Provides a user-friendly platform for performing complex bioinformatics tasks, including RNA-sequencing, scRNA-sequencing, and protein folding, without requiring coding or sample sheet formatting. It streamlines workflows by delivering fast, automated results, enabling researchers to focus on analysis rather than technical hurdles.
Funding
Funding not disclosed
Founders
Product
Problem
Bioinformatics tasks such as RNA-sequencing, scRNA-sequencing, and protein folding often require coding expertise and specific sample sheet formatting, creating barriers for researchers without extensive computational skills. The complexity and time required for these tasks can divert focus from data analysis and scientific discovery.
Solution
This platform provides a user-friendly interface for executing complex bioinformatics workflows without the need for coding or manual sample sheet formatting. The platform automates common tasks such as RNA-sequencing, scRNA-sequencing, Nanopore sequencing, ATAC sequencing, Methylation (Bisulfite) Sequencing, Chromatin ImmunopreciPitation (ChIP) Sequencing, protein folding, docking simulations, and variant detection. By streamlining these processes, the platform enables researchers to obtain results quickly and efficiently, allowing them to concentrate on data interpretation and downstream analysis.
Target Audience
The platform is designed for biologists, researchers, and other scientists who need to perform bioinformatics analyses but lack extensive coding skills or bioinformatics expertise.
Features
- User-friendly interface requiring no coding experience
- Automated sample sheet formatting
- Support for RNA-Sequencing
- Support for scRNA-Sequencing
- Support for Nanopore Sequencing
- Support for ATAC Sequencing
- Support for Methylation (Bisulfite) Sequencing
- Support for Chromatin ImmunopreciPitation (ChIP) Sequencing
- Support for Protein Folding
- Support for Docking Simulations
- Support for WGS Variant Detection with GATK4
- Support for RNA Variant Detection with GATK4