The worlds leading metabolism Laboratory Information Management system
Debra is a purpose built LIMS designed specifically to manage the entire life cycle of a range of drug and environmental metabolism studies within a FDA/GLP regulated environment.
Continuous development over 30 years has resulted in a system that is the industry standard in its field and is used by many of the world's leading Pharmaceutical, Agrochemical and Contract Research Organizations.
Whatever the scope of your study, Debra allows you to take complete control of the process, improving efficiency, whilst meeting the requirements of regulatory compliance at every step.
By managing the data electronically, Debra significantly improves workflow efficiency in the following areas:
- Direct capture from equipment, thus eliminating transcription errors.
- Easy to use batch worksheets to organize data capture.
- Automatic calculations of dosing requirements.
- Immediate generation of raw data and summary reports.
- Easy label generation for all samples.
- Direct links with the industry standard Laura radiochromatography and Seescan WBA software.
- Automatic calculation of results.
- Audit Trail.
- Security Access in accordance with regulatory requirements.
- Electronic signatures; no more missing manual signatures.
Debra is a closed system that ensures compliance with regulatory demands.
- User access is managed via a unique login ID and password that is linked to users’ training and skill set.
- Electronic signatures and audit trails are fully configurable and in line with the FDA 21 CFR part 11 requirements.
- Debra has full auditing capabilities to ensure that any changes are fully tracked and easily reportable.
LabLogic have decades of experience creating systems within highly regulated environments. We are confident that our systems will improve compliance within your facility.
From single user labs through multi-site global organizations, Debra streamlines processes and workflow with modern intuitive software. Originally designed for simple ADME mass balance and tissue distribution studies, the range and complexity of protocol handled by Debra has been extended covering all aspects of DMPK work including bioanalytical, metabolite profiling and protein binding, as well as environmental fate studies.
Direct Data Capture
To achieve the goals of productivity and GLP confidence, Debra avoids transcription errors by capturing raw data either directly from the instrument or via sample result data files from analytical instrumentation systems.
- No transcription necessary.
- Seamless communication to and from the instrument.
- A wide variety of models and versions of balances, LSC’s and WBA are handled with
instrument specific interfaces.
- Create simple or complex protocols to suit your needs.
- Easily add subjects and apply naming masks.
- Group subjects by species, sex, dose level, dose rate.
- Configure single or multi dosing schedules per project, group or subject.
- Easily configure sampling schedules.
- Assign users to the study based on their access rights.
- Design, prepare and analyze dose preparations, dose vehicles and stock solutions.
- Manually enter existing treatment data or interactively create new treatments.
- Automatically calculate dose compound requirements accounting for compound properties.
- Directly capture preparation weights and analysis data.
- Automatically calculate treatment concentration and specific activity.
- Automatically perform dose calculations based on treatment data and nominal dose rate.
- Design dosing schedule ahead of time.
- Directly capture subject and dose weights either separately or as a single process.
- Create multi-dose studies.
- Capture the actual time of dosing to calculate real-time sampling for PK studies.
- Immediate calculation of compound and activity administered.
- Directly capture weight data from balances.
- Eliminate transcription errors; no manual entry or data checking required.
- Interface with LSCs to import dpm data.
- Design and print sample labels.
- Create scheduled or barcoded batches for data capture.
- Automatic detection of manual data entry, with full audit trail.
- Immediately generate reports following data capture.
- Pool samples across subjects or timepoints to create new samples for analysis.
- Specify percentage of original sample to split, or use a fixed amount.
- Automatically specify samples to be pooled based on dose recovery.
- Optionally capture pooled sample data, or use calculated values.
- Direct link to our industry standard radiochromatography software, Laura.
- Create HPLC batches within Debra ready to run your analyzes in Laura.
- View chromatography data in Debra for each sample; calculate and report metabolite concentrations and dose recovery.
- Link security between the two systems.
Calculate recoveries and concentrations taking into account parameters such as:
- Multi-dose settings.
- Blood : Plasma ratios.
- Variability rules.
- LOD / LOQ settings.
- Normalisation settings.
Go from raw data to final results in minutes. A wide range of reports is available, covering all functional areas of the system.
- Raw data reports.
- Summary tables for final recovery and concentration reporting.
- Instant graphical data to track sample recovery and concentration.
- Tissue grouping.
- Configurable decimal and significant figures.
- Statistical analysis.
- Normalisation of data.
- LOD and LOQ reporting rules.
- Include/exclude subjects, tissues and timepoints.
- Generate project specific labels based on data entered into the system with just a few clicks.
- Highly configurable user-defined formats.
- Predefined label formats can be created to cover the corporate standard.
- Barcoded labels allow the user to take advantage of barcoding options for data collection to speed up processes within the laboratory and reduce the risk of user error.
Regulatory compliance is an essential feature of Debra, built to meet GLP, and 21 CFR part 11 requirements.
- Fully configurable for all tasks.
- Options for:
Double signatures for peer approval.
Silent signatures where no action is required by the user to apply the signature.
Debra’s electronic signatures are in line with regulatory guidance to ensure that relevant details are captured:
- Printed name of the signer.
- Date and time that the signature was executed.
- The meaning associated with the signature (e.g. authorship, review, approval etc).
- Debra provides full auditing facilities. This ensures that changes to date are tracked with reference to the new and previous value, the operator and date / time.
- Quickly and simply configure user access and rights.
- Configure hierarchical levels of access.
- Fully configure access to every control within Debra based on access level.
Document Management System
Debra’s reporting package provides convenience and flexibility. Using the comprehensive range of reports in conjunction with the Document Management System to allow management of your reports in a secure environment.
- Save and track reports within the database.
- Seamlessly integrate tables, graphs and text into final reports through an automated link to Microsoft® Word.
- Quickly and accurately create final reports using standard templates linked to study-specific information.
- Record document history, highlighting changes between versions of the document.
- Define columns, print order, assign macros, add free text, size the table and its position and even specify the decimal precision of the data.
- Further analyze or characterise existing samples.
- Create on-the-fly extraction pathways, displayed as a tree structure, adding extracts and samples as you go.
- Pool and concentrate samples, monitoring recovery and concentration at each stage.
- View and report all extraction data.
- Extraction trees can optionally be created as a stand-alone study.
- View all calculations.
- Can be used for any sample in any study, or as a stand-alone study.
- ADME study types include: mass balance, tissue distribution, blood : plasma ratio, pharmacokinetics.
- Easily configure complex protocols.
– Multiple dose routes, species, dose rates.
– Define sampling schedules.
- Design prepare and analyze dose solutions and dose vehicles.
- Create and perform dilutions on stock solutions.
- Interactively weigh subjects and administer dose.
- Capture sampling data directly from balances and LSCs.
- Full reporting at all stages with automatic generation of final summary tables.
- Multiple assay types available:
Blood Cell Partitioning.
- Set up studies with single or multiple species.
- Select multiple concentrations and number of replicates.
- Options to perform non-specific binding and time to equilibrium assays prior to the main study.
- Define spiking schedule and analyze the spiked samples.
- Create serial dilutions of stock solutions.
- Free/bound and other associated calculations automatically performed and reported.
- Perform rate of degradation studies including:
OECD 307 – Aerobic soil / anaerobic soil.
OECD 308 – Aqueous sediment.
OECD 111 – Hydrolysis.
OECD 106 – Adsorption /
- Define soils with water holding capacity details.
- Determine soil moisture content.
- Calculation of target equivalent dry weight of dispensed soil.
- Dose rate calculations from field rates.
- Quickly apply known dose amount to all flasks.
- Adsorption / Desorption extraction trees.
- Specify application area (ha / m2 / cm2).
- Specify dose rate per area.
- Specify default areas.
- Direct links to Seescan WBA software.
- Use Debra’s core features to facilitate QWBA studies.
- Create batch worksheets to import WBA data from a variety of sources.
- Perform QWBA work as part of a larger ADME study or as a discrete project.
- Use Debra’s reporting tools for consistent and seamless reporting in a secure environment.
What types of study can I perform in Debra ?
While originally designed for traditional ADME mass balance, tissue distribution (via cut & burn or WBA) and PK studies, Debra can be used for cold bioanalytical in vivo studies, protein binding assays, skin perfusion studies and a wide range of environmental fate protocols.
Can I exchange data between my contract laboratory and my laboratory ?
Provided you are using Debra 6, you can import data from any Debra database including Debra 5, enabling further analysis and reporting of studies run at your CRO as well as the ability to pool samples for metabolite profiling.
What instrumentation can I link to Debra ?
Typical instrument links include balances and liquid scintillation counters. Any balance with an RS232/USB or Bluetooth connection can be linked to Debra, likewise all vintages of liquid scintillation counter can be interfaced to including Packard/Perkin Elmer Tricarbs, Hidex 300SL even your old standalone DOS based Beckman counters.
How often are there updates to Debra ?
- Updates to the Debra program usually occur 1 to 2 times per year. Updates to the program are usually a result of comments and suggestions from our network of clients. In addition, our programmers are constantly improving the program to simplify functions even more. When an update is installed, we include software release notes for your records, a summary for the changes made and how it may effect validation considerations.
- LabLogic operates a policy of not forcing clients to upgrade to the latest release. This enables sites that are happy with a current release to continue using there validated version until such time as they feel there is a real benefit to be gained or when it is more convenient.
Can I upgrade my data from Debra 5 to Debra 6 ?
Yes, full instructions of the upgrade path from Debra 5 to Debra 6 are available from our support team.
Plasma Pharmacokinetics and Tissue Distribution of a N-Pyrrolo- [1,2-c]Imidazolylphenyl Sulfonamide in Rats
Mehran F. Moghaddam, Matthew S. Bogdanffy, Alethia Brown, Kim Ford, and Lamaat Shalaby. Nutrition and Health (M.F.M.). Drug Metabolism and Disposition, Vol. 30, Issue 1, 47-54, January 2002
Pharmacokinetics, Metabolism, and Excretion of Linezolid following an Oral Dose of [14C]Linezolid to Healthy Human Subjects
J. G. Slatter, D. J. Stalker, K. L. Feenstra, I. R. Welshman, J. B. Bruss, J. P. Sams, M. G. Johnson, P. E. Sanders, M. J. Hauer, P. E. Fagerness, R. P. Stryd, G. W. Peng, and E. M. Shobe. Drug Metabolism and Disposition, Vol. 29, Issue 8, 1136-1145, August 2001
Pharmacokinetics, Metabolism, and Excretion of Irinotecan (CPT-11) Following I.V. Infusion of [14C]CPT-11 in Cancer Patients
John Greg Slatter, Larry J. Schaaf, James P. Sams, Kenneth L. Feenstra, Mark G. Johnson, Paul A. Bombardt, Karen Sue Cathcart, Michael T. Verburg, Laura K. Pearson, Linda D. Compton, Langdon L. Miller, David S. Baker, Caroline V. Pesheck, and Raymond S. Lord, III. Drug Metabolism and Disposition, Vol. 28, Issue 4, 423-433, April 2000