---
AI Summary: "\\- Transitioned InVivo Analytics to our software development services,\
  \ enhancing their preclinical imaging capabilities.  \n- Developed 2D and 3D Region-Of-Interest\
  \ editors, image viewers, custom report generation systems, and charting tools.\
  \  \n- Utilized React for building the medical image user interface, delivering\
  \ software ahead of schedule."
Anonymous: false
Assignee:
- J. David Giese
Last Edited Time: '2025-02-01T16:40:00+00:00'
case_study_510ks: []
client_logo:
- 18abd5b7-a754-80c5-93ff-c4a70d69f704
client_name: InVivo Analytics
date: '2015-07-31'
featured: false
medical_panel: ' Pre-Clinical'
name: Preclinical Imaging Analysis Platform
services:
- 9dc4f55a-b5cb-419f-8bae-5e11d6b11fee
summary: Accelerated software development compared to prior general-purpose software
  team
tags:
- Web-App
testimonials:
- 7df2c557-d662-41de-834d-4f9029623798
---

## The Problem

InVivo Analytics is a small academic startup that was interested in our software development services because of our expertise in medical imaging. [InVivo Analytics](http://invivoax.com/) is developing hardware and software to enable fully automated analysis of preclinical imaging studies.

They were looking to build a new team for developing their software, since their existing software partner didn't have medical-imaging expertise and was making slow progress.

## The Outcome

We took over their existing product and delivered working software to their company in a shorter timeline than expected.

## The Solution

We helped InVivo Analytics extend the existing visualization, data analysis, and 3D image reconstruction features of their web application. We also designed and developed:

- 2D and 3D Region-Of-Interest (ROI) editors
- Image-viewers with adjustable windowing and leveling
- A system for custom report generation
- A flexible charting and data exploration tool.

The ROI editor and image-viewers used our [React](https://reactjs.org/) medical image user-interface library.

<figure>
  <img src="/img/portfolio/Preclinical_Imaging_Analysis_Platform-2539f43d09974dbc8e9d9055141a6504.png">
  <figcaption>
    <em>An interactive, web-based 3D ROI editor. Users modify the regions of
    images that are important for analysis using an intuitive, Microsoft
    Paint-like interface.</em>
  </figcaption>
</figure>

<figure>
  <img src="/img/portfolio/Preclinical_Imaging_Analysis_Platform-35b1bffddb5b4f33abeea11cfd608a87.jpg">
  <figcaption>
    <em>InVivoPlot hardware simplifies tomographic imaging of bioluminescent
    reporters in small animals by enabling the capture of four simultaneous
    images.</em>
  </figcaption>
</figure>

<figure>
  <img src="/img/portfolio/Preclinical_Imaging_Analysis_Platform-27236979e20d45b2bb72a7f8ee2dac6d.png">
  <figcaption>
    <em>The web application streamlines statistical analysis in preclinical
    imaging studies where animals are divided into cohorts.</em>
  </figcaption>
</figure>

<figure>
  <img src="/img/portfolio/Preclinical_Imaging_Analysis_Platform-e76eef9c76ac49cc9b4b5e96b25bec8e.png">
  <figcaption>
    <em>Various metrics are calculated based on the ROIs set for each
    project, cohort, and image. The data from these charts is also exported
    in CSV files.</em>
  </figcaption>
</figure>