2016 清大現代藥用植物導論 簡介-曾湘文_20160913v1

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Copyright 2016 1 Hsiang-Wen Tseng 1 Copyright 2016 Hsiang-Wen Tseng 現代藥用植物導論 ~現代藥用植物學簡介~ Aprinoa Therapeutics Director of Preclinical Development 曾湘文 [email protected] September 13 th , 2016

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  • Copyright 2016 1Hsiang-Wen Tseng 1Copyright 2016 Hsiang-Wen Tseng

    ~~

    Aprinoa Therapeutics

    Director of Preclinical Development

    [email protected]

    September 13th, 2016

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    Outlines /-/

    - - -

    CMC () - - GMP-

    - - /- - /- - - - /-

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    /

    / / / / / / / /

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    From food to botanical drugs

    ()()()

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    //

    /(Add-on)

    Time

    $Price

    /

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    2009

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    2010

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    : IEK (2013)

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    :1994(Dietary Supplements)

    : NHPR (Natural Health Products Regulations;)

    : EFSA (European Food Safety Authority, )

    : 1991FOSHU (Food for Specified Health Uses;)

    1996

    1999/2/38/3

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    2003

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    http://www.yihuakang.com/xingongeng.htm

    * ; #

    http://images.google.com.tw/imgres?imgurl=http://pic.nipic.com/2007-11-07/200711711025732_2.jpg&imgrefurl=http://www.nipic.com/show/3/81/e305c1d6fd1a52b4.html&usg=__-sV8l8RW3OCPSMkp7WK_bfMjCnY=&h=837&w=1001&sz=103&hl=zh-TW&start=2&sig2=MSIcfpljTv3HA6BAhMiMMA&um=1&tbnid=FZERGeZeWsK5FM:&tbnh=125&tbnw=149&prev=/images?q=%E4%B8%AD%E5%9C%8B%E4%BF%9D%E5%81%A5%E9%A3%9F%E5%93%81%E6%A8%99%E8%AA%8C&hl=zh-TW&sa=N&um=1&ei=ydE2S4zxIM6GkAXGy-2aBQ

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    ()

    1. (88.08.02) 2. (88.08.02)3. (92.08.29)4. (92.08.29)5. (95.10.5) 6. (95.10.5) 7. (96.07.12 )8. (96.7.18)9. (96.07.18) 10. (102.02.05)11. (102.10.23)12. (104.7.9)13. (105.4.25)

    303 (2016/9/12)

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    ()

    961224

    (Omega-3 acids (EPA+DHA)

    (Monacolin K)

    2340 (2016/9/1263)

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    http://consumer.fda.gov.tw/Food/InfoHealthFood.aspx?nodeID=162

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    ---(2010/07/27)

    (thioacetamide)

    (2010/10/22) (2010/9/10) (2010/10/22) (2010/5/27) (2013.02.05) (2013/10/23) (2014/03/04) (2015/7/9) (2016/4/25)

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    1. 2. 3. 4. (10225)5. 6. 7. 8. 9. (

    )

    10. 11. (10479)12. 13. 14. 15. 16. (1021023)17. 18. 19.

    http://www.fda.gov.tw/TC/siteList.aspx?sid=1760

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    1.2.11.

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    vs.

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    (2014/03/20, 279)

    (38)

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    1.3(2013/5/22)

    912

    20101.39120060020003601236120

    http://www.appledaily.com.tw/appledaily/article/headline/20130522/35033635/

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    _1999/08/02

    _2010/10/22

    ()_2014

    95313

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    28

    90

    90

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    http://consumer.fda.gov.tw/Food/Material.aspx?nodeID=160

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    Global Market For Botanical And Plant-Derived

    Drugs To Reach $26.6 Billion In 2017

    Source: BCC Research, 2013

    Botanical drugs are expected to have a value of $10 million in 2012 and $599 million in 2017,

    a CAGR of 126.7%.

    All other plant-derived drugs should total $22.1 billion in 2012 and $26.6 billion in 2017, a

    CAGR of 3.7%.

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    Regulation of Botanical Drugs

    Product in USA

    OTC (over-the-counter) Drug Monograph: The OTC drug review is a three-phase public rulemaking

    process resulting in the establishment of standards

    (monographs or non-monographs) for an OTC

    therapeutic drug category.

    These standards provide the marketing conditions for

    some OTC drug products including the active

    ingredients, labeling, and other general requirements.

    For a botanical drug substance to be included in an OTC

    monograph, there must be published data establishing a

    general recognition of safety and effectiveness,

    including the results of adequate and well-controlled

    clinical studies.

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    Regulation of Botanical Drugs

    Product in USANDA(new drug application): Under current regulations, if there is no marketing history in the

    U.S. or a foreign country for a botanical drug product, if available evidence of safety and effectiveness does not warrant inclusion of the product in an OTC drug monograph, or if the proposed indication would not be appropriate for nonprescription use, the manufacturer must submit an NDA to obtain FDA approval to market the product for the proposed use.

    An NDA for a botanical drug could seek approval for either prescription or OTC use, depending on the indication and characteristics of the product and whether it is safe for use outside of the supervision of a practitioner licensed by law to administer it.

    An NDA must contain substantial evidence of effectiveness derived from adequate and well-controlled clinical studies, evidence of safety, and adequate chemistry, manufacturing, and controls (CMC) information.

    The format of an NDA submission and the requirements for its various sections are set forth in 21 CFR 314 and discussed in several CDER guidances.

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    1997/4 FDA Guidance on Botanical Products (Draft)

    2004/6 Guidance for Industry Botanical Drug Products

    2009/3

    2012/4

    2015/8 Guidance for Industry: Botanical Drug Products

    (USA and TW)

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    FDAs CDERs thinking on

    development plans for botanical

    drugs submitted in new drug

    applications (NDAs).

    also presents recommendations

    for submitting investigational new

    drug applications (INDs) and may

    also apply to biologics license

    applications (BLAs).

    Information on the over-the-

    counter (OTC) drug monograph

    system for botanical drugs.

    FDA defines botanicals as

    products that include plant

    materials, algae, macroscopic

    fungi, and combinations thereof.

    Clinical trial: initial (P1/P2) and

    expanded (P3)

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    Approved botanic drugs from USFDA

    VeregenTM

    (sinecatechins)

    FulyzaqTM

    (crofelemer)

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    Veregen

    (sinecatechins)

    2006/10

    MediGene ()

    Kunecatechins ()

    perianal and genital condyloma.

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    Fulyzaq (Crofelemer)

    2012/12

    Salix Pharmacetuticals ()

    Crofelemer (Croton Lechleri)

    HIV/AIDS(ART)

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    2016 4 50 4 PG2

    PG2

    29 19 FDA

    36 %

    14 28%

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    &-

    (2010) ()

    () ()

    (2011)

    -(2005)

    (2013) ()

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    USFDA

    : PHN013PHN033()PHN081

    : MSC-2

    : SR-T100

    : TCM-700

    : ON101

    : BLI-1301BLI-1005

    : JBM-TC4

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    -1

    MCS-2 (Lycopene, Phytoene, Phytofluene): SR-T100(): FDA ON101 (): CFDA FDA MCS-8: 15 MB-6(): BNG-1():

    From: 20152016

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    -2

    JBM-TC4 () FDA

    BLI-1005 ()

    MCS-8 (Solanorubin)

    TCM-700C()B TC M-800BB

    OB318 ()FDA

    ()(Idiopathic Thrombocytopenic Purpura, ITP)FDA

    From: 20152016

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    2016/7/18

    474318ON-101WH-1ON10111860.334.425.9P=0.004TFDABreakthroughTherapiesTFDA

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    MCS-2(2016/8/31)

    MCS-2FDATFDAMCS-2 MCS-2P0.0134

    MCS-21270

    MCS-220TFDA

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    (2016/3/30)

    4911SR-T10029SR-T1001610032.397571.83SR-T1004.36SR-T100

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    Solanum incanum extract (SR-T100) induces human cutaneous squamous

    cell carcinoma apoptosis through modulating tumor necrosis factor

    receptor signaling pathway

    Journal of dermatological science 63(2):83-92 April 2011

    Therapeutic effects of SR-T100 gel on UVB-induced papillomas () and MISCCs (, microinvasive squamous cell carcinoma) in hairless mice. All papillomas disappeared within 11 days of topical SR-T100 gel treatment (A and B), and 90% (27/30) of

    MISCCs were cleared within 10 weeks of topical SR-T100 gel treatment (AC). In controls, none of the tumors disappeared in mice treated

    with the base gel only (A: arrowheads and D), and 88% of them (30/34) became larger (D and E). Remarkably, there were no apparent adverse

    effects on the perilesional normal skin, following topical use of both SR-T100 and the base gel. After cure of tumors, only slight atrophy of

    skin was noted (A; arrows).

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    Therapeutic effect of topical SR-T100 gel on human actinic keratosis (AK). A

    representative human AK lesion (patient no. 5) was cleared after 16 weeks of topical

    treatment with SR-T100 gel. Importantly, SR-T100 gel did not cause damage to the

    perilesional normal skin following once daily application for 16 weeks.Journal of dermatological science 63(2):83-92 April 2011

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    -

    From: 2015

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    2016

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    2016

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    &

    -2000, 2009

    2013

    -1998 1999NDA

    2008IND

    From:

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    5313743%42%14%

    From: 2015

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    ()()

    ()

    ()

    ()

    (2013)

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    ()

    :30

    3015

    (2013)

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    ()

    (1)

    (2)

    1.

    ()

    2. ()

    3.4.

    (2013)

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    ()

    : ()

    1.

    2./

    3.

    4.

    5.

    6./: ()

    (2013)

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    /

    (2013)

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    /

    :/

    /

    ()

    (in situ)-/

    (2013)

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    /

    (in vitro)

    cytochrome P450 (CYP450)CYP1A2CYP2C9CYP2C19CYP2D6CYP3A4 (serotonin syndrome)(Ginkgo biloba)warfarin (InternationalNormalized Ratio; INR)

    (2013)

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    /

    (2013)

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    -1

    (adequate and well-controlled)(pivotal trial)

    1.

    2.[]

    3.

    4.[]

    5. (:)

    6.

    7.

    (2013)

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    -2

    1. 2.

    3. 4. ()

    (dose response study)(surrogate endpoint) (pharmacodynamic endpoint)

    (initial studies)Add-on

    (2013)

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    -3

    ()Phase III study 3 ICH E3ICH E3 (final drug product)

    (2013)

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    (2008)

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    (2008)

    Phase I/II

    Phase III

    Primary pharmacodynamics

    Safety Pharmacology

    Single dose toxicity

    2*

    2*

    2

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    (2008)

    Phase I/II

    Phase III

    Repeated dose toxicity

    2A(1)

    (2)

    (3) 1*

    2A(1)

    *

    (2) *

    2B

    A

    2 2

    2 2 2

    1 1 1

    3 3 3

    6 6 6

    6 6 9

    B

    2 1 1

    1 3 3

    3 6 3

    3 6 9

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    (2008)

    Phase I/II

    Phase III

    In vitro genotoxicity

    In vivo genotoxicity

    Reproduction toxicity Segment I

    Reproduction toxicity Segment II

    Reproductiontoxicity Segment III

    Carcinogenicity

    Local tolerance

    Antigenicity

    Dependence

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    100

    GCP (good clinical practice, )

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    -(1)

    1.

    2.

    3.

    1.

    2. SB221

    3.

    4.

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    -(2)

    1.

    2. Phase-II

    1. C

    2.

    3. Domilex

    4.

    5.