Solutions powering development of novel chemistry
A molecule-centric platform that interprets structures accurately and securely is essential for an organization to develop the full value of its compounds. Scientists from the bench top to the pilot plant, from the preparation of new molecules in one laboratory through development by the entire organization require ease of experimental and data entry as well as experimental searchability and scalability to track milligrams to kilogram quantities. Arxspan electronic notebook, registration and inventory systems work seamlessly from a convenient web-interface.
Secure uniform data storage eliminates problems caused by data locked away in disparate data sources including personal drives, paper lab notebooks, networks and data warehouses. Organizations can now realize the cumulative benefit gained over the research life cycle with instant searchable access, analysis and insight to IP.
An organization’s most valuable asset is the IP from its research, be it internal or out-sourced. Data standards, security and compliance with 21 CFR Part 11 are included in the software.
Low cost data migration from legacy systems is performed by the Arxspan team of professionals.
Deployment of the Arxspan software is flexible with cloud-based or on-premise options. The web based user environment is accessible from any device or operating system. Arxspan’s ArxLab® Notebook, Registration, and Inventory can be purchased as a suite or as stand alone modules.
ArxLab’s® easy-to-use interface works the way scientists work and reduces time consuming manual processes and streamlines workflow and information exchange.
Electronic Laboratory Notebook (ELN)
The ArxLab ® Notebook product is a cloud-based Electronic Laboratory Notebook (ELN) and Workflow solution built to serve as an authoritative repository for Chemistry and Biology data, optimized for the collaborative research models ubiquitous in today’s commercial and academic research environments. It is highly effective at allowing organizations to collaborate and securely share research information with outside industrial partners, academic collaborators, and CROs. The system can deploy in one business day, includes experiment signing/witnessing capability and audit trails, is 21 CFR Part 11 compliant, and offers robust functionality to support chemistry and biology workflows.
Registration for Chemistry and Biology
The ArxLab® ChemReg and BioReg modules are a cloud-based solution built to serve as an authoritative repository for unique chemical and biological entities. The system handles cases of uniqueness (identity) criteria, mixtures, and cross-referencing, all within a single system that offers unified search across all entities, including chemically intelligent searching when a structure is present. PerkinElmer ChemDraw® is integrated for chemical drawing, and ChemAxon chemical intelligence functionality enables chemical search, property calculations, and full support for salts, mixtures, formulations, tautomers, and all types of isomers.
ArxLab® Assay is a cloud-based software tool set that can define, collect, manage, and store assay endpoint data – ideal for assay development functions as well as LTS and HTS screening programs. It provides study coordinators an integrated view of study activity and centrally manages data across multiple research groups and facilities. Users can specify required and optional parameters, data types, allowed ranges, and more. ArxLab Assay can perform automated calculation of raw data values, generate curves and heat maps, and allow for point knockouts for curves.
ArxLab® Inventory is a cloud-based inventory application providing a tool set to natively define and manage inventory items such as proprietary compounds, commercial reagents, samples, consumables, equipment, and other inventory items. Common operations include tracking of receiving, container history, usage levels by user, container location, material check-in/check-out, plate management, and audit trail. User-defined location hierarchy provides for exact locations of stored materials within a building, laboratory, bench-top, freezer, etc. Users can configure container type and storage locations and search by any field, or by chemical structure.
ArxLab® Search is a decision support tool enabling querying, visualizing, and reporting of data from the ArxLab® Notebook, Registration, Assay, and Inventory modules. It allows users to perform real-time searching and sorting of compound, material, assay, and inventory data, and to customize the layout of these results. Users can save save search and filter parameters, perform basic mathematical calculations, visualize chemical structures, create customizable graphs, generate 2D plotting, perform structure-activity relationship analyses, export tables to Microsoft Excel, and more. ArxLab Search can also integrate with external data repositories, offering data visualization functionality for any client information.
Project and work request management: ArxLab Workflow is a comprehensive project and work request management system, allowing managers to make work requests and track the progress of these requests, as well as of other projects and activities. It allows users to create new work requests and to assign them to users and/or groups. Workflow allows for designation of which users or groups are allowed to: create new requests, view requests, edit requests, delete requests, and be assigned requests. Managers can submit multiple items or requirements for one request/workflow via manual entry or bulk file import.
Related White Papers and Information
Cloud-Based Electronic Notebooks - The New Generation
Download our white paper to learn how Sunovion Pharmaceuticals adopted ArxLab Notebook to transition from paper notebooks internally, as well as to effectively manage incoming CRO data.
Cloud-Based Electronic Notebooks - Migrating From Old to New
Download our white paper to learn how Constellation Pharmaceuticals replaced its existing client-server installation of its electronic laboratory notebook with ArxLab Notebook, increasing productivity while decreasing support requests.