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  • Welcome to Biodock
  • Why Biodock
  • Quickstart
    • Start here (choose a tutorial)
    • Path 1: AI-assisted analysis
    • Path 2: Train a fully-automated AI model
      • Set up your project
      • Label and train
      • Labeling shortcuts
      • Run your AI model
      • Configuring your model
  • AI Projects
    • Project settings
    • Sharing your AI project
    • Training a model
  • AI Analysis
    • Results dashboard overview
    • Download results and reports
    • Correcting results to improve your model
    • Editing objects (QC)
    • Filters (like flow cytometry)
  • Biodock Scripts
    • Biodock Platform Script Guidelines
  • Files
    • Uploading images
    • AWS S3 integration
    • View and manage data
      • Viewing images
      • File details and download
      • Copy, cut, move
      • Sharing data
      • Merging channels
    • Supported image types
  • Public API (Beta)
    • Overview
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    • Examples
    • Resources
      • Files
      • Analysis Jobs
      • Pipelines
    • Limitations
  • Deep AI models
    • Evaluating Performance
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    • Usage limits and team
      • Filesize based limits
      • Run credits limits
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    • Citing Biodock
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  • What you need to start
  • Then, choose a tutorial
  • What can you do with Biodock?
  1. Quickstart

Start here (choose a tutorial)

PreviousWhy BiodockNextPath 1: AI-assisted analysis

Last updated 1 year ago

Biodock makes it easy to identify, segment, and classify objects within your images, quantifying everything from signal intensity, to size, to morphology, or to relationships between objects.

You'll use powerful AI assisted tools like AI Detect (GIF below) and AI Select to automate away most of the effort!

. (AI Detect with two classes)

What you need to start

  • A registered account on Biodock (see ), using Google Chrome (Biodock is only officially supported on Chrome)

  • The images you want to train and analyze with, in a

  • An idea of the type of object or objects you want to identify (ie: cells, organoids, puncta, tissue regions, etc.) on your images.

Then, choose a tutorial

If you just want to do small scale analysis now (small images and/or very few # of images), start with our AI-assisted analysis. You can train a model from your analysis later if you want.

If you have large images (tissue slides) and/or a large number of images, start here - it will be faster to train a model from the beginning. If you want to automate your assay from the beginning, you can go here as well.

What can you do with Biodock?

Examples of what you might be able to accomplish

  • Identify the size, shape, and count of label-free organoids and compare them across groups

  • Count the number, size, and fluorescent intensity of tumor and T cells within each solid tumor

  • Identify areas of inflammation within enormous pathology slides

  • Quantify puncta size and intensity in a in-situ hybridization assay

  • Plain old cell segmentation to find positive cell populations

  • Isolate crypts and epithelial cells within intestinal H&E images

how to register here
supported format.
Path 1: AI-assisted analysis
Path 2: Train a fully-automated AI model