GxP Readiness Kit for Regulated NMR Operations

GxP NMR in Pharmaceutical Development and Manufacturing

NMR is an established analytical method used by pharmaceutical companies in GLP and GMP environments, with applications ranging from raw material acceptance to product release. In regulated laboratories, data integrity and instrument qualification are essential for maintaining reliable, traceable, and reviewable analytical records.

As NMR becomes part of regulated pharmaceutical workflows, laboratories need more than analytical performance. They need controlled access, audit trails, qualification support, validation documentation, and consistent workflows that help teams maintain inspection readiness while supporting daily laboratory productivity.

What is the Bruker GxP Readiness Kit?

The Bruker GxP Readiness Kit provides an integrated foundation for regulated NMR operation. It combines compliant software, qualification and validation support, certified samples, documentation, and expert implementation services in one coordinated framework.

For QC laboratories, this helps make inspection confidence part of routine operation. For Analytical Development teams, this supports regulatory-defensible data while preserving the flexibility needed for scientific investigation, method development, and complex modality support.

What’s in the Kit

• Qualification and Validation. IQ and OQ protocols; Computer System Validation protocol; validation and GAMP certificates; 21 CFR Part 11 manual.

• Ongoing Performance. PQ-supportive software for system suitability and certified samples for routine performance verification.

• Compliant Software Platform. Enterprise software platform designed for compliant multi-instrument NMR operation, with formal 21 CFR Part 11 readiness documentation and a data integrity architecture that supports customer implementations under EU Annex 11 and other equivalent frameworks.

• Delivery and Support. Installation and training by GxP-qualified Bruker engineers help support a structured implementation and minimize disruption to existing laboratory operations.

• Integrated GxP Framework. Combines GxP-ready software, qualification support, certified samples, technical documentation, and installation by qualified Bruker engineers in one coordinated offering for regulated NMR operation.
• Data Integrity Controls. Supports traceable and controlled data handling through audit trails, role-based user management, controlled access, electronic signature capabilities, approval workflows, and database-driven electronic records.
• Qualification and Validation Support. Provides IQ/OQ/PQ protocols, Computer System Validation support, software manuals, 21 CFR Part 11 documentation, validation and GAMP certificates, and documented installation activities.
• Scalable Architecture. Supports regulated NMR workflows for AVANCE NEO, NEO-X, and Fourier 80 configurations, including enterprise-ready options for multi-instrument and multi-site environments.
• Ongoing Performance Support. Certified samples and PQ-supportive software help laboratories support routine performance verification and system suitability over time.

• Lower Implementation Complexity. Move away from fragmented compliance-supporting setups by bringing software, documentation, qualification support, certified samples, and expert services into one integrated foundation.

• Reduced Regulatory Risk. Controlled, traceable, and standardized NMR workflows help Quality Assurance, validation, and laboratory teams prepare for audits and inspections with more complete records.

• Greater Confidence in Analytical Data. Data integrity controls, audit trails, controlled access, and structured records help generate analytical data that can support quality decisions, submissions, and inspections.

• Consistent Operation Across Users and Sites. Standardized workflows and enterprise-ready architecture help teams operate consistently across analysts, instruments, laboratories, and sites.

• Better Use of Scientific Resources. By reducing manual documentation and disconnected data handling, the GxP Readiness Kit helps scientists spend more time on interpretation, impurity characterization, structure elucidation, troubleshooting, and method support.

• Pharmaceutical Quality Control
• CMC laboratories
• Analytical Development
• Manufacturing support
• Raw material testing
• Product release support
• Stability and method-transfer environments
• Regulated and non-regulated analytical workflows where data integrity and documentation are required

The GxP Readiness Kit is available for all Bruker NMR spectrometer generations. The configuration is chosen by console, with optional add-ons for enhanced data acquisition and workflow integration.

Current GxP Readiness Kit, powered by TopSpin GxP, available for:

• AVANCE NEO and AVANCE NEO-X, equipped with liquid or solid probes
  
• Fourier 80
  

Optional add-ons for the current kit:

• Mdrive (AVANCE NEO, AVANCE NEO-X, Fourier 80): A data acquisition user interface layered on top of TopSpin GxP. It consolidates electronic records and NMR data into a single database, providing a closed-system data repository where records are preserved as immutable, versioned entries, accessible and reviewable only by authorized users, with full traceability and controlled access.
  
• ACP (AVANCE NEO, AVANCE NEO-X, Fourier 80): Automation and sample-handling option for regulated workflows on the current kit.
  
• GoScan GxP (Fourier 80): A dedicated compliant workflow solution for the Fourier 80 benchtop system.
  

Legacy GxP Readiness Kit, powered by TopSpin 3, available for:

• AVANCE III and AVANCE III HD