4 Integrations with Signals Research Suite

View a list of Signals Research Suite integrations and software that integrates with Signals Research Suite below. Compare the best Signals Research Suite integrations as well as features, ratings, user reviews, and pricing of software that integrates with Signals Research Suite. Here are the current Signals Research Suite integrations in 2024:

  • 1
    Signals Notebook

    Signals Notebook

    PerkinElmer

    Signals Notebook has a modern user interface like the ones on all your personal apps, the need for training is negligible. You will be up and running in no time. That’s part of the reason Signals Notebook is the electronic lab notebook of choice for companies as to whether it’s a team of 4-5 research scientists to the largest biotechs and pharmaceutical companies in the world. Flexibility and breadth to support wide range of workflows now and in the future — including both chemistry, biology, formulations, analytical sciences, and materials sciences. Over 1 million scientists at 4000 organizations count on Signals Notebook to help them streamline their workflows. Structured data capture with APIs and interfaces for integration with instruments, in-house systems, and databases.
  • 2
    Signals Translational
    With visual analytics powered by TIBCO Spotfire®, PerkinElmer Signals Translational provides all the necessary tools to harmonize, manage, search, aggregate and analyze data consistently across large datasets for use in translational research in a highly scalable manner. Powered by the industry-leading visual analytics platform TIBCO Spotfire®, Signals Translational enables precision medicine studies with the most advanced biomarker discovery and patient stratification solution available today. The Linear Mixed Effect App (LME) in Signals Translational allows scientists to rank the effect of multiple variables on a phenotype of interest, with the option to correct the effect of random variables in the analysis. The genes with the strongest impact on cancer stage progression can be identified independently of the origin of the patients. With the advantage of properly handling missing values and outliers, LME models are an effective tool to identify potential biomarkers.
  • 3
    Signals VitroVivo

    Signals VitroVivo

    PerkinElmer Informatics

    Signals VitroVivo unites assay development, low throughput to ultra-high-throughput production assays, High Content Screening, and in vivo studies so users can search across all assay and screening data in a single platform. Signals VitroVivo is flexible enough for one-off assay work during assay development, comprehensive enough for more sophisticated essays, and diverse enough to support a long and growing list of techniques and that is scalable all the way to ultra-high data volumes. Scientists can now leverage a consistent, repeatable pattern for data acquisition as well as the data processing protocols themselves. Quick and easy structure-activity relationship analysis for small and large molecules. Built for the purpose to address specific requirements for handling studies, treatments and samples.
  • 4
    Signals Inventa

    Signals Inventa

    PerkinElmer Informatics

    Signals Inventa, formerly known as Signals Lead Discovery, is a next-generation data management system for the analysis of scientific results. Powered by PerkinElmer’s innovative Signals Data Factory technology it enables you to efficiently access and analyze all scientific results collected throughout the research and development lifecycle. No matter what you make, Signals Inventa helps you decide which tests offer the best results, what you should make next, what to test further, and lots more. With Signals Inventa, data is normalized, staged, and ready to explore. Signals Inventa expands scientific understanding with a range of scientific-analytical methods, including R-group decomposition, chemical clustering, matched molecular pair analysis, maximum chemical substructure, blast search of both internal and external databases, and sequence alignment.
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