Skip to content

GSOC 2020 PROJECT

Adding Bio-Statistical Machine Learning Models and Graphical visualization to ABioTrans V2

ABioTrans is a bio-statistical/informatics tool, developed in R for gene expression analysis. The tool allows the user to directly read RNA-Seq data...

Contributor
Rahul Agrawal
Mentors
Kumar Selvarajoo, Mohamed Helmy
Organization
National Resource for Network Biology (NRNB)Science and medicine
Program
GSoC 2020Completed · Beginner difficulty

About this project

Description from the program archive

<p>ABioTrans is a bio-statistical/informatics tool, developed in R for gene expression analysis. The tool allows the user to directly read RNA-Seq data files deposited in the Gene Expression Omnibus or GEO database. It provides easy options for performing very commonly used statistical techniques, namely, Pearson and Spearman rank correlations, Principal Component Analysis (PCA), k-means and hierarchical clustering, Shannon entropy, Noise (square of the coefficient of variation), differential expression (DE) analysis, and gene ontology classifications</p> <p>This project aims to develop the 2nd version of ABioTrans. ABioTrans version-2 will be web-based and will provide extensive analysis options to the gene expression analysis results such as pathway enrichment analysis, gene function, t-SNE, Protein Protein Interaction, SOM , SVM as well as publication-ready visualization options including network visualization using Cytoscape.JS As the current version of Abiotrans is not online, it gets very difficult and time consuming process for the biologist who want to perform few analysis. As it's a very time consuming &amp; tedious process. So, taking it online will solve a huge problem.</p>

From the people who did it

No proposal or progress posts shared yet

Worked on this project? Share the proposal that got you selected and the posts you wrote.

Claim this project
  1. Implementation of SBML-JSON converter and SBML-JSON scheme

    HemantMentored by Matthias König, Lucian Smith, Andreas Dräger +1

  2. Development of a system that generates spatial SBML models using deep learning

    Medha BhattacharyaMentored by Kaito Ii, Akira Funahashi, tokkuman

  3. Developing a tool for implementing clustering algorithms to Cytoscape app ClusterMaker2

    Maija UtriainenMentored by Dexter Pratt, John "Scooter" Morris, ALEXANDER PICO

  4. LACE-View : A Visualizer for Longitudinal Clonal Trees

    Bhavesh NarraMentored by Marco Antoniotti, Daniele, Alex Graudenzi

  5. Improving compmodelmatch.org

    Sahil JhaMentored by Danny Fryer, Michael Blinov

  6. Implement a comment/discussion system in GraphSpace

    Yash Agarwal_Mentored by Daniyal Jahan, Aditya Bharadwaj, T. M. Murali

  7. Enhancing PathwayMapper in cBioPortal and PathwayMapper editor

    Merve KılıçarslanMentored by Ugur Dogrusoz, ALEXANDER PICO, Onur Sumer +1

  8. Redevelop Model Bricks code base architecture

    Saksham RaghuvanshiMentored by Ann Cowan, Frank Morgan, Michael Blinov +1

  9. Simulation of systems biology models in Java: support for new features

    Hemil PanchiwalaMentored by Shalin Shah, Matthias König, Mykola Zakharchuk +1

  10. Integrating RRPlugins with libRoadRunner

    Debashish RoyMentored by Kiri Choi, Herbert Sauro

  11. Integration of sequence visualization into SynBioHub

    Linhao MengMentored by Geoff Baldwin, Christopher Myers

  12. Spreadsheet Plug-in for SynBioHub

    Isabel MarleenMentored by Christopher Myers, JVM, jakebeal

Data: Google Summer of Code public archive. This project in the official archive