- Home
- Pricing
- About Us
- Partners
- Jobs
- Contact Us
- Process Integration
- All in One Data Platform
- Customization
- Widgets
- AI Integration
- Top Tier Security
- User Friendly Interface
- Professional & Speedy Support
- Data Centers
- Barcode/QR Code System
- Electronic Lab Notebook (ELN)
- Laboratory Information Management System (LIMS)
- Inventory Management
- Sample Management
- Storage Management
- Equipment Management
- Chemical Registration
- Diagnostic Testing
- Project Management
- Reference Management
- Customer Relationship Management (CRM)
- Contract Research Organization
- Login
- Free signup
- Request a demo
- Documentation
- Blogs
- Resources
- Screenshots
- Downloads
- Terms of Service
- Privacy Policy
LIMS for NGS (Next-Generation Sequencing)
Overview
In the ever-evolving world of genomic research, next-generation sequencing (NGS) stands at the forefront, offering unprecedented insights into the building blocks of life. Yet, with its sophisticated protocols and intricate pipelines, NGS can often present formidable challenges. Enter Labii's LIMS for NGS — a transformative solution designed to streamline and simplify the complex NGS pipeline into a user-friendly flowchart. Our system empowers researchers to conduct the entire sequencing process effortlessly, from DNA extraction to the final sequence readout, all with a series of calculated clicks. Labii's LIMS for NGS not only catapults laboratory efficiency to new heights but also meticulously organizes documentation, liberating scientists to concentrate on the breakthroughs that matter.
Condensed NGS Workflow in LIMS Flowchart
In the streamlined workflow of a Laboratory Information Management System (LIMS) designed for Next-Generation Sequencing (NGS), the complexity of various tasks is condensed into an efficient flowchart. This user-friendly guide empowers researchers to seamlessly navigate through the entire process. Starting with DNA extraction, users follow a straightforward path through the flowchart, progressing to library preparation, and culminating in the sequencing phase. The simplicity of the flowchart not only facilitates a smooth transition between each step but also ensures that users can confidently and effectively execute the essential procedures involved in NGS without unnecessary complications.
read_moreRead more about Process Integration
Labii Barcode System for NGS Biospecimen and More
Researchers can effortlessly add biospecimens to the LIMS for NGS by scanning unique barcodes, ensuring accuracy and traceability throughout the workflow. Labii's versatile barcode system extends beyond biospecimens, also serving as an efficient labeling solution for sequencing materials such as extracts and libraries. This unified approach streamlines the entire NGS process, enhancing precision and organization in the lab while providing researchers with a user-friendly tool to manage and track critical components of their experiments.
Track Material Consumption with a Click in Labii LIMS
Labii LIMS for Next-Generation Sequencing (NGS) introduces a groundbreaking feature, allowing users to effortlessly track material consumption with just one click. This seamless process triggers a built-in workflow that automatically generates consumption records for each material involved, including biospecimens, extracts, and libraries. This streamlined approach simplifies the creation of consumption records, empowering research labs to efficiently monitor and trace the usage of samples throughout their experiments.
read_moreRead more about WorkflowOne-Click Material Creation in Labii LIMS for NGS
Labii LIMS for Next-Generation Sequencing (NGS) takes efficiency to the next level by enabling users to effortlessly generate materials, including extracts, libraries, and FastQ files, with just one click. This innovative feature initiates a built-in workflow that seamlessly creates these materials based on the consumption list. Researchers can now save valuable time and reduce manual effort, streamlining the process of generating essential components for NGS experiments. Labii LIMS ensures a swift and accurate execution of tasks, allowing users to focus more on the core aspects of their research while enhancing overall productivity in the laboratory.
Automatic Workflows in Labii LIMS for NGS
Labii LIMS for NGS sets a new standard in simplicity and customization with its automatic workflows designed to streamline complex steps. The process of creating consumption records and generating materials, such as extracts and libraries, has been simplified to a single click. What sets Labii LIMS apart is its adaptability; users can tailor the workflow to their specific needs. Beyond one-click simplicity, researchers have the flexibility to configure workflows triggered by specific events or scheduled through cron, offering a level of automation that aligns seamlessly with the dynamic requirements of NGS experiments.
Harnessing Host Tables for Biospecimen Origin in Labii NGS LIMS
Labii NGS LIMS introduces a groundbreaking feature with its host table, providing a comprehensive solution for tracking the origin of biospecimens. This innovative tool allows researchers to efficiently log information about where and by whom the biospecimen was collected. The metadata associated with the host table becomes a valuable resource for later data analysis, offering insights into the geographical and contextual factors that may influence experimental outcomes.
Visible Sample Relationships in Labii LIMS for NGS
Labii LIMS for Next-Generation Sequencing (NGS) introduces a sophisticated sample relationship feature that seamlessly connects hosts to biospecimens, extracts, libraries, and FastQ files. This comprehensive linkage provides a visible and intuitive representation of the entire sample journey within the laboratory workflow. Scientists can effortlessly trace the relationships between these entities, enhancing transparency and data integrity. Moreover, the interconnectedness enables researchers to pull metadata directly from the host during data analysis, streamlining the process and ensuring that crucial contextual information is readily available for a more informed and nuanced interpretation of NGS results.
read_moreRead more about Relation FlowchartElevate NGS Material Management with Labii Storage Management
Labii LIMS for NGS introduces an advanced storage management system, empowering researchers to seamlessly oversee the storage location of essential sequencing materials such as biospecimens, extracts, and libraries. Leveraging Labii's storage management, scientists can efficiently assign and monitor specific storage locations for each material, ensuring a systematic and organized approach to sample management. This feature not only streamlines the retrieval process but also enhances overall laboratory efficiency by providing a centralized system for tracking the whereabouts of critical NGS components.
Labii LIMS for NGS and CRM Integration for Seamless Project Tracking
Labii LIMS for NGS takes customer relationship management to the next level by seamlessly connecting with Labii CRM. This integration enables users providing NGS services to effortlessly track customer projects within a unified system. By associating NGS experiments and materials with specific customers, researchers can efficiently monitor the progress of sequencing and analysis. Labii LIMS not only streamlines laboratory workflows but also enhances customer project management, providing a comprehensive solution for NGS service providers to deliver exceptional results while maintaining a transparent and organized approach to client interactions.
read_moreRead more about CRM
Effortlessly Build Custom Data Capture Tools Similar to LIMS For NGS (Next-Generation Sequencing)
Labii is a groundbreaking platform for crafting customized data capture tools, much like LIMS For NGS (Next-Generation Sequencing). Explore this page for a configuration example. Begin your journey with Labii today to design your unique data capture solutions.
read_moreLearn more about customization
Labii offers a full-stack of lab digitalization services, spanning from individual data capture tools like ELN and LIMS, to process optimization, to comprehensive full lab digitization.