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Mark D Pegram, MD
Associate Professor of Medicine
David Geffen School of Medicine at UCLA
Director, Women’s Cancer Program
UCLA/Jonsson Comprehensive Cancer Center
Los Angeles, California |
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Click here to download the entire interview |
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Track 1 |
Introduction |
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Track 2 |
Case discussion: A 68-year-old woman with
HER2-positive, ER-positive, node-negative breast
cancer averse to receiving chemotherapy |
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Track 3 |
Counseling patients about the benefits of
adjuvant chemotherapy |
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Track 4 |
Estimating the risk of relapse for patients with
HER2-positive, ER-positive, node-negative disease |
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Track 5 |
Utility of the Oncotype DX™ assay for
treatment decision-making in HER2-positive
and HER2-negative disease |
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Track 6 |
Relative benefit of chemotherapy, hormonal
therapy and trastuzumab for patients with
HER2-positive, ER-positive disease |
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Track 7 |
Clinical use of trastuzumab monotherapy in
combination with hormonal therapy |
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Track 8 |
Adjuvant trastuzumab for patients with small
node-negative tumors |
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Track 9 |
Selection of adjuvant hormonal therapy based on
HER2 status |
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Track 10 |
Biologic rationale for combining trastuzumab
with fulvestrant |
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Track 11 |
Delayed adjuvant trastuzumab |
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Track 12 |
Concurrent versus sequential use of adjuvant
chemotherapy and trastuzumab |
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Track 13 |
Role of quantitative amplification of HER2 by FISH in
treatment decision-making |
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Track 14 |
Concordance between community and reference
laboratories in FISH testing |
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Track 15 |
Use of FISH versus immunohistochemistry |
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Track 16 |
Selection of a chemotherapeutic regimen to combine
with adjuvant trastuzumab |
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Track 17 |
Topoisomerase II-alpha (TOPO II) gene amplification
as a predictor of responsiveness to anthracycline-containing
chemotherapy: BCIRG 006 |
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Track 18 |
Dose-dense AC paclitaxel with trastuzumab |
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Track 19 |
Selection of adjuvant chemotherapy for patients with
HER2-negative, node-positive disease |
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Track 20 |
Prophylactic growth factor support with
TAC chemotherapy |
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Track 21 |
Docetaxel/cyclophosphamide (TC) versus AC |
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Track 22 |
FinHER: Adjuvant docetaxel or vinorelbine with
or without trastuzumab |
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Track 23 |
Importance of protocol-defined cardiac monitoring
in clinical practice |
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Track 24 |
Counseling patients about the risk of cardiotoxicity
and cardiac follow-up after completion of therapy
with trastuzumab |
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Track 25 |
Current clinical trials evaluating the safety and
efficacy of bevacizumab in breast cancer |
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Track 26 |
Thromboembolic and cardiac side effects
of bevacizumab |
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Track 27 |
Potential role of lapatinib in the adjuvant setting |
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Track 28 |
Potential role of cMYC amplification as a predictor
of response to trastuzumab |
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