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June 21, 20260 citationsOpen Access

QSAR in the browser: An interactive cheminformatics web application

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GLGraham LaddsTRTheo Redfern-NicholsSMSyed Zayyan Masud

Key Points

  • The aim is to create an accessible cheminformatics tool that requires no programming knowledge for users.
  • Developed a static web application hosted on GitHub Pages.
  • Integrated tools for accessing the ChEMBL database and user data uploads.
  • Enabled interactive data visualisation, analysis, and lightweight machine learning model training.
  • Users can perform cheminformatic analyses directly on their devices without server dependence.
  • Offers broad accessibility for both experts and non-experts in cheminformatics.

Abstract

Cheminformatic analysis has been an active field for almost half a century, with considerable innovation accelerating drug discovery. However, the requirement for programming expertise prevents its popular use, often necessitating collaboration between multiple disciplines to integrate cheminformatics tasks into drug discovery pipelines. Various efforts have been made to mitigate this issue at the cost of cross-platform compatibility and preservation of data privacy. We introduce a static web application, QSAR, Quantitative Structure-Activity Relationship In The Browser (QITB), that performs various cheminformatic analyses on the user’s device, with no external server required. It includes tools to access the publicly available ChEMBL database and tools for users to upload their own data. It automatically processes data, offers a range of interactive tools for data visualisation and analysis, and supports the training and evaluation of lightweight machine learning models. By being hosted on GitHub Pages, the QITB web app is broadly accessible and enables the use of cheminformatics by experts and non-experts alike.

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Cite This Study

Ladds et al. (2026) studied this question.

synapsesocial.com/papers/6a377fdd24f042ddf4c5a27ahttps://doi.org/10.17863/cam.131347
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