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Hi there 👋

I’m Vijini Mallawaarachchi—I’m a Research Associate in Bioinformatics at the Flinders Accelerator for Microbiome Exploration, Flinders University. I enjoy developing algorithms, writing code, reading and blogging.

My current research work is focused on algorithms and computational models related to the construction of metagenome-assembled genomes (MAGs). Metagenomics involves the study of genetic material obtained from the genomes found in microbial communities. A microbial community can contain a large number of organisms. My work focuses on developing methods and tools to investigate the taxonomic structure of a given metagenomic sample.

Repo Highlights

The first automated tool to make use of assembly graphs to refine binning results from existing metagenomic contig-binning tools.

Next generation of GraphBin that refines binning results from existing metagenomic contig-binning tools using assembly graphs. GraphBin2 also assigns contigs to multiple bins if they are shared between different species.

The first stand-alone metagenomic contig-binning tool that makes use of assembly graphs apart from composition and coverage information for binning.

Resolving high-quality bacteriophage genomes from fragmented assemblies of viral metagenomic data using graph algorithms and flow decomposition techniques.

Vijini Mallawaarachchi's Projects

agtools icon agtools

Tools for manipulating assembly graphs

checks icon checks

Checking the presence of a species in a metagenomics sample with known taxonomic composition

dnaapler icon dnaapler

Reorients assembled microbial sequences

hecatomb icon hecatomb

hecatomb is a virome analysis pipeline for analysis of Illumina sequence data

kitchenhunt icon kitchenhunt

Kitchen Hunt: Recipe Search with Ingredients in your Kitchen

koverage icon koverage

Quickly get coverage statistics given reads and an assembly

nektool icon nektool

Cookiecutter profile for making a NextFlow-based bioinformatics tool

phables icon phables

🫧🧬 From fragmented assemblies to high-quality bacteriophage genomes

phicore icon phicore

work in progress. but got to do with phage genomes because they are awesome!

phold icon phold

Phage Annotation using Protein Structures

phynteny icon phynteny

Predict the function of phage hypothetical proteins using an LSTM model trained with Phage Synteny

reneo icon reneo

🦠🧬 Unraveling Viral Genomes from Metagenomes

scitrack icon scitrack

library aimed at scientists who want a simple tool to help log research computations

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