilation of three different data charts: a scatter plot comparing transfer volume and result values for three groups, a boxplot showing results for three groups, and a heatmap displaying data patterns across four categories.

    Publication-Ready Charts

    Build your custom interactive chart panel by simply dragging and dropping to add the most important values. Then modify the details to suit your needs.