Comprehensive Coverage: From Raw Data to High Quality Hits and Leads

Genedata Screener`s four modules work together to process, manage and analyze large volumes of HTS and HCS data, producing a high-quality information base, and combine that with other corporate information to support scientists in identifying the best lead structures. The modules' sophisticated algorithms and visualization tools as well as Screener`s scalable data management capabilities provide high data quality, sophisticated data analysis and decision support tools, and global reporting and publication functions.

Genedata

Assay Analyzer
Captures data from diverse plate readers and processes them based on predefined business rules; uses error detection and correction methods to ensure high data quality; provides analysis from a single plate to an entire screening campaign; generates primary hit lists. Read more


Genedata

Condoseo
Fits thousands of dose response curves within minutes for efficient IC50 determination in validation and assay panel screens; uses built-in heuristics and robust methods to ensure optimal precision of IC50 values; large-scale analysis and review capabilities; flagging and reporting functions for generating secondary hit lists. Read more


Genedata

Hit Profiler
Combines biological and chemical data from heterogeneous data sources; provides compound activity, selectivity, and physicochemical properties; displays data for up to tens of thousands of compounds; efficient filters for systematic hit and lead identification; systematic, database-stored compound annotation; promotes cross-functional communication in hit-to-lead process. Read more


Genedata

Sarileo
Interprets high content screening data throughout lead discovery process; correlates and ranks multiple HCS readouts; determines typical signatures for and similarities to reference compounds; provides means for systematic compound filtering and classification based on combinations of relevant HCS readouts; groups compounds according to observed activity, side effects or mechanistic signatures. Read more