GenoFAB
By GenoFAB, Inc
GenoFAB typical implementation process:
Initial Needs Assessment: Evaluate lab requirements, workflows, and current data management practices to tailor GenoFAB setup.
Account Setup: Create user accounts and define access permissions; as a cloud-based system, no installation is required.
Data Migration: Import existing data from spreadsheets or other LIMS; this step may require extra time if previous configurations differ significantly from GenoFAB’s structure.
System Customization: Configure categories, subcategories, workflows, and inventory structures to match lab operations and terminology.
Barcode and Label Setup: Implement barcode solutions for tracking samples, inventory, and storage locations.
User Training: Provide hands-on training for lab members using GenoFAB’s support resources and documentation; training is typically straightforward and well-supported.
Testing and Validation: Run test cases to ensure all workflows, inventory management, and sample tracking function as intended.
Go-Live: Transition to live use, with all lab operations, inventory, and sample management handled within GenoFAB.
GenoFAB can be customized to fit specific business needs. Here are several data points supporting its customizability:
Highly Customizable Platform: User reviews and industry analyses consistently highlight GenoFAB as a highly customizable LIMS that can be tailored to individual laboratory requirements, including sample management, workflow steps, and reporting.
Modular Design: GenoFAB uses modular libraries of genetic components and inventory management, enabling rapid customization for different research or production workflows.
Custom Categories and Subcategories: Users can create and organize custom categories and subcategories to match their lab’s unique inventory, sample types, or processes.
Customizable Workflows: The platform allows users to design and modify workflows to reflect specific laboratory processes, ensuring that the system adapts to existing practices rather than forcing labs to change their operations.
Flexible Sample and Inventory Tracking: GenoFAB supports the creation of structured locations (e.g., freezer boxes, fridge racks) and barcoding, which can be configured to match how each lab organizes and tracks samples and inventory.
Role-Based Access (User Roles): While some users have requested even more granular role management, GenoFAB already allows for differentiation of user permissions, supporting customization of access and editing rights.
Custom Reporting and Analytics: Users can tailor reporting and analytics features to extract the specific actionable information required by various stakeholders, supporting diverse business and research objectives.
Data Import/Export: GenoFAB enables importing data from spreadsheets or other LIMS, and exporting data as needed, making it easy to migrate existing workflows and datasets into the platform and adapt as business needs change.
No Feature or User Limits: Unlike some LIMS platforms, GenoFAB does not artificially restrict the number of users or features, allowing organizations to scale and customize their use of the system without additional barriers.
Integration with Automation and Business Rules: GenoFAB’s partnership with automation platforms (such as Decisions LLC) allows integration of computational steps and business rules, extending customization beyond laboratory operations to include software-driven processes and external collaborations.
Cloud-Based and Web-Accessible: As a web-based system, GenoFAB can be accessed and configured from anywhere, supporting remote customization and deployment.
Transparent and Fair Pricing: The platform’s transparent pricing model supports flexible adoption and scaling, making it easier for labs to customize their usage without unexpected costs.
Custom Label Printing: GenoFAB offers a unique web-based label printing solution, which can be customized for different sample types and tracking needs.
Support for Biobanking and Plasmid Management: Its biobanking features can be tailored to manage different types of biological materials and research assets.
GenoFAB provides a suite of training and support resources to assist new users in effectively adopting and utilizing their laboratory information management system (LIMS) and Electronic Lab Notebook (ELN) solutions.
1. Live Online Training: GenoFAB offers live online training sessions, enabling users to receive real-time guidance and ask questions directly to trainers.
2. Documentation and Knowledge Base: A robust collection of documentation is available, including user manuals and how-to guides, to help users understand and navigate the platform.
3. Video Library
GenoFAB maintains a video library that showcases the platform's features and functionalities, providing visual guidance for users.
1. 24/7 Live Support: Users have access to 24/7 live support, ensuring assistance is available whenever needed.
2. Multiple Support Channels: Support is accessible through various channels, including email/help desk, phone support, live chat, and FAQs/forums.
3. Responsive Customer Service: Customer reviews highlight the responsiveness and helpfulness of GenoFAB's support team, noting their quick answers to questions and assistance during the onboarding process.
GenoFAB employs several innovative and robust security measures to ensure the integrity, traceability, and protection of particularly genetic constructs managed on its platform:
Self-Documenting Plasmids with Embedded Metadata: GenoFAB has developed a breakthrough genetic identification system that embeds critical metadata directly within plasmid DNA molecules. This self-documenting technology allows plasmids to "carry" their own documentation, enabling scientists to verify the identity and integrity of plasmids without prior knowledge of their origin. This approach significantly enhances traceability, transparency, and security in the tracking and sharing of genetic materials.
GenoFAB Standard Identification Numbers (GSINs): The platform uses GSINs embedded in plasmids to ensure each genetic construct can be uniquely identified and traced throughout its lifecycle. This system supports intellectual property protection and helps prevent unauthorized or accidental misuse of genetic materials.
Integrity and Authenticity Verification: GenoFAB’s technologies enable users to verify the authenticity and integrity of DNA samples, which is critical for maintaining data integrity and supporting regulatory and licensing requirements.
Secure Plasmid Distribution Service: GenoFAB leverages its GSIN platform to provide a secure plasmid distribution service, ensuring that shared genetic materials are traceable and verifiable, reducing risks associated with misidentification or tampering.
Support for Data Encryption and Digital Signatures: Research associated with GenoFAB highlights the use of data encryption and digital signature algorithms to safeguard the integrity and authenticity of synthetic genetic constructs. These cryptographic techniques help prevent unauthorized access and ensure that only legitimate parties can verify and use genetic data.
Commitment to Cyberbiosecurity: GenoFAB is aware of the unique cyber-physical risks in biotechnology, such as the potential for encoding malware in DNA or the misuse of publicly available sequence data. The company’s approach includes raising risk awareness and implementing technical safeguards to manage these emerging threats.
Data Ownership: GenoFAB approach ensures that organizations and scientists retain ownership and control over their data and genetic constructs managed within the platform. Users generate, manage, and access their own data, including sample records, inventory, and genetic designs, without GenoFAB claiming ownership of this intellectual property.
Embedded Metadata and Traceability: GenoFAB introduces a unique system where critical metadata is embedded directly within plasmid DNA molecules using self-documenting plasmids and GenoFAB Standard Identification Numbers (GSINs). This technology allows users to verify the identity and integrity of their genetic materials, ensuring clear traceability and reinforcing ownership rights throughout the plasmid’s lifecycle25. This approach is analogous to a vehicle identification number (VIN) system for cars, linking physical DNA samples to their digital documentation.
Data Portability: As a cloud-based platform, GenoFAB enables users to access their data from anywhere and supports data import/export functionalities. Users can migrate existing data from spreadsheets or other LIMS and export their data as needed, supporting transitions to other platforms or for backup purposes. The system’s design makes it easy to organize, retrieve, and transfer information, ensuring that labs are not locked in and can maintain continuity if they choose to move to another system.
Secure Exchange and Licensing: The GSIN platform also facilitates secure distribution and licensing of plasmids, making it possible for users to share or license their genetic constructs much like software, while maintaining control and traceability over their intellectual property.
Pay-Per-Use Pricing Model: GenoFAB does not lock users into monthly or annual contracts. Instead, labs pay only when they record new data or use specific services. This model allows organizations to scale their usage up or down flexibly, according to current project demands, without long-term financial commitments.
No Subscription or User Limits: There are no artificial limits on the number of users or features. Labs can add or remove users, scale workflows, or adjust the volume of data managed without renegotiating contracts or incurring extra fees for scaling.
Service-Based Flexibility: GenoFAB offers a range of services-from plasmid design and synthesis to sequencing and biobanking-that can be accessed individually or as a complete package. Organizations can choose only the services they need at any given time and add or drop services as requirements change.
Transparent, Predictable Pricing: All services, such as plasmid design, synthesis, sequencing, and repository management, have clearly listed prices. This transparency makes it easy for organizations to forecast costs as they scale operations up or down.
Rapid Onboarding and Offboarding: Because GenoFAB is cloud-based and does not require software installation or annual contracts, labs can quickly start or stop using the platform as needed, supporting rapid scaling for new projects or winding down after completion.
No Minimum Commitment: The absence of minimum usage requirements or contract terms means organizations are not penalized for scaling down or pausing activity during periods of low demand.
GenoFAB terms and conditions:
No Annual or Long-Term Contracts: GenoFAB generally operates on a pay-per-use or flexible service model, meaning users are not required to commit to annual or long-term contracts. This provides maximum flexibility for labs to start, pause, or stop using the platform as needed.
No Automatic Renewal Obligations: Since there are typically no annual or recurring contracts, the concept of automatic renewal is not applicable. Users continue to access and pay for services only when they use them, and there is no need to remember renewal dates or provide advance notice for continuation.
Immediate Cancellation: Users can stop using GenoFAB services at any time without penalty. There are no cancellation fees or notice periods required, as there are no prepaid or locked-in service periods.
Transparent Pricing and No Hidden Fees: All services are transparently priced, and users are only charged for the services they actively use (e.g., recording new data, ordering synthesis, or sequencing). There are no hidden fees for stopping or restarting usage.
No Minimum Commitment: Labs are not required to maintain a minimum level of activity or spending. This allows organizations to scale down or pause usage during low-demand periods without financial repercussions.
Service Changes and Notifications: If GenoFAB changes its pricing or terms, users are typically notified in advance. Users can then decide whether to continue using the service under the new terms or to stop using it without penalty.
Data Access After Cancellation: Users retain access to their data and can export it before discontinuing the service, supporting data portability and business continuity.
No Refunds for Services Already Used: Since charges are based on usage, there are generally no refunds for services already rendered. Users simply stop incurring charges when they stop using the platform.
GenoFAB adheres to the following compliance standards:
Data Integrity and Traceability: GenoFAB’s groundbreaking self-documenting plasmid technology embeds critical metadata directly into plasmid DNA molecules, ensuring plasmid identity and integrity can be verified without prior knowledge of origin. This supports compliance with data integrity principles such as ALCOA+ (Attributable, Legible, Contemporaneous, Original, Accurate, Complete, Consistent, Enduring, Available).
Reproducibility and Quality Control: GenoFAB’s hybrid plasmid sequencing service combines long-read and short-read sequencing technologies with an AI-driven bioinformatics pipeline to enhance reproducibility and quality control in plasmid validation. This approach helps meet stringent quality standards required in biopharmaceutical and synthetic biology applications.
Intellectual Property and Secure Exchange: The GenoFAB Standard Identification Number (GSIN) system enables secure plasmid distribution and licensing akin to software licensing, facilitating compliance with intellectual property management and secure data exchange protocols.
Support for Regulatory Requirements: By ensuring plasmid integrity throughout the entire product lifecycle-from R&D to commercial manufacturing-GenoFAB helps users meet regulatory expectations in gene therapy, cell therapy, and biologics production, though explicit certifications (e.g., FDA 21 CFR Part 11, ISO standards) are not detailed in the available information.
