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Leary Session 3[1]

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  • 8/14/2019 Leary Session 3[1]

    1/19

    Connecting People, Science and Regulation

    Ultra High Performance Liquid Chromatography (UHPLC):

    Quality Operations Laboratory

    Jack Leary, PhD

    Global Quality Operations

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    Connecting People, Science and Regulation

    Why is the implementation of new technology important for

    Pharmaceutical ualit O erations laboratories?

    Productivity improvements accelerate speed of labdecisions, which translates to less idle time for

    manufacturing equipment

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    Connecting People, Science and Regulation

    Why is the implementation of new technology important for

    Pharmaceutical ualit O erations laboratories?

    Productivity improvements accelerate speed of labdecisions, which translates to less idle time for

    manufacturing equipment

    For the phamaceutical industry, how is new technology

    defined in the anal tical and re ulator arena?

    Depends on frame of reference

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    Connecting People, Science and Regulation

    Why is the implementation of new technology important for

    Pharmaceutical ualit O erations laboratories?

    Productivity improvements accelerate speed of labdecisions, which translates to less idle time for

    manufacturing equipment

    For the phamaceutical industry, how is new technology

    defined in the anal tical and re ulator arena?

    Depends on frame of reference

    One example of new technology is Ultra High Performance

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    Connecting People, Science and Regulation

    What is UHPLC?

    Ultra High Performance Liquid Chromatography (UHPLC)

    uses:

    Chromatographic columns with smaller diameter particles

    S stem ressures which are reater than t ical Hi h

    Performance Liquid Chromatography (HPLC), e.g. > 6000

    psi

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    Connecting People, Science and Regulation

    A Technique with Many Names:

    Ultra High Performance Liquid Chromatography (UHPLC)

    Ultra High Pressure Liquid Chromatography (UHPLC)High Speed Liquid Chromatography

    Fast Liquid Chromatography

    Ultra Performance Liquid Chromatography (UPLC) WatersRapid Resolution LC System (RRLC) Agilent

    treme qu romatograp y - asco

    Accela High Speed Chromatography System - Thermo

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    Connecting People, Science and Regulation

    Effects and Potential Benefits of sub 2 um particle size and

    hi her column ressures:

    Decreased run timeImproved sensitivity

    Enhanced peak resolution

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    Connecting People, Science and Regulation

    Development of UHPLC Method or Conversion of Existing

    HPLC Method

    UHPLC is based upon the same principles of HPLC.However, since the column packing material is of smaller

    diameter, modification of the chromatographic conditions

    .

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    Connecting People, Science and Regulation

    Development of UHPLC Method or Conversion of Existing

    HPLC Method

    When converting an HPLC method to UHPLC, use of thesame type of column/packing material is recommended, when

    possible, with the exception of the particle diameter and the

    .

    with 0.20 um filter, use a titanium stone, and install

    recolumn filters to minimize column blocka e from

    particulates.

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    Connecting People, Science and Regulation

    UHPLC Flow Rate

    e ow rate o met o s genera y range rom .

    0.75 mL/min, but are dependent upon the column.

    Focus on system pressure is important. Currently, Agilent

    RRLCs can only be used up to a maximum of ~9000 psi whileWaters UPLCs can be used up to 15000 psi. Therefore, it is

    mpor an o cons er e ype o ns rumen a on a w e

    used at all the site(s) running the UHPLC method being

    method.

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    Connecting People, Science and Regulation

    UHPLC Injection Volume:

    Typical injection volumes range from 0.3 0.8 L, but is

    dependent upon peak shape and peak intensity.

    Although injection volumes for UHPLC are less than for

    reason for the improved sensitivity is because of the greaterefficiency and tighter eluting bands.

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    Connecting People, Science and Regulation

    Other UHPLC Recommendations:

    The dead volume from the column outlet should be kept to a

    minimum to reduce band broadening effect

    Cell volumes of detectors may need to be reduced for the

    reduced or eliminated.

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    Connecting People, Science and Regulation

    Sample Gain in EfficienciesHPLC vs UHPLC

    Data from Waters Corp.

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    Connecting People, Science and Regulation

    Comparison of HPLC and UHPLC Assay& Deg Method for Capsules

    Run Time-16min

    Deg 2 API 9.01min

    Inertsil, ODS-2, 4.6x150mm,5Flow Rate: 0.6mL/min

    Inj. Vol: 20L

    M.P. 0.05M Potassium PhosphatepH3.5:ACN(45:55)

    Deg 13.80min

    4.72 min

    Run Time-0.4min

    1.7 m C18 2.1x50mm

    Deg 1 0.15 min

    API 0.34min

    Flow Rate: 1.5mL/min

    Inj. Vol: 0.4LM.P. 0.05M Potassium

    Phosphate

    pH3.5:ACN(45:55)

    Deg 2 0.25min

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    Connecting People, Science and Regulation

    HPLC Chromatogram for Cleaning Method (22 min)

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    Connecting People, Science and Regulation

    Strategies for Implementing New Technology

    Focus on areas of operation where mode of regulatory change

    is self-approvable, such as HPLC to UHPLC conversion forCleaning Verification

    Allows Control Labs to gain familiarity with instrumentation

    Interface the creation of the new technology in tandem withthe ongoing with development and process improvements of

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    Connecting People, Science and Regulation

    Pfizer Experience with UHPLC

    purchased or have plans to purchase UHPLC systems

    Waters & Agilent systems have been more commonly acquired

    Local vendor support for introduction of this new technologyhas been productive

    Current focus has been on self approvable new technologyextens ons

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    Connecting People, Science and Regulation

    Acknowledgements

    Jeff Snider

    Ed ardo Ortiz

    Leon Clark,Scott Afman,

    Avish Ramcharan

    Prasad KPP


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