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Research

Our research received a $25,000 grant.

The project that started ALS Forward uses computational biology to study ALS and PT150. The grant gives the team support to continue the work.

Human motor neurons viewed with spinning-disk confocal microscopy
Human motor neurons viewed with spinning-disk confocal microscopy.

ALS and PT150 research

Computational research focused on PT150.

The team combined biological datasets, machine learning, model interpretation, and molecular docking to investigate PT150 in the context of ALS research.

Samarth Dunakhe, Arnav Sharma, Aryav Das, and Pranav Kulkarni

Grant
$25,000 for the team to continue the research
Recognition
First place, Computational Biology and Bioinformatics, Regeneron ISEF 2025

What the team did

The project brought several computational methods together in one study: biological data analysis, a graph neural network, model-interpretability tools, and molecular docking focused on PT150.

What the grant means

The $25,000 research grant recognizes the strength of the project and gives the team resources to keep developing the work around PT150 and ALS.

The next phase

The work is continuing.

The grant gives the team room to expand the computational analysis and molecular-docking work around PT150, then share what they learn with researchers and potential collaborators. We will update this page as the project develops.