bioinformatics data analysis

Ayass Research Institute is a research organization committed to focused and efficient scientific innovations using advanced technologies. Its work spans transcriptome analysis, cervical cancer early detection, cancer metastasis research, aptamer development, spatial profiling, COVID-19 research, next-generation sequencing, and machine learning-based disease prediction. It also offers bioinformatics and iScan genotyping/methylation services.

aptamer developmentcustom panel designgenotyping arraysmachine learning disease predictionmethylation array analysisnext-generation sequencingspatial profilingstatistical analysistranscriptome sequencing

Chaparral AI provides an AI-powered drug discovery platform that turns proteomics and multi-omics data into therapeutic targets, biomarkers, and actionable insights. The platform integrates reprocessed omics data, public databases, scientific literature, and a Neo4j knowledge graph into a unified environment built on a bioinformatics foundation of proteomics data analysis. It is currently available for early partnerships and enterprise evaluation.

AI and Machine Learningdrug repositioning analysisknowledge graph construction (Neo4j)metabolomics and multi-omics data processingpredictive modelingproteomics data analysistarget and biomarker discoverytarget prioritization

The Research Institute of Molecular Pathology (IMP) is a leading basic research institute. Its 13 research groups with scientists from 40 countries address fundamental questions in molecular biology. Funded primarily by Boehringer Ingelheim and with unconstrained academic freedom, the IMP is the ideal environment for curiosity-driven biomedical research. As part of Vienna Bio Center, the IMP is embedded in one of Europe’s biggest life science hubs with over 3,000 people working on life science research, education, and business. Endorsements of the IMP by some of the World's most distinguished molecular biologists demonstrate that the IMP is among leading institutes of its kind. Since the IMP’s establishment in 1985, scientists at the institute are addressing important problems in research areas including molecular and cellular biology; structural biology and biochemistry; gene.

flow cytometry and cell sortinghigh performance computingmechanical engineering and prototypingmicroscopy and imagingmonoclonal antibody productionpeptide synthesisprotein production and purificationProteomicsSanger sequencingtransgenic mouse production