We convert complex biological data into clear scientific answers. Molecular simulations, AI-driven design, and multi-omics analysis — rigorous, reproducible, and built to publish.
Computational bottlenecks should not stall biological discovery. Led by Dr. Bharat Manna, Manna Omics Solutions integrates molecular dynamics, AI-driven structural biology, and genome-resolved multi-omics to decode biological systems across scales — from atomic interactions to ecosystem dynamics. We work with academic research groups and industry teams to deliver rigorous, publication-quality analytics that drive real scientific progress.
Specialized computational services spanning molecular, genomic, and systems scales. Built for research groups and industry teams who need rigorous, reproducible, publication-ready outputs.
From protein–ligand binding to de novo molecular design. We run all-atom and coarse-grained simulations, free energy calculations, and enhanced sampling — combined with AlphaFold, RFdiffusion, and generative AI tools for structure prediction, design, and validation. Every result is reproducible and built for publication.
Learn more →Comprehensive multi-omics services including 16S/ITS amplicon profiling, whole-genome shotgun sequencing, (meta)transcriptomics, (meta)proteomics, and metabolomics. Core capabilities include genome assembly, MAG reconstruction, taxonomic and functional annotation, metabolic pathway reconstruction, and cross-omics network analysis. Data analyzed individually or integrated for systems-level biological interpretation.
Learn more →Comprehensive antimicrobial resistance gene profiling, mobile genetic element tracking, and resistome dynamics characterization across environmental, clinical, and agricultural samples. Applied within a One Health framework linking microbial ecology to public health.
Learn more →Method-focused training in metagenomics, molecular simulation, and reproducible bioinformatics workflows for research groups and graduate students moving into computational biology. Delivered as invited workshops and short courses at universities and research labs, remotely or on-site.
Enquire →Our work is built on established, widely used computational platforms, with reproducibility, scalability, and methodological rigor across every project.
End-to-end MD simulation workflows, from system preparation and force field parameterization to production runs and thermodynamic analysis.
State-of-the-art AI tools for protein structure prediction, molecular design, and generative biology pipelines.
Genome-resolved metagenomics from raw sequencing data to binning, taxonomy, and functional annotation at population scale.
Cross-platform integration of metaproteomics, metabolomics, and transcriptomics data for systems-level biological interpretation.
Antimicrobial resistance gene detection, mobile genetic element tracking, and horizontal gene transfer analysis across environmental and clinical datasets.
Scalable, reproducible pipelines built for HPC environments with version-controlled, documented workflows.
Dr. Bharat Manna is a computational biologist with a Ph.D. from IIT Kharagpur and postdoctoral training at the University of Auckland, New Zealand. His research sits at the intersection of oxidative stress, microbial ecology, and antimicrobial resistance — an area of growing relevance to global One Health challenges.
His expertise spans two scales: atomistic molecular dynamics simulations of protein systems, and genome-resolved multi-omics analysis of complex environmental microbiomes. This dual fluency — from force fields to metagenomes — is the foundation on which Manna Omics Solutions was built.
Gold Medalist, M.Tech Bioinformatics. Winner, SAMHAR-COVID19 Hackathon (C-DAC, DST, NVIDIA).
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Kolkata, India
Remote consulting worldwide
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Academic collaborations, industry projects, and grant-linked consulting — all enquiries welcome.