Bioinformatics analysis
Proprietary applications tailored to
support ex vivo human data interpretation
Complex datasets need in-depth analysis
At the forefront of immunological research, multi-omics analysis—integrating diverse data types such as secretome (cytokines/chemokines) and transcriptomics—has become the go-to approach for uncovering comprehensive insights into immune responses and molecular mechanisms. This convergence of data streams provides a more holistic view of biological processes, but it also creates vast, complex datasets that demand specialized tools for interpretation.
Proprietary bioinformatics-based applications
Genoskin has developed proprietary bioinformatics-based applications that streamline the analysis of large datasets generated from studies conducted in-house. These tailored solutions enable our team to interpret complex secretome and transcriptomic data with precision, ensuring the most accurate and detailed results. By integrating multi-omics data into our bioinformatics analysis process, we provide deeper insights that enhance the understanding of how your compounds perform, helping to refine your development strategies and support key decision-making.
Moreover, these advanced bioinformatics tools significantly reduce data processing timelines, enabling faster insights and accelerating your development cycle without compromising accuracy. Our platform ensures that your research benefits from high-quality, data-driven insights to optimize efficacy, toxicity assessment, and overall outcomes.
Secretome analysis
AUDACY
Cytokines and chemokines at your fingertips
Cytokines and chemokines play pivotal roles in cellular communication, particularly in immune responses. AUDACY (AUtomated Data Analysis of CYtokines) is optimized to process secretome data and give a in-depth interpretation.
Transcriptomics Analysis
FindYourPath
Pathway attribution to interpret bulk RNA-sequencing data
Bulk RNA-sequencing generates massive amounts of data, making interpretation a challenge. Our proprietary application translates transcriptomics data into meaningful biological insights
AUDACY
Secretome Analysis: Cytokines and Chemokines at Your Fingertips
AUDACY™ revolutionizes data analysis, dealing with complex biological data. By effortlessly handling large datasets, the application can uncover key proteins and maps out the biological pathways they influence, all with remarkable speed and accuracy. What sets AUDACY apart is its ability to extract human-specific data, making its insights more relevant to clinical outcomes. This leads to a more comprehensive understanding of a drug’s effects, significantly increasing confidence in selecting the appropriate candidates to move forward in the drug development process. With AUDACY, we’ll help you unlock new levels of precision and clarity in your analysis, accelerating the development of safer, more effective therapeutics.
Essential Benefits at a Glance
- Handles Large Data Sets Accurately: Processes extensive datasets quickly, minimizing human error for reliable results
- Unlocks New Analytical Possibilities: Enables advanced analyses that go beyond traditional methods, providing deeper insights into biological pathways
FindYourPath
Transcriptomics Analysis: Bulk RNA-Sequencing Interpretation
FindYourPath™ is an advanced bioinformatics tool designed to automate the analysis of biological pathways by comparing differentially expressed genes (DEGs) between treated and untreated conditions. It generates clear, customizable graphical outputs for easy interpretation. This application enables precise pathway attribution, offering deep insights into the mechanisms of action, such as immune system responses, stress reactions, and cell regulation processes. By separating upregulated and downregulated genes, it ensures unbiased results.
Essential Benefits at a Glance
- Handles Large Data Sets: Efficiently processes complex gene expression data for accurate pathway attribution
- Customized Pathway Insights: Provides tailored analysis to reveal specific biological mechanisms relevant to the study
