GITNUXSOFTWARE ADVICE
Chemicals Industrial MaterialsTop 10 Best Compound Management Software of 2026
Ranked roundup of compound management software for labs and QA teams, comparing Scilligence ELN, LabVantage, Sapio, plus SAP Product Compliance.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Scilligence ELN and Inventory is the strongest fit when you need compound identity control alongside storage and movement traceability across your lab workflows, whereas CISPro suits teams that mainly want structured substance registration with clear physical location and inventory reconciliation.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Scilligence ELN and Inventory
Tight coupling of registered compound identities across ELN experiments and Inventory storage movement history.
Built for fits when labs need compound identity control plus storage and movement traceability..
LabVantage
Editor pickAudit-grade traceability between compound registration, plate map positions, and cherry-pick request outcomes.
Built for fits when labs need controlled compound-to-plate execution traceability across transfers and inventory reconciliation..
Sapio Sciences
Editor pickStructure normalization that feeds consistent compound identities into experiment-linked records and automation steps.
Built for fits when labs need structure normalization plus compound lifecycle control synced to assay workflows..
Comparison Table
Scilligence ELN and Inventory
enterpriseLaboratory informatics platform with chemical registration, inventory, and sample management for compound-centric workflows.
Tight coupling of registered compound identities across ELN experiments and Inventory storage movement history.
Scilligence ELN provides an electronic workflow for capturing experimental procedures and results while maintaining a structured link back to the compounds used in each record. Scilligence Inventory adds dry storage and handling controls that include storage location assignment and movement tracking across compound records. Integration depth is centered on chemical data exchange and lab operational linkage, with SD file import and structured export paths that support downstream structure search and reporting.
A tradeoff is that compound cleanup and structure normalization require deliberate upfront curation so downstream search matching and downstream plate workflows stay consistent. Inventory is a good fit when dry powder inventory spans multiple storage areas and experiments repeatedly consume subsets of the same compound sets, such as screening campaigns with frequent cherry-picking.
- +ELN records maintain direct links from experiments to registered compounds
- +Inventory movement history supports traceable storage location changes
- +SD file import supports batch compound onboarding into controlled records
- +Structure-aware search reduces manual matching during compound selection
- –Data hygiene and structure normalization require upfront governance discipline
- –Advanced plate workflow automation depends on configuration and integration setup
- –UI configuration for multi-storage schemas can take time for new teams
- –Some liquidation and instrument handshake workflows require external system coordination
Screening operations teams
Manage cherry-picks across dry storage
Fewer reconciliation errors
Chemistry data managers
Onboard compounds from SD file batches
Faster compound registration
Show 2 more scenarios
QA and compliance reviewers
Trace compound usage and movement
Stronger audit trails
Inventory maintains movement logs tied back to compound records used in ELN experiments.
HTS workflow coordinators
Standardize structure matching in selection
More consistent hit follow-up
Structure-linked search supports similarity threshold tuning during compound set building.
Best for: Fits when labs need compound identity control plus storage and movement traceability.
LabVantage
enterpriseLIMS platform with chemical inventory and compound management modules for sample and reagent tracking.
Audit-grade traceability between compound registration, plate map positions, and cherry-pick request outcomes.
LabVantage fits teams that need compound registration to stay aligned with lab execution details, because it ties compound records to physical storage locations and screening artifacts. It supports plate map visualization, plate barcode tracking, and cherry-picking workflows so transfers and requests can be traced to specific locations and lots. The structure layer supports search and normalization behaviors that reduce duplicate entries when structures arrive from SD file import or external registries.
A key tradeoff is that reliable throughput depends on disciplined configuration of barcode formats, plate templates, and workflow states before teams scale lab operations. LabVantage is best used when labs run recurring plate-based screening with repeated transfers, and when inventory reconciliation must catch discrepancies between physical counts and system records.
- +Plate map and barcode tracking supports auditable transfer history
- +Structure normalization reduces duplicates across naming and form variants
- +Cherry-picking workflow keeps requests linked to destination locations
- +Automation-friendly integration surface for lab and ELN data exchange
- –Setup must cover plate templates and barcode rules before scaling
- –Some structure parsing edge cases require administrative rules tuning
- –Workflow changes can require coordinated updates across linked modules
- –Advanced configuration increases time-to-first useful reporting
Compound management admins
Standardize registration from external structure feeds
Cleaner compound master records
Screening operations teams
Run cherry-picks with tracked destinations
Fewer mis-transfers
Show 1 more scenario
Inventory control leads
Reconcile physical stocks with system state
Faster discrepancy resolution
Barcode-linked tracking supports reconciliation when counts diverge from expected inventory.
Best for: Fits when labs need controlled compound-to-plate execution traceability across transfers and inventory reconciliation.
Sapio Sciences
enterpriseLaboratory informatics platform with compound management, sample tracking, and chemical inventory modules.
Structure normalization that feeds consistent compound identities into experiment-linked records and automation steps.
Sapio Sciences is built around managing chemical identities through registration, structure normalization steps, and downstream associations to experiments and physical artifacts. Compound repository operations support search and retrieval patterns used in hit-to-lead and screening follow-up, with structure parsing and normalization feeding consistent identifiers. Automation focuses on converting structured compound and plate-related inputs into usable records for lab work, so the same entities propagate across workflows.
A key tradeoff is that advanced lab automation such as acoustic dispenser handshake and liquid-handler orchestration requires disciplined integration work rather than being fully self-contained inside the UI. Sapio Sciences fits situations where teams need compound registration and structure normalization to stay synchronized with assay plate workflows and related execution metadata.
- +Chemistry-aware workflow ties registration, structures, and downstream records
- +API supports compound and event updates for controlled integrations
- +Import-oriented structure handling reduces manual cleanup work
- +Automation hooks support consistent propagation across lab execution states
- –Advanced liquid-handling coordination needs integration and governance discipline
- –Plate map visualization depth can require tuning to match existing templates
- –Migration from legacy compound IDs can be time-consuming without prior mapping
QA and validation teams
Audit-ready compound registration workflow
Fewer broken lineage links
Chemical operations leads
Batch genealogy for registered compounds
More reliable inventory reconciliation
Show 2 more scenarios
Assay and screening managers
Hit-to-lead follow-up tracking
Shorter turnaround to next assays
Connect structure-processed compound records to screening outcomes for faster selection cycles.
Platform integration teams
API-driven compound data synchronization
Lower manual data re-entry
Use the API surface to keep ELN and lab systems aligned on compound identity and status changes.
Best for: Fits when labs need structure normalization plus compound lifecycle control synced to assay workflows.
Titian Software Mosaic
enterpriseDedicated sample and compound management software for drug discovery organizations managing chemical libraries and biological samples.
Barcode-driven plate handling tied to controlled workflow states for accurate cherry-pick request queue execution.
Titian Software Mosaic is a compound management system built around laboratory workflows for chemical registration, inventory, and plate-based handling. It supports structured compound records and linking that data to physical storage locations, with controls for changes over time.
Mosaic also targets day-to-day operational throughput by covering plate mapping, barcode-driven identification, and transfer tracking across handoffs. Integration depth is centered on interoperability for formats used in lab systems, with automation hooks designed to reduce manual rekeying between tools.
- +Strong plate-centric tracking built around barcode-driven identification workflows
- +Compound registration records can be linked to storage and operational events
- +Automation-oriented workflow states reduce manual reconciliation between steps
- +Interoperability for lab data exchange helps keep external systems in sync
- –Higher governance overhead is needed to keep compound and plate states consistent
- –Deep assay and analytics integrations may require additional configuration work
Best for: Fits when labs need controlled compound registration and plate-based inventory tracking with workflow-linked automation.
Dassault Systèmes BIOVIA
enterpriseChemical and biological information management suite including compound registration, inventory tracking, and structure-based search.
BIOVIA structure curation capabilities that pair normalization and transformation rules with compound registration records for controlled downstream reuse.
Dassault Systèmes BIOVIA is used to manage chemical compound registration, structure curation, and downstream science workflows inside a controlled data environment. Compound records can be created and normalized through imports such as SD file ingest and structure mapping to BIOVIA-supported representations, then reused across ELN and screening-oriented processes.
Automation is driven through BIOVIA integrations with its broader scientific information and lab execution ecosystem, plus API access for system-to-system data moves. Governance focuses on controlled change, traceable provenance for compound records, and permissioned access across work areas that touch inventories, requests, and experimental metadata.
- +Strong chemical structure processing for normalization and transformation workflows
- +Integrates compound records into broader ELN and scientific data lifecycles
- +Supports SD file import and structure-oriented curation for registration pipelines
- +Extensibility via BIOVIA APIs for automated registration and update flows
- –Cherry-picking workflow support depends on surrounding process modules and configuration
- –Front-end setup and data mappings require administrator-led governance discipline
- –Some lab execution interactions need careful interface design for liquid-handling timing
- –Complex similarity and structure-search tuning can be opaque to non-admin users
Best for: Fits when organizations need tight chemical data governance plus structured integrations across ELN and screening programs.
IDBS E-WorkBook
enterpriseR&D data management platform with compound registration, inventory tracking, and structured experiment capture for life sciences.
Compound registration workflows are integrated with laboratory data capture so compound events and plate-level records stay consistent.
IDBS E-WorkBook is used by compound management teams to coordinate experimental records with inventory, structures, and plate-level traceability. It is distinct for its tight workflow alignment to laboratory data capture and for supporting chemical structure normalization and registration workflows alongside operational batch handling.
Core capabilities include structure-centric compound registration, plate map visualization for tracked materials, and import or export flows for exchanging SD-style chemical files with downstream systems. Configuration focuses on governed workflows and role-based access so that compound registration and sample-to-plate events remain auditable across teams.
- +Ties compound registration workflows directly to laboratory record capture.
- +Structure handling supports normalization steps and salt form tracking needs.
- +Plate map visualization keeps tracked positions aligned with records.
- +Supports SD file import and SDF export for structured compound exchange.
- –Configuration depth can slow initial rollout for new compound workflows.
- –Liquid-handling and inventory automation often depends on external integrations.
- –Structure search behavior can feel less intuitive than dedicated structure tools.
- –Admin governance is capable but requires careful role design.
Best for: Fits when labs need governed compound registration tied to experimental records and plate traceability.
CISPro
vertical specialistChemical inventory management software for substance records, compliance data, and laboratory storage.
Compound registry workflows that keep structure-based records aligned with physical storage locations and inventory state.
CISPro from chemicalinventory.com focuses on chemical compound registration and day-to-day inventory control for research groups that track physical holdings. It supports structure-driven records and helps teams keep plate and tube locations aligned with the compound catalog.
CISPro emphasizes importing and exporting compound data so labs can move structures and inventory state between external systems. The result is a compound repository workflow centered on registration, search, and reconciliation for active screening operations.
- +Structure-focused compound records support consistent registration
- +Inventory location tracking supports plate and tube workflows
- +Import and export tooling supports ongoing repository maintenance
- +Search features help staff find compounds by structure and identifiers
- –Automation depth for cherry-picking and liquid-handling workflows is limited
- –Workflow configuration options need careful setup to avoid mapping errors
Best for: Fits when labs need structured compound registration and inventory reconciliation tied to physical locations.
Chematix
enterpriseChemical management software for inventory records, container tracking, and laboratory safety processes.
Normalization-driven compound registration helps maintain a consistent compound identity across imported SD sources and storage moves.
Chematix is compound management software focused on connecting compound registration, structure cleanup, and inventory workflows for chemistry and screening programs. It supports compound registration workflows tied to plate and tube tracking events so laboratories can keep genealogy across storage moves.
Structure handling is built around normalization steps that reduce duplicate entries when salts, tautomers, or naming variants appear across sources. Automation options focus on importing formats such as SD files and pushing curated structures into downstream plate and assay steps.
- +Compound registration workflow connects structures to inventory location changes
- +SD file import supports high-throughput onboarding of new compound sets
- +Normalization reduces duplicate records from naming and structure variants
- +Plate and storage tracking supports traceability from request to retrieval
- –Automations require careful workflow configuration for consistent cherry-pick requests
- –Integration depth with external liquid handling and assay analytics varies by setup
- –Structure configuration can be time-consuming when multiple normalization rules are required
- –Advanced governance controls need deliberate role design to prevent inconsistent edits
Best for: Fits when lab teams need traceable compound registration tied to storage and plate events.
LabCollector
SMBLaboratory information management software with inventory, sample, protocol, and chemical tracking modules.
Plate barcode tracking that maintains compound registration context across plate creation, handling, and downstream assay use.
LabCollector manages compound registration, sourcing records, and plate-oriented inventory workflows in one system. The software links chemical identifiers to physical inventory movements and supports plate barcode tracking so teams can trace compounds across assay execution.
Integration work centers on import and export of compound data formats plus connectivity to surrounding lab systems for onboarding and downstream use. Configuration supports audit-friendly change history and controlled user access for multi-team lab operations.
- +Strong plate barcode tracking for compound-to-plate traceability
- +Compound registration ties records to inventory actions and requests
- +Import and export tooling supports SD file import and SDF export workflows
- +Role-based access supports controlled workflows across teams
- –Advanced workflows require careful configuration of mappings and statuses
- –Automation and API extensibility depend on integration scope for each lab setup
Best for: Fits when mid-size chemistry and biology teams need compound registration linked to plate-level inventory control.
ChemInventory
vertical specialistChemical inventory software for cataloging substances, locations, quantities, and safety information.
Barcode driven compound traceability across plate and tube inventories, connected to compound registration records.
ChemInventory targets compound inventory and related chemistry workflows for labs that track lots, containers, and structures. The system centers on compound registration with structure handling, plate and tube oriented inventory views, and barcode driven traceability for movements.
ChemInventory also supports data import and export patterns that fit common ELN and library management handoffs. Admin controls focus on managing what gets registered and how records are updated across inventories rather than on advanced assay analytics.
- +Barcode focused compound tracking across plate and tube inventories
- +Compound registration workflow ties identifiers to recorded chemistry
- +Structure handling supports normalization and export for downstream systems
- +Import and export reduce friction when loading existing compound libraries
- –Automation depth for liquid handler workflows is limited without integrations
- –Extensibility relies on data exchange patterns instead of a documented API
- –Governance tools like fine grained RBAC and audit trails are not prominent
- –Advanced structure search tuning is narrower than for specialized chemistry platforms
Best for: Fits when labs need straightforward compound inventory control with barcode traceability and structured library imports.
Conclusion
After evaluating 10 chemicals industrial materials, Scilligence ELN and Inventory stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right compound management software
Compound management software for labs and QA teams tracks registered compound identities alongside physical storage movement across plates and tubes. This buyer’s guide covers Scilligence ELN and Inventory, LabVantage, Sapio Sciences, Titian Software Mosaic, Dassault Systèmes BIOVIA, IDBS E-WorkBook, CISPro, Chematix, LabCollector, and ChemInventory. Each tool card emphasizes different control points such as identity coupling, audit-grade traceability, and barcode-driven workflow state transitions.
The differences show up in integration depth, the way compound identity changes propagate into downstream experiment and plate records, and the amount of automation that depends on configuration. Scilligence ELN and Inventory links registered compound identities to ELN experiments and storage movement history, while LabVantage ties compound registration, plate map positions, and cherry-pick request outcomes into an auditable chain. Sapio Sciences adds chemistry-aware structure normalization with an API for compound and event updates that supports controlled integrations.
Compound Management Software for regulated plate and inventory workflows
Compound management software coordinates compound registration with physical storage and execution artifacts such as plate maps, barcode tracking, and transfer histories. These systems keep compound identity and form details aligned across onboarding inputs like SD file import, and they carry that identity through assay-linked records and inventory reconciliation.
Scilligence ELN and Inventory is built around tight coupling between registered compound identities and ELN experiments plus Inventory storage movement traceability. LabVantage emphasizes audit-grade traceability that connects compound registration, plate map positions, and cherry-pick request outcomes. Sapio Sciences differentiates with structure normalization that feeds consistent compound identities into experiment-linked records and automation steps through an API surface for compound and event updates.
Compound identity control, traceability, and workflow automation surfaces
Compound management software earns trust when compound registration identities propagate into plate positions, barcode events, and downstream execution records without breaking the chain of custody. The strongest systems keep identity changes and storage moves synchronized across the ELN or lab record layer and the inventory execution layer.
Identity link propagation across ELN, compound registration, and inventory moves
Scilligence ELN and Inventory keeps registered compound identities tightly linked to ELN experiments and Inventory storage movement history. IDBS E-WorkBook keeps compound registration workflows integrated with laboratory data capture so compound events and plate-level records stay consistent.
Audit-grade execution traceability from plate map to cherry-pick outcomes
LabVantage maintains audit-grade traceability between compound registration, plate map positions, and cherry-pick request outcomes. Titian Software Mosaic ties barcode-driven plate handling to controlled workflow states that drive cherry-pick request queue execution.
Structure normalization that stabilizes compound identities for automation
Sapio Sciences uses chemistry-aware structure normalization and feeds consistent compound identities into experiment-linked records. Dassault Systèmes BIOVIA pairs structure curation capabilities with compound registration records using transformation rules for controlled downstream reuse.
Barcode-driven inventory context across plate creation and handling
LabCollector tracks plate barcodes to keep compound registration context across plate creation, handling, and downstream assay use. ChemInventory provides barcode-driven compound traceability across both plate and tube inventories connected to compound registration records.
Choose by control point: identity coupling, execution traceability, or structure normalization
The decision hinges on which part of the workflow must stay most deterministic when compound identities, forms, and storage locations change. Some tools center on identity coupling across ELN experiments and inventory movement history, while others center on plate map and cherry-pick execution traceability or chemistry-aware normalization feeding automation.
Pick the system that matches the primary source of identity truth
If ELN experiments must directly reference registered compound identities through storage moves, Scilligence ELN and Inventory is designed for that tight coupling between ELN records and Inventory movement history. If compound registration must stay consistent with laboratory data capture and plate-level traceability, IDBS E-WorkBook integrates compound registration workflows into record capture.
Select based on the audit chain needed for plate execution
If audits need a chain from compound registration through plate map positions to cherry-pick request outcomes, LabVantage maps plate map and barcode tracking to auditable transfer history. If execution must follow barcode-driven workflow states tied to a cherry-pick request queue, Titian Software Mosaic centers plate handling around barcode identification workflows.
Match structure normalization requirements to downstream automation
If teams depend on chemistry-aware structure normalization to stabilize identities that feed experiment-linked records, Sapio Sciences provides normalization that syncs with assay workflows through its API for compound and event updates. If curation and transformation rules must be managed for controlled reuse across ELN and screening programs, Dassault Systèmes BIOVIA emphasizes structure processing paired to compound registration records.
Decide whether onboarding velocity comes from SD import plus workflow configuration
If high-throughput onboarding relies on SD file import while identity stays traceable into storage and plate events, Chematix links normalization-driven compound registration to inventory location changes. If structured compound registry workflows must align with physical storage and inventory reconciliation, CISPro focuses on structure-aligned compound records tied to inventory location tracking.
Validate extensibility boundaries for liquid handling and assay analytics integrations
If automated liquid-handling coordination and plate workflow automation depend on deeper integration and setup, Scilligence ELN and Inventory flags advanced plate workflow automation as configuration and integration sensitive. If liquid-handling and inventory automation rely on external integrations, IDBS E-WorkBook’s automation depth often depends on integration scope rather than native liquid-handling orchestration.
Test plate map depth against existing templates and governance rules
If plate map visualization must match existing templates, Scilligence ELN and Inventory and Sapio Sciences both indicate that plate map visualization depth can require tuning to match templates. If governance discipline must keep compound and plate states consistent, Titian Software Mosaic highlights higher governance overhead to maintain state consistency.
Who benefits from compound management software in regulated plate and inventory workflows
Compound management software is a fit when compound identities must remain consistent through onboarding, storage movement, and execution steps that produce plate- and assay-linked outcomes. Teams that need traceability across plate positions, barcodes, and cherry-pick results will see the clearest operational benefit.
QA and regulated operations teams running plate transfers and cherry-picks
LabVantage provides audit-grade traceability that ties compound registration to plate map positions and cherry-pick outcomes. Titian Software Mosaic adds barcode-driven workflow state transitions for controlled cherry-pick execution.
Discovery and chemistry teams that must normalize structures and keep identities stable
Sapio Sciences provides structure normalization that feeds consistent compound identities into experiment-linked records and automation steps. Dassault Systèmes BIOVIA adds normalization and transformation rules paired to compound registration for controlled downstream reuse.
Labs running ELN-first workflows that need storage movement traceability
Scilligence ELN and Inventory links registered compound identities directly to ELN experiments and to Inventory storage movement history. CISPro and Chematix support compound registry and storage alignment patterns that can attach identity to physical location events.
Mid-size chemistry and biology teams needing barcode tracking tied to compound registration
LabCollector focuses on plate barcode tracking that keeps compound registration context across plate creation and assay use. ChemInventory provides barcode-focused compound tracking across plate and tube inventories tied to compound registration records.
Common implementation mistakes in compound identity and plate traceability programs
Compound identity systems fail most often when governance boundaries are unclear and when structure normalization and plate templates are treated as optional configuration. The systems that deliver traceability depend on consistent template rules and structured compound data to prevent identity drift.
Skipping structure normalization governance and then trying to reconcile duplicates later
Scilligence ELN and Inventory flags that data hygiene and structure normalization require upfront governance discipline. LabVantage similarly points to structure parsing edge cases that need administrative rules tuning to scale without identity collisions.
Deploying plate workflows without defining plate templates and barcode rules
LabVantage calls out that setup must cover plate templates and barcode rules before scaling. Titian Software Mosaic indicates higher governance overhead is needed to keep compound and plate states consistent during workflow execution.
Underestimating the integration work required for advanced liquid handling and assay automation
Scilligence ELN and Inventory states that advanced plate workflow automation depends on configuration and integration setup. Sapio Sciences warns that advanced liquid-handling coordination needs integration and governance discipline.
Over-relying on SD imports without validating identity normalization consistency
Chematix emphasizes SD file import paired to normalization-driven compound registration, which still requires careful workflow configuration for consistent cherry-pick request behavior. CISPro notes workflow configuration options need careful setup to avoid mapping errors between compound registry and physical inventory states.
How We Selected and Ranked These Tools
We evaluated Scilligence ELN and Inventory as the top-ranked option because it tightly couples registered compound identities across ELN experiments and Inventory storage movement history. Features account for 40% of scoring by prioritizing traceability chains like compound registration to plate map positions and cherry-pick outcomes in LabVantage and structure-driven identity stabilization in Sapio Sciences.
Ease and value each account for 30% by weighing rollout friction tied to governance discipline in Scilligence ELN and Inventory and setup tuning in LabVantage. We also used the same dimensions to separate tools by their automation and integration surfaces, including Mosaic’s barcode-driven workflow state transitions and BIOVIA’s structure curation plus transformation rules paired to compound records.
Frequently Asked Questions About compound management software
Which tools offer API access for compound record automation and event logging?
How do integrations and file workflows typically handle SD imports and exports in compound repositories?
When do compound teams need plate map visualization tied to execution outcomes instead of standalone inventory?
What breaks if structure normalization and identity controls are missing during cherry-picking operations?
How do barcode and container tracking features reduce reconciliation work during tube storage retrieval?
Which platforms align compound lifecycle states with assay or experiment artifacts rather than treating inventory as a separate system?
Where does RBAC-style governance show up most clearly in compound management administration controls?
What tradeoff occurs when a compound platform focuses on physical inventory reconciliation over deeper assay analytics?
How do tools differ when the same compound appears across multiple plate systems and needs consistent batch genealogy?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Chemicals Industrial MaterialsTop 10 Best Compound Software of 2026
- Chemicals Industrial MaterialsTop 10 Best Compounding Software of 2026
- Biotechnology PharmaceuticalsTop 10 Best Compounder Software of 2026
- Science ResearchTop 10 Best Chemical Management System Software of 2026
- Chemicals Industrial MaterialsTop 10 Best Chemical Tracking Software of 2026
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