Where Biology meets Technology

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Our clients and collaborators

Technology, biology and passion for science.

Bridging technology and biology to protect our planet and future worlds, driven by creativity and passion for science.


01 — The Approach

Our Services & Solutions

Toyoko Bio drives life sciences and biotechnology innovation by uniting bioinformatics, AI orchestration, and cloud infrastructure to turn complex biological data into actionable insights.

Through automated genomic workflows, scalable databases, and hands-on team training, Toyoko Bio empowers organizations to move seamlessly from raw data to scientific breakthroughs and business impact.

Omics Data Analysis

We combine bioinformatics expertise, specialized scientific software, scalable computing infrastructure, and reproducible workflows to turn high-dimensional biological data into meaningful results.

Cloud Migration

We help life sciences organizations migrate bioinformatics workloads, scientific data, and computational infrastructure to the cloud. We design and implement cloud environments that improve scalability, reliability, performance, and cost efficiency while preserving the reproducibility required for scientific computing.

AI Applications (in-house or remote)

We build AI-assisted workflows for genomic and biological data analysis, including sequence analysis, genome assembly, alignment, annotation, and downstream interpretation. AI agents can orchestrate specialized bioinformatics tools, select appropriate analysis steps, and help researchers move from raw data to interpretable results.

Biological Database Solutions

We design databases for genomic sequences, annotations, variants, gene expression, epigenomic data, phenotypes, and other biological information. Data models are designed around the relationships and requirements specific to life sciences.

Education and Training

We help biotech and life science teams turn emerging technologies into practical capabilities. Toyoko Bio delivers hands-on training in bioinformatics, computational biology, AI, and data science: designed for researchers, biotech professionals, and software teams. Book: Python for Bioinformatics

02 — AI Technology

DNALinux is our AI platform project dedicated to making bioinformatics and computational biology more accessible, reproducible, and easier to use.

Our goal is making powerful computational biology tools accessible to everyone, while building the infrastructure needed for the next generation of biological discovery.

From Linux for Bioinformatics to an open platform for AI-powered biology.

03 — TOYOKOLab: Research & Insights

We believe in science interactions

We promote reproducibility, open science, and accessible computational biology infrastructure

2019 — 2026
  1. 2019
    October 30

    Toyoko is born

    November

    We launch the call “Cloud credits for science”

  2. 2020
    February

    First Collaboration Agreement: ToyokoBio — CoCuCo Lab (Conicet)

  3. 2021
    April

    Collaboration Agreement: Toyoko Bio and Structural Bioinformatics Group (SBG) at the University of Quilmes

  4. 2022
  5. 2023
    November

    We collaborate with a group of researchers in AWS Innova-CONICET

  6. 2024
    April

    OmicsContainers

    An open-source repository of bioinformatics containers within the DNALinux ecosystem.

  7. 2025
    June

    Annotation for Fungi V.5

    Protocols.io
  8. 2026
    September

    PaperJEV

    Trying JEV by filtering a week of new biology papers

05 — About

About Us

Founded by biotechnologists specialized in bioinformatics, Toyoko Bio combines deep biological expertise with advanced computational architectures to transform complex biological data into reproducible, decision-ready results.

We bridge digital modeling and experimental biology, enabling faster, more reliable discovery and development pipelines.

Our Founders

  • Portrait of Sebastian Bassi
    Sebastian BassiCo-Founder & CEO

    Software engineer and entrepreneur with a background in Molecular Genetics and a passion for programming, science, and technology. Author of Python for Bioinformatics, he combines software engineering and life sciences to build high-performance computational solutions.

    His experience spans software development, bioinformatics, and technology innovation, with a particular focus on solving complex challenges through code.

    Beyond technology, he writes haikus inspired by classic video games.

  • Portrait of Virginia Gonzalez
    Virginia GonzalezCo-Founder & Science Innovator

    Biotechnologist and bioinformatics specialist with a passion for bridging science, technology, and innovation. Former Innovation Lab Director in the IT industry, now building at the intersection of biotechnology, computational biology, and AI. Exploring the frontiers of biology while promoting open science and education.

    Fascinated by the power of technology to transform the way we understand the world. Curious by nature, passionate about learning, and happiest on a bicycle.

06 — What's Next

We believe the future of Life Sciences will be built through collaboration, bold ideas, and shared vision.

Whether you're an investor looking to support the next generation of scientific innovation, a strategic partner interested in creating new opportunities together, or a talented individual excited about shaping the future of biology and technology, we'd love to hear from you.

Let's connect, collaborate, and build what's next in Life Sciences.

Let's build what's next together ↗
07 — Contact

Let's Talk

Bring us your project, your data, and the biological challenge you're looking to solve.