Absolute Sovereignty. Unrestricted Scale.
Managing clinical repositories requires absolute data integrity and regulatory adherence. LABA’s Biobanking module is bespoke built to navigate your laboratory's unique governance protocols. It provides a seamlessly integrated environment linking patient data, dynamic consent forms, and physical sample locations—ensuring you remain perpetually audit-ready.
Integrated Patient Registry
Maintain a centralized, highly secure database of patient contact details, demographics, and medical histories. Access fine-tuned permission protocols to ensure sensitive data is only viewed by authorized personnel.
Comprehensive Material Tracking
Manage the entire lifecycle of body fluids, tissues, paraffin-embedded blocks, and isolated gDNA/RNA. Track parent-child sample relationships effortlessly with integrated barcode support.
Dynamic Consent Governance
Navigate complex ethical frameworks with ease. Directly link evolving consent directives to physical samples, ensuring research is only conducted on approved, legally cleared biological materials.
Engineered for Clinical Regulatory Compliance
We architect the LABA Biobanking module to integrate flawlessly with your existing infrastructure. By structuring the system precisely around your distinct operational requirements, we eliminate the friction associated with generic "off-the-shelf" SaaS products.
From automated expiration alerts on time-sensitive isolates to the digital mapping of your physical cryo-storage units, LABA delivers the uncompromising precision required by modern biomedical research facilities.
-
100% Bespoke Customisation
We custom-build patient data fields, sample types, and workflows to align exactly with your clinical processes.
-
Global Regulatory Alignment
Engineered to facilitate compliance with HTA, GDPR, HIPAA, and FDA 21 CFR Part 11 data protection standards.
-
Advanced Barcode Integration
Streamline sample labelling, searching, and access through rapid barcode generation and scanning.
-
Direct Isolate Navigation
Instantly traverse from patient profiles directly to the exact physical freezer coordinates of their derived isolates.