NoviSight 3D
NoviSight 3D cell analysis software enhances research by delivering precise statistical data on spheroids and other three-dimensional structures in microplate experiments. It quantifies cell activity, enabling the identification of rare events and accurate cell counts. Featuring True 3D technology, it allows for in-depth morphological assessments and the measurement of key parameters, accelerating the discovery process.
Top NoviSight 3D Alternatives
StackScan
Unlock deep insights into website technologies with StackScan, tracking 50,000+ tools (450+ technology categories to explore).
Bruker Drug Discovery
In the realm of drug discovery, Bruker offers a suite of advanced analytical tools that facilitate the identification and optimization of promising drug candidates. Utilizing techniques such as NMR, mass spectrometry, and preclinical imaging, their solutions enable researchers to gain pivotal insights into protein-ligand interactions and ADME-Toxicity early in the development process.
LiveDesign
LiveDesign offers a flexible, cloud-native environment for discovery teams, facilitating small and large molecule research. It streamlines workflows through centralized access to experimental and in silico data, enabling collaborative decision-making. Users can integrate predictive modeling, crowdsource ideas, and track progress seamlessly, driving innovation in drug discovery and materials science.
BioNeMo
BioNeMo is an advanced AI-powered drug discovery platform designed to streamline the entire pipeline, from target identification to lead optimization. It integrates multimodal generative AI with robust workflows for 3D protein structure prediction, docking, and virtual screening. Users can leverage pre-trained models and optimized microservices to accelerate research, enhance model performance, and reduce time-to-market for innovative therapeutics.
Schrödinger
Transforming drug discovery and materials research, Schrödinger's advanced molecular modeling platform leverages physics-driven computational solutions for predictive modeling and data analytics. Employed across diverse industries, from pharmaceuticals to aerospace, it facilitates rapid exploration of chemical spaces, optimizing workflows and enhancing collaboration to tackle critical research challenges effectively.
AutoDock
AutoDock is an advanced suite of automated docking tools designed to accurately predict the binding interactions of small molecules, such as drug candidates, with receptors of known 3D structures. It features multiple docking engines, including the groundbreaking AutoDock-GPU, which offers accelerated performance and enhanced functionalities for protein-ligand interactions.
Phoenix PK/PD Platform
The Phoenix™ PK/PD Platform equips scientists with advanced tools for pharmacokinetic and pharmacodynamic modeling, facilitating robust analysis from preclinical to regulatory phases. With features like non-compartmental analysis, population modeling, and in vitro-in vivo correlation, it enhances decision-making, ensures regulatory compliance, and streamlines workflows across drug development stages.
DrugPatentWatch
Recognized by reputable sources like CNN and NEJM, DrugPatentWatch empowers users with continuously updated drug patent data directly from primary sources. Subscribers benefit from flexible plans, AI-driven insights, and essential alerts, enabling them to anticipate patent expirations, identify generic suppliers, and make informed strategic decisions in biopharmaceuticals.
SCIEX
This drug discovery software seamlessly integrates with high-performance LC-MS/MS systems, enhancing data acquisition and analysis for precise molecular detection. With tailored workflow modules, users can optimize quantitative and qualitative assessments, leading to faster, more reliable results. Its user-friendly interface simplifies daily operations and training, maximizing laboratory efficiency.
VeraChem
VeraChem offers advanced computational chemistry software designed for precision in drug discovery. It features robust tools for predicting protein-ligand binding affinities, calculating accurate partial atomic charges, and employing the Tork algorithm for conformational searches. Additionally, it automates resonance form generation and detects molecular symmetries, enhancing research efficiency.
Atomwise
Harnessing the power of AI, this platform revolutionizes drug discovery by integrating machine learning with vast chemical libraries. Its innovative engine employs convolutional neural networks to efficiently explore trillions of compounds, increasing the probability of identifying effective small-molecule medicines. The focus remains on tackling challenging targets to enhance drug developers' success rates.
Eidogen-Sertanty Target Informatics Platform (TIP)
The Target Informatics Platform (TIP) revolutionizes structural informatics by allowing researchers to explore the druggable genome through a structural lens. It enhances the utilization of experimental protein structure data, shifting structure-based drug discovery into a high-throughput, data-rich domain, while effectively merging bioinformatics and cheminformatics insights to optimize the discovery pipeline.
Recursion
Leveraging proprietary biological, chemical, and real-world patient data, this advanced biotechnology company utilizes a supercomputer, BioHive-2, to scale up drug discovery. By producing over 1 trillion hiPSC-derived neuronal cells and employing CRISPR and advanced robotics, it decodes complex gene-compound relationships to revolutionize the pharmaceutical landscape.
SpliceCore
SpliceCore leverages RNA sequencing data and advanced artificial intelligence to transform therapeutic development for splicing errors. With a unique database of over 5 million splicing errors, it rapidly identifies and validates potential drug targets. Scalable cloud computing enhances processing speed and efficiency, propelling innovative RNA therapeutics discovery forward.
DNAnexus Apollo
DNAnexus Apollo™ revolutionizes precision drug discovery by integrating multimodal data, analytics, and collaboration tools in a secure cloud platform. It enables scientists to seamlessly combine omics and clinical data, deploy bioinformatics pipelines, and leverage AI/ML algorithms, fostering a collaborative environment that accelerates insights and enhances data-driven research.
SILCS
SILCS is a cutting-edge drug discovery software that employs Site Identification by Ligand Competitive Saturation to produce 3D FragMaps, revealing interaction patterns of functional groups with target molecules. This platform enhances ligand optimization through dynamic insights into binding pockets, facilitating efficient drug design and rapid exploration of favorable interactions.
Company Information
- Company: Olympus
- Country: United States
Top NoviSight 3D Features
- True 3D technology
- Statistical data generation
- Quantification of cell activity
- Enhanced detection sensitivity
- Accurate cell counts
- User-friendly interface
- Morphology analysis tools
- Spheroid parameter measurement
- Volume and sphericity metrics
- Spatiotemporal parameter evaluation
- Rare cell event capture
- Microplate-based experimentation
- Physiologically relevant models
- Whole structure detection
- Subcellular feature analysis
- Streamlined research workflows
- Comprehensive object recognition
- Advanced image processing capabilities
- Customizable analysis settings
- Exportable statistical reports
