LC-MS

The 3rd Workshop on
Recent Issues in Regulated Bioanalysis

April 16th– 17th, 2009, Montreal, Canada
Short Courses: April 15th, 2009
Grand Plaza Montreal Centre-Ville

Highlights  |   Speakers  |   Workshop Program  

Short Courses   |   Sponsors   |   Previous Edition White Papers 

Wednesday, April 15th, 2009 - Level 1-2 Short Courses

"Issues in Regulated Bioanalysis:
Challenges, Solutions, and Applications in Bioanalytical Method Validation and Sample Analysis"

(Instructor: Dr. Fabio Garofolo - Scientific Affairs Director, CVG)

Level 1 (Morning) - "Fundamental of Bioanalysis: Bioanalytical Method Validation and Sample Analysis"
(Introductory Course)

08:00am-08:30am: Level 1 Course Registration - Breakfast
08:30am-09:00am: Introduction

09:00am-10:30am: Lesson 1 - Bioanalytical Method Validation: "History & Definitions"

  • Definition of Bioanalytical Method Validation
  • Regulatory Guidance on Bioanalytical Method Validation from Crystal City I to Crystal City III
  • FDA Guidance for the Industry, Bioanalytical Method Validation (May 2001)
  • FDA Good Laboratory Practice for Nonclinical Laboratory Studies: Title 21, Code of Federal Regulations, Part 58
  • OECD Principles on Good Laboratory Practice (as revised in 1997)
  • Drugs Directorate Guidelines, “Conduct and Analysis of Bioavailability and Bioequivalence Studies" Health Protection Branch, Health and Welfare Canada, 1992
  • Statistics in Bioanalysis
    • Statistical Mean
    • Standard Deviation and Relative Standard Deviation
    • Deviation from Theoretical and Percent Difference
    • Correlation Coefficient
    • Rejection of Outliers with T-test
  • GLP Definitions
  • Key Terms & Concepts in Bioanalysis
  • GLP Documentation
    • Analytical Method
    • Data Review

10:30am-10:45am: Coffee Break

10:45am-11:45am: Lesson 2 - Bioanalytical Method Validation: "Criteria & Concepts"

  • The Validation Process and the Validation Goals
  • Uncertainty in Quantitative Analysis
  • Validation Parameters and Method Validation
    • Accuracy and Precision
    • Analysis of Variance (ANOVA)
    • Assessing Accuracy and Precision
    • Stability Tests
    • Recovery
  • Approaches to Quantification
    • Calibration Curve
      • Limit of Quantification (LLOQ & ULOQ) and other Key Terms
      • Quantitative Relationships in MS Instruments
      • Nature of Regression Errors
    • Standard Addition
  • Defining Acceptance Criteria
  • Essential Documentation
  • System Suitability and its Importance
  • The Steps in a Typical MS Quantitative Analysis
  • Routine Sample Analysis

11:45am-12:30pm: Lesson 3 - LC-MS/MS & Bioanalysis

  • Why LC-MS/MS?
    • Advantages & Disadvantages of using LC-MS/MS in Bioanalysis
  • Professor Fred McLafferty’s Four S’s of LC-MS Analysis
  • Internal Standard
    • Importance of Choosing the best Internal Standard
    • Analogue vs. Stable Labeled Internal Standards
  • Sample Preparation Pros and Con
    • Protein Precipitation (PPT)
    • Liquid-Liquid Extraction (LLE)
    • Solid Phase Extraction (SPE)
  • Matrix Effect and Ion Suppression/Enhancement Definitions
  • Carryover Definition

12:30pm: Level 1 Course End and Level 1 CVG Course Certificate

12:30pm-01:30pm : Lunch ONLY for Level 1 & Level 2 Course attendees

Level 2 (Afternoon) - "Regulated Bioanalysis: Challenges Solutions and Applications"
(Advanced Course)

01:00pm-01:30pm: Level 2 Course Registration

01:30pm-03:00pm: Lesson 4 - Bioanalytical Method Validation and Sample Analysis: "Common Problems"

  • Matrix Effect and Ion Suppression/Enhancement
    • Matrix Effect in Electrospray (ESI) LC-MS/MS
    • Remedy for Ionization Suppression in SPE-LC-ESI-MS/MS
    • Matrix Induced Ionization Suppression in APCI
    • Differential Suppression
      • The 3 Different Scenarios of Matrix Effect
      • Instrument Optimization to Reduce Matrix Effect
  • Carry-Over Guidelines
    • Impact of Carry-Over in Bioanalysis
    • Fighting Carry-Over
  • Drug Metabolism & Bioanalysis
    • Metabolite Conversion During Sample Extraction
    • Metabolite Conversion During Instrumental Analysis
    • General Strategy for Method using UV or Fluorescence Detection
    • General Strategy for Method using MS or MS/MS
    • Study Cases
  • Root Cause Analysis during Out of Specification investigation
    • Importance of Trend Analysis in GLP Bioanalysis

03:00pm-03:15pm: Coffee Break

03:15pm-04:45pm: Lesson 5 - What's new in Bioanalysis?

  • The Purpose of the 3rd AAPS/FDA Bioanalytical Workshop
  • Crystal City III Conclusions
    • Quality Controls: Conventional and New Approaches
    • Evaluating Curve Models: Graphic & Mathematical Comparison
    • Factors Contributing to Imprecision and/or Inaccuracy
    • Carryover and Contamination Evaluation
    • Evaluate Contamination in Validation
    • Incurred Sample Re-Analysis (ISR)
      • Reproducibility of QC vs. Incurred Samples
    • Determination of Metabolites During Drug Development
    • Documentation Issues
    • Repeat Analyses
    • Matrix Effects for MS-Based Assays
    • Run Acceptance Criteria
    • Stability Recommendations
    • Autosampler Re-injection Reproducibility
    • Blood Stability
    • Method Evolution & Stability Measurements
    • Internal Standard Stability
    • Validation Topics with No Consensus:
      • -70oC vs. – 20oC
      • Reference Standard Expiration Date vs. Stock Stability
  • Other Validation tests
  • The 1st CVG Workshop on Recent Issues in Regulated Bioanalysis - 2007
  • The 2nd CVG Workshop on Recent Issues in Regulated Bioanalysis -2008
  • The 2008 AAPS Workshop (Feb) and the Industry consensus

04:45pm-05:15pm: Lesson 6 - Global Bioanalytical Outsourcing

  • Current Life Science Industry Trends:
    • Issues and Opportunities in the Pharmaceutical Industry
    • Reducing Cost and Faster Time-to-Market
  • Life Science Uncertainties:
    • Regulatory uncertainties
    • Scientific uncertainties
    • IP
    • Commercial and financial
  • Challenges of Ageing Population:
    • Large increase in disorders of old age
    • Increasing unmet medical needs
  • Old Big Pharma model (closed development: internal capabilities) vs. the new Biopharma model (open development: outsourcing/partnership)
  • What is Driving Outsourcing for Pharmaceutical Companies?
  • Advantages in outsourcing: Reducing the number of compounds that fail in early trials
  • Regulatory best practices for first-time filers
  • Collaborations and partnerships between Pharmas and CROs:
    • Managing the relationship between the partners:
    • Benefits of different processes
    • Differences Needs, Cultures and operations
    • Pharma Expectations
  • Building and maintaining effective sponsor/CRO relationship:
    • Vendor selection
    • Contracting
    • Criteria to Evaluating CRO
    • Types of sponsor/CRO agreements
  • The FDA Amendment Act (FDAAA - Sep. 2007):
    • Current Prescription Drug User Fee Act (PDUFA IV)
    • FDAAA new mandates and impact for pharmaceutical companies
    • Title VIII Clinical trials database
    • Title IX - Post-market Drug Safety
  • Pharmaceutical Companies trend towards Global Outsourcing
  • North America & Europe vs. India & China
    • Why do Pharmaceutical companies turn to emerging markets?
    • India and China as an opportunity for Pharma companies to accelerate clinical development programs
    • R&D and Manufacturing costs abroad
    • Shortcomings and potential pitfalls of outsourcing in Asia
      • IP and legal protection
      • Uncertainties around quality
      • Different regulatory frameworks
      • Language and cultural differences

05:15pm-05:30pm: Q&A and Level 2 CVG Course Certificate
 
 

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