Bio-DX
Bio-DX
Pioneering the future of industry with innovative biotechnology
What is Bio-DX?
Bio-DX
Value
Value
Why we are chosen?
Reasons
What is Bio-DX?
Bio-DX (Bio-Digital Transformation) is an innovative approach that accelerates industrial progress by integrating high-throughput biotechnology with advanced computational methods. PtBio leverages this methodology to maximize the potential of biological resources across various industries.
Bio-DX (Bio-Digital Transformation) integrates advanced biotechnology with computational methods to expedite industrial innovation in the life sciences sector.
The Value of PtBio's Bio-DX
PtBio's Bio-DX enables data-driven decision-making and facilitates accurate and swift policy formulation through high-resolution genome sequencing using leading-edge instrumentation and advanced bioinformatics analysis. It contributes to cost reduction by streamlining experimental design and analysis, thereby eliminating unnecessary experiments.
By utilizing genomic data from unexplored useful biological resources, we offer opportunities for new market development and innovative product creation. Additionally, we contribute to sustainability through the development of environmentally adaptive varieties and bio-based material production.
Our collaboration with Hiroshima University facilitates the efficient translation of recent scientific discoveries into practical applications, potentially leading to the development of novel products and services.
The Advantages: Cutting-Edge Bio-DX Solutions
Advanced Data Analysis Infrastructure and Data-Driven Decision Making through University Collaboration
PtBio has established an integrated data analysis platform that combines advanced genomics research with industrial applications through our joint research laboratory, the Bio-DX Lab (Professor Hidemasa Bono, Graduate School of Integrated Sciences for Life), in collaboration with Hiroshima University.
At the core of our approach is a proprietary bioinformatics pipeline that effectively connects university research resources with corporate development capabilities. This collaboration enables sophisticated analysis that integrates genomes, genes, and pathways using the latest algorithms.
Moreover, through ongoing personnel exchanges with the university, we continually incorporate the most advanced knowledge and technologies, rapidly translating the latest academic achievements into industrial applications. This unique framework significantly reduces the time from basic research to practical application, accelerating innovative technology development and product creation.
High-Precision Genome Data Acquisition with Cutting-Edge Equipment and Advanced Bioinformatics Analysis
PtBio offers solutions that combine advanced analytical technologies and extensive industry experience, leveraging high-throughput sequencing platforms such as PacBio Sequel IIe for long-read sequencing and Illumina NextSeq2000 for short-read sequencing. By integrating diverse analytical methods including Hi-C for chromatin conformation, Iso-seq for full-length transcript sequencing, and MAG (Metagenome Assembled Genome) for environmental microbiome analysis, we achieve comprehensive and high-resolution genomic and metagenomic analyses. We also construct optimal analysis pipelines tailored to the characteristics of each project, maximizing data quality and analysis efficiency. This adaptable approach enhances the discovery of novel biological insights and potential biomarkers that might be overlooked by conventional analyses, thereby adding significant value to our clients' research pipelines and accelerating product development.
Based on our track record of successfully analyzing the genomes of numerous industrially useful organisms, we deploy a flexible approach capable of handling a wide range of species.
Innovative Approaches to Diverse Industries Through the Utilization of Industrially Useful Organisms
PtBio is deploying a unique approach that focuses on previously overlooked industrially useful organisms, harnessing their potential across diverse industrial sectors. This approach is realizing groundbreaking breakthroughs in a wide range of fields, including food development, agricultural technology innovation, environmental impact reduction, and bio-manufacturing. Furthermore, the insights gained from researching industrially useful organisms are contributing to the understanding of new life phenomena that could not be discovered in model organisms, thus advancing basic science.
By swiftly connecting these basic research findings to industrial applications, leveraging frameworks such as joint research with Hiroshima University, we are enabling innovative product development and technological innovation that go beyond conventional boundaries.
Through these initiatives, PtBio is contributing to solving societal challenges and realizing a sustainable future.
Publications：1. Tamura K, Sakamoto M, Tanizawa Y, Mochizuki T, Matsushita S, Kato Y, et al. DNA Res. 2022;30:dsac044., 2. Nakamae K, Bono H. Gene and Genome Editing. 2022;3–4:100018., 3. Toga K, Sakamoto T, Kanda M, Tamura K, Okuhara K, Tabunoki H, et al. G3 Genes|Genomes|Genetics. 2024;:jkae127., 4. Nakamae K, Bono H. Bioinform Adv. 2023;3:vbad114., 5. Nakamae K, Kakuzaki T, Yamamoto K. 2023., 6. Nakamae K, Ide S, Ohnuki N, Nakagawa Y, Okuhara K, Bono H. 2024;:2024.04.17.589649.
Main Services
Our Bio-DX services are customizable to meet your specific needs. By integrating cutting-edge technology with expert knowledge, we elevate your research and development to the next level.
For detailed quotations or consultations, please don't hesitate to contact us.
High-Throughput Genome Sequencing and Analysis for Industrially Useful Organisms
High-Throughput Transcriptome Analysis for Industrially Useful Organisms
High-Resolution Environmental Microbiome Functional Analysis
