Overview
Benchling is a comprehensive, cloud-native platform designed to enhance the efficiency, productivity, and collaboration in life science research and development (R&D). Here’s an overview of what the product does and its key features:
Purpose and Scope
Benchling is tailored for scientists and researchers in the life sciences field, aiming to streamline scientific workflows, improve data management, and facilitate collaboration. It is used by over 200,000 scientists across Fortune 500 companies, startups, and academic institutions to accelerate scientific discovery.
Key Features
Unified Data Model and Management
Benchling offers a unified data model that captures high-quality, reusable data across experiments and departments. This includes secure, configurable, and compliant data storage and management, ensuring that data is centrally managed and easily accessible.
Experiment Design and Tracking
The platform allows scientists to plan and track experiments efficiently. Users can create experiment templates, define protocols, set parameters, and record observations in real-time, promoting transparency and reproducibility.
Molecular Biology Tools
Benchling provides a suite of molecular biology tools for designing and analyzing DNA, RNA, and protein sequences. This includes features for primer design, cloning strategy optimization, sequence alignments, and genetic construct analysis.
Inventory Management
The platform includes robust inventory management capabilities, enabling scientists to track lab supplies, reagents, and samples. Users can create digital inventories, monitor stock levels, set expiration reminders, and track material usage.
Data Analysis and Visualization
Benchling offers powerful data analysis and visualization tools, allowing researchers to perform statistical analyses, create custom graphs and charts, and integrate with popular analysis software. This facilitates deriving meaningful insights from experimental results.
Collaboration and Project Management
The platform supports seamless collaboration among researchers and teams. Users can share experiments, data, and findings, set milestones, assign tasks, and track project progress in real-time.
Electronic Lab Notebook (ELN)
Benchling’s ELN is a digital replacement for traditional paper notebooks, providing a secure cloud-based tool to record, archive, share, and protect scientific data. It includes features like configurable data capture tables, LIMS integration, and automated workflows.
Workflows and Process Management
The Workflows application transforms Benchling into an engine of collaboration and insights, connecting lab activities across the R&D lifecycle. It allows lab managers to schedule experiments, assays, and runs, and optimize end-to-end workflows with effective resource and inventory management.
Integration and Connectivity
Benchling Connect is a flexible, open data platform that integrates with lab instruments using a library of instrument adapters. It centralizes and standardizes data, supports analytics and AI/ML integrations, and provides SQL data warehouse access for accommodating growing data storage needs.
Security and Compliance
Benchling is SOC 2 Type 2-certified, ensuring best-in-class security and compliance. The platform is designed to meet regulatory requirements with a unified, validated informatics solution.
Codeless Configuration
Users can configure workflows, permissions, and data types without needing to write code, making the platform highly customizable and user-friendly.
Advanced Search and Storage
Benchling has improved storage and search performance, allowing teams to ingest large volumes of data up to seven times faster and perform powerful searches even within the largest data sets.
Conclusion
In summary, Benchling is a powerful tool that streamlines life science R&D by providing a unified platform for data management, experiment tracking, molecular biology tools, inventory management, data analysis, collaboration, and process optimization, all while ensuring high security and compliance standards.