Precision genomics for everyone, everywhere. Powered by private AI.
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Updated
Oct 8, 2025 - Java
Precision genomics for everyone, everywhere. Powered by private AI.
Analysis of DNA Sequence Classification Using Neural Networks - Bioinformatics Course Project - Winter 2022
A comprehensive Python tool for DNA sequence analysis that provides various molecular biology and bioinformatics functions.
Self-Supervised Pretraining Pipeline for ChordMixer
Flutter-based DNA analysis app | Genetic health reports | Personalized nutrition & fitness recommendations | User-friendly interface
Probabilistic genotyping software (PGS) is used in criminal investigations to help link a genetic sample — such as a sample from crime-scene evidence — to a person of interest (POI).
A Python toolkit for bioinformatics, featuring scripts and projects for DNA/RNA analysis, structural modeling, and classic computational biology challenges (e.g., Rosalind problems).
A robust Python-based bioinformatics tool for comprehensive DNA sequence analysis and manipulation.
DNA sequence analysis toolkit with GUI and CLI.
This project implements a hybrid machine learning approach for classifying breast cancer from DNA sequences using bidirectional embeddings generated by DNABERT. The study processes over 46 million high-quality DNA sequences to distinguish between cancerous and non-cancerous genomic material.
Genome Inspector Web is a user-friendly DNA sequence analysis tool for researchers, bioinformaticians, and students. No downloads are required—analyze raw DNA sequences or FASTA files directly in your browser. Features include transcription, translation, restriction site identification, and more, providing quick and accurate analysis with ease.
A VR-driven exploration of human ancestry — merging genetics, archaeology, and AI to preserve our collective story in open digital form.
Python laborations. Includes an interactive temperature converter, file and error handling, data plotting, and object-oriented DNA sequence analyses.
Zaawansowana implementacja algorytmu wykrywania motywów DNA wykorzystująca metaheurystykę Tabu Search. Projekt oferuje zarówno deterministyczne, jak i probabilistyczne podejście do problemu, wraz z rozszerzonymi funkcjonalnościami do analizy sekwencji biologicznych.
Accepts any DNA sequence and processes it, producing various pieces of information such as a list of all open reading frames, reverse complement sequence, GC content, all possible proteins .etc
Nucleotide sequence visualizer that converts raw input into checker-style tile plots for pattern analysis.
A Java program for analyzing DNA sequences and identifying individuals based on Short Tandem Repeats (STRs). Features profile database creation, STR analysis, individual identification, and relationship detection.
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