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5. Design and Analysis of Bridging Studies 1st Edition Jen-
Pei Liu (Editor) Digital Instant Download
Author(s): Jen-pei Liu (Editor); Shein-Chung Chow(Editor); Chin-Fu Hsiao
(Editor)
ISBN(s): 9781439846353, 1439846359
Edition: 1
File Details: PDF, 6.97 MB
Year: 2012
Language: english
9. Editor-in-Chief
Shein-Chung Chow, Ph.D.
Professor
Department of Biostatistics and Bioinformatics
Duke University School of Medicine
Durham, North Carolina
Series Editors
Byron Jones
Biometrical Fellow
Statistical Methodology
Integrated Information Sciences
Novartis Pharma AG
Basel, Switzerland
Jen-pei Liu
Professor
Division of Biometry
Department of Agronomy
National Taiwan University
Taipei, Taiwan
Karl E. Peace
Georgia Cancer Coalition
Distinguished Cancer Scholar
Senior Research Scientist and
Professor of Biostatistics
Jiann-Ping Hsu College of Public Health
Georgia Southern University
Statesboro, Georgia
Bruce W. Turnbull
Professor
School of Operations Research
and Industrial Engineering
Cornell University
Ithaca, New York
10. Adaptive Design Methods in
Clinical Trials, Second Edition
Shein-Chung Chow and Mark Chang
Adaptive Design Theory and
Implementation Using SAS and R
Mark Chang
Advanced Bayesian Methods for Medical
Test Accuracy
Lyle D. Broemeling
Advances in Clinical Trial Biostatistics
Nancy L. Geller
Basic Statistics and Pharmaceutical
Statistical Applications, Second Edition
James E. De Muth
Bayesian Adaptive Methods for
Clinical Trials
Scott M. Berry, Bradley P. Carlin,
J. Jack Lee, and Peter Muller
Bayesian Analysis Made Simple: An Excel
GUI for WinBUGS
Phil Woodward
Bayesian Methods for Measures of
Agreement
Lyle D. Broemeling
Bayesian Missing Data Problems: EM,
Data Augmentation and Noniterative
Computation
Ming T. Tan, Guo-Liang Tian,
and Kai Wang Ng
Bayesian Modeling in Bioinformatics
Dipak K. Dey, Samiran Ghosh,
and Bani K. Mallick
Biostatistics: A Computing Approach
Stewart J. Anderson
Causal Analysis in Biomedicine and
Epidemiology: Based on Minimal
Sufficient Causation
Mikel Aickin
Clinical Trial Data Analysis using R
Ding-Geng (Din) Chen and Karl E. Peace
Clinical Trial Methodology
Karl E. Peace and Ding-Geng (Din) Chen
Computational Methods in Biomedical
Research
Ravindra Khattree and Dayanand N. Naik
Computational Pharmacokinetics
Anders Källén
Controversial Statistical Issues in
Clinical Trials
Shein-Chung Chow
Data and Safety Monitoring Committees
in Clinical Trials
Jay Herson
Design and Analysis of Animal Studies in
Pharmaceutical Development
Shein-Chung Chow and Jen-pei Liu
Design and Analysis of Bioavailability and
Bioequivalence Studies, Third Edition
Shein-Chung Chow and Jen-pei Liu
Design and Analysis of Bridging Studies
Jen-pei Liu, Shein-Chung Chow,
and Chin-Fu Hsiao
Design and Analysis of Clinical Trials with
Time-to-Event Endpoints
Karl E. Peace
Design and Analysis of Non-Inferiority
Trials
Mark D. Rothmann, Brian L. Wiens,
and Ivan S. F. Chan
Difference Equations with Public Health
Applications
Lemuel A. Moyé and Asha Seth Kapadia
DNA Methylation Microarrays:
Experimental Design and Statistical
Analysis
Sun-Chong Wang and Arturas Petronis
DNA Microarrays and Related Genomics
Techniques: Design, Analysis, and
Interpretation of Experiments
David B. Allison, Grier P. Page,
T. Mark Beasley, and Jode W. Edwards
11. Dose Finding by the Continual
Reassessment Method
Ying Kuen Cheung
Elementary Bayesian Biostatistics
Lemuel A. Moyé
Frailty Models in Survival Analysis
Andreas Wienke
Generalized Linear Models: A Bayesian
Perspective
Dipak K. Dey, Sujit K. Ghosh,
and Bani K. Mallick
Handbook of Regression and Modeling:
Applications for the Clinical and
Pharmaceutical Industries
Daryl S. Paulson
Measures of Interobserver Agreement
and Reliability, Second Edition
Mohamed M. Shoukri
Medical Biostatistics, Third Edition
A. Indrayan
Meta-Analysis in Medicine and Health
Policy
Dalene Stangl and Donald A. Berry
Monte Carlo Simulation for the
Pharmaceutical Industry: Concepts,
Algorithms, and Case Studies
Mark Chang
Multiple Testing Problems in
Pharmaceutical Statistics
Alex Dmitrienko, Ajit C. Tamhane,
and Frank Bretz
Randomized Clinical Trials of
Nonpharmacological Treatments
Isabelle Boutron, Philippe Ravaud, and
David Moher
Sample Size Calculations in Clinical
Research, Second Edition
Shein-Chung Chow, Jun Shao
and Hansheng Wang
Statistical Design and Analysis of
Stability Studies
Shein-Chung Chow
Statistical Evaluation of Diagnostic
Performance: Topics in ROC Analysis
Kelly H. Zou, Aiyi Liu, Andriy Bandos,
Lucila Ohno-Machado, and Howard Rockette
Statistical Methods for Clinical Trials
Mark X. Norleans
Statistics in Drug Research:
Methodologies and Recent
Developments
Shein-Chung Chow and Jun Shao
Statistics in the Pharmaceutical Industry,
Third Edition
Ralph Buncher and Jia-Yeong Tsay
Translational Medicine: Strategies and
Statistical Methods
Dennis Cosmatos and Shein-Chung Chow
14. vii
Contents
Preface.....................................................................................................................xv
Contributors........................................................................................................xvii
1. Bridging Diversity: Extrapolating Foreign Data to a New Region ......1
Shein-Chung Chow and Chin-Fu Hsiao
1.1 Introduction...........................................................................................1
1.2 Impact of Ethnic Differences...............................................................2
1.3 Regulatory Guidelines .........................................................................4
1.3.1 ICH E5 Guideline on Bridging Studies.................................4
1.3.2 Regulatory Guidelines in Asia-Pacific Region.....................6
1.4 Current Issues........................................................................................7
1.4.1 Criteria for Similarity..............................................................7
1.4.2 Sample Size Estimation and Allocation................................8
1.5 Examples .............................................................................................. 10
1.6 Concluding Remarks..........................................................................12
1.7 Aim and Structure of the Book......................................................... 14
References .......................................................................................................15
2. Two-Stage Designs of Bridging Studies..................................................17
Chin-Fu Hsiao, Hsiao-Hui Tsou, Jen-pei Liu, and Yuh-Jenn Wu
2.1 Introduction.........................................................................................17
2.2 Two-Stage Design for Bridging Studies...........................................18
2.2.1 Two-Stage Design ..................................................................19
2.2.2 Determining Sample Size and Critical Values ..................19
2.3 Group Sequential Approach to Evaluating Bridging Studies ......25
2.3.1 Group Sequential Approach.................................................25
2.3.2 Sample Size Determination..................................................26
2.4 Concluding Remarks..........................................................................30
References .......................................................................................................31
3. Consistency of Treatment Effects in Bridging Studies and
Global Multiregional Trials .......................................................................33
Weichung J. Shih and Hui Quan
3.1 Introduction.........................................................................................33
3.2 Global Clinical Trial............................................................................34
3.3 Consistency in Making Inference Regarding the Overall
Treatment Effect θ .......................................................................................35
3.4 Consistency as a Method for Region-Specific Registration ..........39
15. viii Contents
3.5 Other Considerations .........................................................................43
3.5.1 Time-to-Event and Binary Endpoints .................................43
3.5.2 Noninferiority Trial...............................................................44
3.5.3 MRCT Monitoring .................................................................44
3.6 Example................................................................................................45
3.7 Discussion............................................................................................46
References .......................................................................................................47
Shein-Chung Chow, Ying Lu, and Lan-Yan Yang
4.1 Introduction.........................................................................................49
4.2 Criteria for Assessing Similarity ......................................................50
4.3 Reproducibility and Generalizability ..............................................51
4.3.1 Test for Reproducibility ........................................................52
4.3.1.1 Estimated Power Approach..................................52
4.3.1.2 Confidence Bound Approach ...............................56
4.3.1.3 Bayesian Approach ................................................57
4.3.2 Evaluating the Generalizability Probability ......................63
4.4 Assessing the Similarity-Based Sensitivity Index..........................64
4.4.1 Population Shift between Regions ......................................64
4.4.2 Case Where Both ε and C Are Fixed...................................65
4.4.3 Case Where ε Is Random and C Is Fixed............................66
4.4.3.1 E-Step .......................................................................67
4.4.3.2 M-Step......................................................................67
4.4.4 Case Where ε Is Fixed and C Is Random............................68
4.4.5 Case Where Both ε and C Are Random..............................71
4.5 Concluding Remarks..........................................................................75
References .......................................................................................................77
5. Combining Information in Clinical Drug Development:
Bridging Studies and Beyond ....................................................................79
Kuang-Kuo Gordon Lan and José Pinheiro
5.1 Introduction.........................................................................................79
5.2 Leveraging Existing Information in Bridging Studies..................80
5.2.1 Weighted Z-Test Approach...................................................81
5.2.2 Discount Factor Approach....................................................83
5.3 Application: Bridging of Blood Pressure Drug...............................84
5.4 Discussion............................................................................................85
References .......................................................................................................87
6. A Bayesian Approach for Evaluation of Bridging Studies...................89
Chin-Fu Hsiao, Hsiao-Hui Tsou, Jen-pei Liu, and Yuh-Jenn Wu
6.1 Introduction.........................................................................................89
6.2 Mixture of Prior Information ............................................................91
6.3 Determination of Sample Size...........................................................94
6.4 Examples ..............................................................................................97
16. ix
Contents
6.5 Concluding Remarks........................................................................ 102
References ..................................................................................................... 104
7. Issues of Sample Size in Bridging Trials and Global
Clinical Trials.............................................................................................. 105
Hsien-Ming James Hung, Sue-Jane Wang, and Robert O’Neill
7.1 Issues of Sample Size Planning for Bridging Trial....................... 105
7.2 Issues of Sample Size Planning in Global Clinical Trial ............. 108
7.3 Impacts of Consistency Assessment on Sample Size................... 112
7.4 Discussion.......................................................................................... 117
References ..................................................................................................... 118
8. Design and Sample Size Considerations for Global Trials ............... 121
Christy Chuang-Stein, Yoichi Ii, Norisuke Kawai, Osamu Komiyama,
and Kazuhiko Kuribayashi
8.1 Introduction....................................................................................... 121
8.2 Points to Consider When Designing a Multiregional Trial ........126
8.2.1 Clinical Considerations.......................................................126
8.2.2 Statistical Considerations....................................................127
8.2.3 Regulatory Considerations.................................................128
8.2.4 Commercial Considerations...............................................128
8.2.5 Operational Considerations ...............................................129
8.3 Determination of Regional Sample Size in a
Multiregional Study..........................................................................130
8.3.1 Assumption That Treatment Effect Is Uniform across
Regions.................................................................................. 131
8.3.2 Variation in True Treatment Effect across Regions.........134
8.3.3 Consistency Range for Sample Sizing .............................. 139
8.3.4 Other Approaches................................................................ 140
8.4 Additional Analysis to Estimate Treatment Effects in
Different Regions .............................................................................. 141
8.4.1 Notations............................................................................... 142
8.4.2 Estimation of Regional Effect Size .................................... 143
8.5 Real-Time Monitoring of Multiregional Trials ............................. 144
8.6 Concluding Remarks........................................................................ 146
References ..................................................................................................... 148
9. Application of Genomic Technologies for Bridging Strategy
Involving Different Race and Ethnicity in Pharmacogenomics
Clinical Trials.............................................................................................. 151
Sue-Jane Wang
9.1 Introduction....................................................................................... 151
9.2 Pharmacogenomics and Pharmacogenetics..................................153
9.2.1 Definition ..............................................................................153
17. x Contents
9.2.2 Genomic (Composite) Biomarker.......................................154
9.2.3 Clinical Utility......................................................................154
9.2.3.1 Prognostic..............................................................155
9.2.3.2 Predictive...............................................................156
9.2.3.3 Prognostic and Predictive...................................156
9.2.4 Assessment of Clinical Utility and
Therapeutic Effect................................................................156
9.3 Bridging..............................................................................................158
9.3.1 New Region Trial—External Bridging Strategy..............158
9.3.1.1 External Bridging Strategy ................................. 159
9.3.1.2 NSCLC Patient Composition in Regional
Pharmacogenomics Trials................................................... 160
9.3.1.3 Results Observed in Regional
Pharmacogenomics Trials................................... 161
9.3.1.4 Consistent Observation between OTR and
PFS in EGFR+ NSCLC Patient Subset................ 163
9.3.1.5 Inconsistent Observation of OS in EGFR+
NSCLC Patient Subset ......................................... 163
9.3.2 Original Region Trial—Internal Bridging Strategy........164
9.3.2.1 Internal Bridging Strategy ..................................164
9.3.2.2 Potential Genomics Factors Explored................ 165
9.3.2.3 Absence of Patients from East Asia ................... 165
9.4 Bridging Study Evaluation............................................................... 166
9.4.1 Treatment Effect Demonstrated in Original Region....... 166
9.4.1.1 Indirect Evaluation of Bridging Effect .............. 167
9.4.1.2 Type I Error Assessment ..................................... 168
9.4.1.3 Direct Evaluation.................................................. 169
9.4.1.4 Comparisons of Methods.................................... 169
9.4.2 Treatment Effect Not Demonstrated in
Original Region.................................................................... 170
9.4.3 Internal Bridging Strategy in Multiregional Clinical
Trial........................................................................................ 171
9.4.3.1 Blinded Two-Stage Adaptive Test...................... 171
9.4.3.2 Unblinded Two-Stage Adaptive Test.................172
9.5 Challenges of Bridging Strategy in Pharmacogenomics............. 174
9.5.1 Prospective–Retrospective Design and Analysis ........... 174
9.5.1.1 Probability of Observed Imbalance with
Small Sample Size ................................................ 175
9.5.1.2 Close to Full Ascertainment of Genomic
Samples in Pharmacogenomics Trials............... 176
9.5.2 Genomic Convenience Samples.........................................177
9.5.2.1 Baseline Imbalance .............................................. 178
18. xi
Contents
9.5.2.2 Inferential Problems ............................................ 179
9.5.3 Genomics In Vitro Diagnostics........................................... 182
9.5.3.1 Impact of Misclassification of an IVD in
Pharmacogenomics Clinical Trial......................183
9.5.4 Region as a Confounder to Ethnic Sensitivity.................184
9.5.5 Implication of Futility Analysis with an Unblinded
Adaptive Test in MRCT.......................................................185
9.5.6 Other Complex Issues ......................................................... 186
9.5.7 Replication Issue .................................................................. 187
9.6 Concluding Remarks........................................................................ 189
References .....................................................................................................190
10. Interaction Effects in Bridging Studies ................................................. 197
Eric Tsung-Cheng Hsieh and Jen-pei Liu
10.1 Introduction....................................................................................... 197
10.2 Noninferiority Hypothesis for Treatment Similarity ..................199
10.3 Statistical Testing Procedures .........................................................200
10.4 Simulation Studies............................................................................205
10.5 Numerical Examples ........................................................................209
10.5.1 Applications to Evaluation of Bridging Studies ..............209
10.5.2 Application to Evaluation of Age Groups within the
Same Study ........................................................................... 213
10.6 Discussion and Final Remarks........................................................ 214
References ..................................................................................................... 217
11. Multiregional Clinical Trials................................................................... 219
Yi Tsong and Hsiao-Hui Tsou
11.1 Introduction....................................................................................... 219
11.2 Different Regional Requirements...................................................220
11.2.1 Different Noninferiority Margins.....................................221
11.2.2 Different Time Points Requirements ................................221
11.2.3 Different Experimental Designs........................................222
11.2.4 Different Endpoints Required by Two Regions ..............223
11.2.4.1 Two Subset Testing...............................................224
11.2.4.2 Testing Two Sequential Overall
Hypotheses Using All Sample Size ...................224
11.2.4.3 Testing Two Parallel Overall Hypotheses
with No Adjustment ............................................225
11.2.4.4 Testing Two Parallel Overall Hypotheses
with Type I Error Rate Adjustment ...................225
11.3 Bridging the Overall Treatment Effect to Regions.......................225
11.4 Summary............................................................................................232
References .....................................................................................................232
19. xii Contents
12. Multiregional Clinical Trials for Global Simultaneous Drug
Development in Japan ...............................................................................235
Kihito Takahashi, Mari Ikuta, and Hiromu Nakajima
12.1 Introduction.......................................................................................235
12.2 Drug Lag.............................................................................................236
12.3 MRCTs as a Solution to Drug Lag...................................................236
12.4 Improvements in Clinical Trial Environment in Japan...............237
12.5 Growing Trends of MRCTs in Japan ..............................................238
12.5.1 Trends in CTN and PMDA Clinical Trial
Consultations on MRCTs....................................................238
12.5.2 Industry Surveys..................................................................238
12.6 MRCTs in the Field of Oncology.....................................................239
12.6.1 Necessity of MRCTs in the Field of Oncology.................239
12.6.2 PMDA Consultation on MRCTs in the Field of
Anticancer Drugs.................................................................240
12.6.3 Ethnic or Regional Differences..........................................240
12.6.4 Differences in Clinical Staging and Medical
Environment......................................................................... 241
12.6.5 New Paradigm...................................................................... 241
12.7 MRCTs in the Field of CVM ............................................................242
12.7.1 Necessity of MRCTs in the Field of Oncology.................242
12.7.2 Ethnic Factors .......................................................................242
12.7.3 Intrinsic Factors....................................................................243
12.7.4 Extrinsic Factors...................................................................244
12.7.5 Key Determinants for Successful MRCTs in
CVM Field.............................................................................244
12.8 Issues in MRCTs................................................................................245
12.8.1 Ethnic Factors .......................................................................245
12.8.2 Regulatory Requirements...................................................245
12.8.3 Operational Issues ...............................................................246
12.9 Future Prospects ...............................................................................246
References .....................................................................................................247
13. Feasibility and Implementation of Bridging Studies in Taiwan......251
Mey Wang, Yeong-Liang Lin, and Herng-Der Chern
13.1 Overview............................................................................................251
13.2 Regulatory History of Bridging Strategy ......................................252
13.3 Assessment Experiences Based on ICH E5 ...................................254
13.3.1 Case 1.....................................................................................255
13.3.2 Case 2.....................................................................................256
13.4 Bayesian Statistical Approach to Bridging Studies......................257
13.4.1 Evaluating Regional Treatment Effect in a
Multiregional Trial...............................................................257
20. xiii
Contents
13.4.2 Regional Power and Sample Size Allocation in a
Multiregional Trial...............................................................259
13.5 Designing an External (Supplemental) Bridging Study..............260
13.6 Concluding Remarks........................................................................ 261
References .....................................................................................................262
22. xv
Preface
In recent years, the variations of pharmaceutical products in efficacy and
safety among different geographic regions due to ethic factors have become
a matter of great concern for sponsors as well as for regulatory authorities.
However, the key issues lie on when and how to address the geographic
variations of efficacy and safety for product development. To address
this issue, a general framework has been provided by the International
Conference Harmonisation (ICH) E5 in a document titled “Ethnic Factors
in the Acceptability of Foreign Clinical Data” for evaluation of the impact
of ethnic factors on the efficacy, safety, dosage, and dose regimen. The ICH
E5 guideline provides regulatory strategies for minimizing duplication of
clinical data and requirements for bridging evidence to extrapolate foreign
clinical data to a new region. More specifically, the ICH E5 guideline sug-
gests that a bridging study should be conducted in the new region to provide
pharmacodynamic or clinical data on efficacy, safety, dosage, and dose regi-
men to allow extrapolation of the foreign clinical data to the population of
the new region.
However, a bridging study may require significant development resources
and also delay availability of the tested medical product to the need-
ing patients in the new region. To accelerate the development process and
shorten approval time, the design of multiregional trials incorporates sub-
jects from many countries around the world under the same protocol. After
showing the overall efficacy of a drug in all global regions, one can also
simultaneously evaluate the possibility of applying the overall trial results
to all regions and subsequently support drug registration in each of them.
Recently, the trend for clinical development in Asian countries being under-
taken simultaneously with clinical trials conducted in Europe and the United
States has been rapidly rising.
With increasing globalization of the development of medicines, creating
strategies on when and how to address the geographic variations of efficacy
and safety for the product development is now inevitable. This book explicitly
addresses the issues arising from bridging studies and multiregional clinical
trials. For bridging studies, we will explore issues including ethnic sensitiv-
ity, necessity of bridging studies, types of bridging studies, and assessment
of similarity between regions based on bridging evidence. For multiregional
clinical trials, we dig into issues such as consideration of regional difference,
assessment of the consistency of treatment effect across regions, and sample
size determination for each region. Although several statistical procedures
have been proposed for designing bridging studies and multiregional clini-
cal trials, the statistical work is still in the preliminary stages. This book pro-
vides a comprehensive and unified summary of the growing literature and
23. xvi Preface
research activities on regulatory requirements, scientific and practical issues,
and statistical methodology on designing and evaluating bridging studies
and multiregional clinical trials. Most importantly, we sincerely hope that
this book can inspire in academia new research activities in the design and
analysis of bridging studies and multiregional clinical trials.
24. xvii
Contributors
Herng-Der Chern
Center for Drug Evaluation
Taipei, Taiwan
Shein-Chung Chow
Duke University School of
Medicine
Duke University
Durham, North Carolina
Christy Chuang-Stein
Statistical Research and Consulting
Center
Pfizer, Inc.
Kalamazoo, Michigan
Chin-Fu Hsiao
Institute of Population Health
Sciences
National Health Research Institutes
Miaoli County, Taiwan
Eric Tsung-Cheng Hsieh
Buddhist Tzu-Chi University and
Hospital
Hualien, Taiwan
Hsien-Ming James Hung
Center for Drug Evaluation and
Research
U.S. Food and Drug Administration
Silver Spring, Maryland
Yoichi Ii
Clinical Statistics
Pfizer Japan Inc.
Tokyo, Japan
Mari Ikuta
GlaxoSmithKline
Tokyo, Japan
Norisuke Kawai
Clinical Statistics
Pfizer Japan Inc.
Tokyo, Japan
Osamu Komiyama
Clinical Statistics
Pfizer Japan Inc.
Tokyo, Japan
Kazuhiko Kuribayashi
Clinical Statistics
Pfizer Japan Inc.
Tokyo, Japan
Kuang-Kuo Gordon Lan
Janssen Pharmaceutical Companies
of Johnson & Johnson
Raritan, New Jersey
Yeong-Liang Lin
Center for Drug Evaluation
Taipei, Taiwan
Jen-pei Liu
Department of Agronomy
National Taiwan University
Taipei, Taiwan
Ying Lu
Beijing University of Technology
Beijing, China
25. xviii Contributors
Hiromu Nakajima
GlaxoSmithKline
Tokyo, Japan
Robert O’Neill
Center for Drug Evaluation and
Research
U.S. Food and Drug Administration
Silver Spring, Maryland
José Pinheiro
Janssen Pharmaceutical Companies
of Johnson & Johnson
Raritan, New Jersey
Hui Quan
Department of Biostatistics and
Programming
Sanofi
Bridgewater, New Jersey
Weichung J. Shih
Department of Biostatistics
University of Medicine and
Dentistry of New Jersey–School
of Public Health
Piscataway, New Jersey
Kihito Takahashi
GlaxoSmithKline
and
Japanese Association of
Pharmaceutical Medicine
and
Japanese Center of Pharmaceutical
Medicine
Tokyo, Japan
Yi Tsong
Center for Drug Evaluation and
Research
U.S. Food and Drug Administration
Silver Spring, Maryland
Hsiao-Hui Tsou
National Health Research Institutes
Miaoli County, Taiwan
Mey Wang
Center for Drug Evaluation
Taipei, Taiwan
Sue-Jane Wang
Center for Drug Evaluation and
Research
U.S. Food and Drug Administration
Silver Spring, Maryland
Yuh-Jenn Wu
Chung Yuan Christian University
Chung Li City, Taiwan
Lan-Yan Yang
National Cheng Kung University
Taiwan City, Taiwan
30. Hedges, Second Lieutenant, W. R., 358
Henriques, Captain, 51, 60
Herleville Wood, 342
Hervilly Wood, 248
Hetherington, Major, 31, 36
Hickson, Second Lieutenant, 338
High Wood, 66
Hillock Farm, 149
Hotblack, Major, D.S.O., M.C., 75, 80, 120, 293, 375
“Hush Operation,” proposed, on the Belgian coast, 118–123
Ignaucourt Valley, 302
Inchy, 368
“Instructions for Training of Tank Corps in France,” 202–207
Inverness Copse, 153
Jerk House, 153
Johnson, Lieut. Col. Philip, 120
Jolimetz, 395
Jones, Second Lieutenant, 267
Juniper Cottage, 154
Kemmel, 253, 291
Knoll, The, 359, 362, 369
La Fère, 244
Lagnicourt, 352
Lamotte, 299
Landrecies, 392–395
Langemarck, 148
La Signy Farm, 72
Lateau Wood, 175
31. Latham, Sergeant F., M.M., 102
La Vacquerie, 187
Le Cateau, Second Battle of, 380–386
Le Maistre, General, 270
Le Quesneu, 301
Le Quesnoy, 310, 390, 395
Les-Trois-Boqueleaux, 282, 284
Le Tréport, 200
Lewis Gun Detachments, 251
Lihons, 312, 315
Lipsett, Major-General, 293
Littledale, Sergeant: Account of Tank Training at Bermicourt,
77–80
Logeast, Wood, 340
Longâtte, 349
Loop, The, 57–60
Losses of the Tank Corps, 268–269
Loucheur, M., on the Tanks, 403
Luce River, 292
Luck, Second Lieutenant C. W., 367
Ludendorff, General, and the Tanks, 319, 325
“Lusitania” Tank, Exploit of, 99, 103
Lyon, Private W., M.M., 252
Macavity, Major, 363
Machine Gun Corps, Heavy Section of, 50
Heavy Branch of, 80
Mailly-Raineval, 282
Mailly-Maillet Wood, 258
Marcelcave, 298
March, 1918, British Retreat of, 243–264
32. Marcoing, 187
Marcourt, 250
Maricourt, 254
Martell, Lieutenant, 384
Martinpuich, 61
Marwitz, General von der, 185
Masnières, 175, 185
Masvillers, 250
Maubeuge, 289, 386, 400
Maxse, General, 149
McFee, Mr., 34
McLagan, Major-General E. G. S., 321–322
Mecredy, Second Lieutenant C., 286
Menin, 385
Mercatel, 341
Merlaincourt, 250
Merlimont, 202
Merville, 256
Messines, Battle of, 110–117
Meteren, 252
Metz, 185
Mitchell, Lieutenant, 262
Molain, 388
Monash, General, 292, 314
Monchy, 104, 108, 347, 377
Mons, 400
Montbrehain, 379
Mont des Cats, 253
Montdidier, 288
Mont du Hibou, 149
34. Pitt, Lieutenant, 251
Poelcapelle Village, 154–158
Poelcapelle Road, Disaster on, 157
Pollard, Hugh, on the Future of Tanks, 408
Ponsonby, General John, 178
Pozières, 61
Prémont, 381
Premy Chapel, 366
Preux, 393
Proyart, 309, 314
Quadrilateral, 61, 357, 359
Quennemont Farm and Ridge, 359, 362, 369, 375
Ravenel, 270
Rawlinson, General Sir Henry, 320
Reconnaissance Branch, 29
Reconnaissance Officer, Narrative of, 256
Reconnaissance Service, 80, 133
Rees-Williams, Lieutenant O. L., 348
Renouf, Major, 46
Reutelbeek, 154
Ribbans, gunner, 303–308
Ribecourt, 360
Riddle, Second Lieutenant, 367
Riencourt, 105
Riquerval Wood, 386
Robertson, Captain, V.C., 155
Roeux, 107
Ronssoy, 357
Rosières, 312
35. Rossignol, 259
Rowe, Captain, 383
Rumilly, 175
St. Julien, the town, 142, 148, 158
Tanks’ Success at, 136
St. Léger, 107
St. Martin’s Wood, 342
St. Pol, 268, 291
St. Quentin, 244
St. Quentin Canal, 369–373
St. Quentin Wood, 360
St. Ribert Wood, 282
St. Souplet, 388
Sambre and Oise Canal, 387
Sambre, the River, 392
Sasse, Major, D.S.O., 382
Sauchy-Lestrée, 368
Saunders, Lieutenant, 352
Sauvillers, 282, 284
“Savage Rabbits,” 237
Schele, The, 390
Scheuch, General, on the Tanks, 405
Selency, 357, 359
Selle, Battle of the, 386–391
Sensée Valley, 349, 252
Serain, 381
Seranvillers, 175
Sewell, Lieutenant C. H., V.C., 349
Skeggs, Major, 366
Smallwood, Second Lieutenant G. F., 358
36. Smith, Captain G. A., 350
Smith, Second Lieutenant Henderson, M.C., 295
Soldier’s Treachery, a, 129
Solesmes, 389
Somme, Battle of the, 57–65
Spectator, on the Battle of Gaza, 233
Staden, 143
Steenbeek, 133, 137, 142
Stern, Sir Albert, 37, 44, 84, 87
Stewart, Ian, 257
Storm, Second Lieutenant, 251
Strachan, Captain C. H., 353 46, 50, 53
Swinton, General E. D., 31–34, 38, 39
Tactics, new, 246
Tanks, inception of the, 25
Different types of, 26
Uses of, 27–28
Training of the crews of, 30
Pre-1914 designs for, 31
First steps in designing of, 32
War Office and the, 33–39
Admiralty and the, 33–41
Further steps in progress of, 41–56
150 sanctioned, 53
Production, problem of, 81
Mechanical War Supply Department, 44, 82
Tank Committees, 86
Mark I. Tanks, 40, 44, 49, 62, 90, 114
Mark II. Tanks, 114
Mark IV. Tanks, 111, 117, 193, 194
Mark V. Tanks, the uses of, 27–30, 193, 269
Mark VI. Tanks, 193
37. Whippets, 193
Fascines, manufacture of, 164
Cribs, 269
Central workshops, 195, 199, 269, 399
Tank actions, minor, 270
“Tank Corps Intelligence Summary,” 380, 385, 393
Tank Commanders, Maintenance Course, etc., for, 203–207
Tank Crew, Military History of Member of, 199–202
Tank, itinerary of a, 196–199
Tank Officers, narrative by, 71, 94, 96, 178–181, 284
Tanks: destroying, 249
future of, 402–416
Tennyson-d’Eyncourt, Sir Eustace, 36, 87
Thetford, 48
Thiepval, 68
Tournai, 400
Triangle Farm, 149, 153
Tritton, Mr., 36
Tulloch, Major, 31–35
Tunnelling Company (184th), work of, 131
“Unditching Beam,” 131
Unit Histories, quotations from, 357–360
(See also Battalion and Brigade Histories.)
Uzielli, Lieutenant, C. F., 350
Vaire Wood, 274, 278
Valenciennes, 389, 392, 395
Van Zeller, Second Lieutenant, T. E., M.C., 249
Vaulx-Vraucourt, 350
Vauvillers, 311
Vaux, 280
38. Vendhuille, 370
Villeret, 356
Villers Bretonneux, 251, 261–265, 272, 295
Villers Guislain, 187, 369
Vimy, the village, 98
Canadians at, 98
Wailly, the town, 108, 202
training ground at, 108
Wanbeke, 116
Warfusée, 251, 299
Warvillers, 303, 313
Watson, Major, on Battle of Bullecourt, 106
Weber, Second lieutenant, 99
Weekly Tank Notes, quotations from, 54, 125, 126, 135, 149,
184, 260, 275, 278, 293, 303–309, 330, 386, 406
West, Captain Richard Annesley, D.S.O. 337
West, Lieut.-Colonel R. A., D.S.O., M.C., 352
Westhoek, 143
Whatley, Sergeant, 367
Whyte, Second Lieutenant, M.C., 251
Wig, Comedy of a, 176
Wilkes, Major G. L., D.S.O., 158
Williams, Major-General, 108
Wilson, Lieutenant, 266
Wilson, Major, 36
Wool, 199, 207, 238
Worsap, Second Lieutenant, 383
Wrisberg, General, on the Tanks, 404–405
Wurst Farm, 154
Wytschaete, 114, 128
39. Ypres Salient, sand model of, 134
Ypres, Third Battle of, 124–159
Yvrench, training center at, 57
Zonnebeke, 152
40. FOOTNOTES
1
“I am building secure and covered chariots which are
invulnerable, and when they advance with their guns
into the midst of the foe even the largest enemy
masses must retreat, and behind them the infantry can
follow in safety and without opposition.”
2
It differed from an ordinary chariot in that the two little
fat hollow-backed horses, which are depicted as
providing the motive power, were like the crew,
enclosed within the wooden armour.
3
It appears to have been the Committee which
investigated Mr. Diplock’s machine, with some additional
members.
4
Although the appeal was necessarily tentative and
unofficial, and no details of the nature of the work could
be given, sixty women immediately volunteered.
5
Major Renouf.
6
Major Renouf.
7
Most of these Tanks were training machines, in the
sense that their “armour” was boiler-plate instead of
hardened steel.
8
Colonel Swinton.
41. 9
Captain Henriques.
10
From Weekly Tank Notes, a confidential official
periodical for private circulation.
11
W.T.N.
12
See Plate, Chapter VIII. (An unannotated air
photograph of badly crumped ground.)
13
Among other Army Commanders was General Sir H. S.
Rawlinson, who was later to be so good a friend to the
Tanks. On this occasion, however, it is said that their
performances left him completely cold and unconvinced.
14
Captain Henriques.
15
Sergeant Littledale of the Tank Corps writing in the
Atlantic Monthly.
16
Sergeant Littledale of the Tank Corps writing in the
Atlantic Monthly.
17
The progress of this decision has been slightly
telescoped, the “operative” resolutions only being
recorded, and the story of a good deal of proposal and
counter-proposal omitted.
18
The list was as follows:
Chairman.—Major-General Sir J. Capper.
War Office.—Lieut.-Colonel Sir J. Keane.
Lieut.-Colonel Mathew-Lannaw.
Ministry of Munitions.—Lieut.-Colonel Stern.
Sir Eustace Tennyson
d’Eyncourt.
19
Achicourt.
20
Letter from a Tank officer dated “April 9, evening.”
42. 21
Letter from an eye-witness written on the evening of
April 9.
22
The Harp.
23
Major Watson, the Tank Company Commander, writing
in Blackwood’s Magazine.
24
“B” (2) Battalion History.
25
W.T.N.
26
Official paper.
27
Indirect fire may be defined as fire directed towards the
spot where you believe the enemy to be. Fire is called
“direct” when the target can be seen.
28
Mr. Buchan’s History of the War.
29
W.T.N.
30
Mr. Buchan’s History of the War.
31
W.T.N.
32
Sir Douglas Haig’s Despatch.
33
The size of these dumps was now always computed in
“Tank Fills.”
1 fill consisting of:
60 galls. of Petrol.
10 galls. of Oil.
20 galls. of Water.
10 lb. of Grease.
10,000 rounds of S.A. Ammunition for a
Female Tank,
or
200 rounds of 6-pdr. Ammunition
43. and
6000 rounds of S.A. Ammunition for a
Male.
34
W.T.N.
35
3rd Battalion History.
36
From Sir Douglas Haig’s Despatch.
37
From the History of 7th Battalion.
38
W.T.N.
39
W.T.N.
40
The second Tank detailed for this strong point had—in
common with the two reserve Tanks—bellied or become
ditched on the way up.
41
Official Summary.
42
Major Wilkes was awarded the D.S.O. for this piece of
work.
43
Sir Douglas Haig’s Despatch.
44
“A” Battalion was borrowed from 2nd Brigade.
45
From “F” (6th) Battalion History.
46
W.T.N.
47
Sir Douglas Haig’s Despatch.
48
W.T.N.
49
Artillery of Assault, i.e., Tanks.
50
An aiming instrument.
51
W.T.N.
44. 52
Mr. Buchanan’s History of the War.
53
Major Forsyth-Major (the Second in Command of the
E.T.D.), on whose report through Colonel Fuller this
summary is largely based, was torpedoed on his return
to England in 1918 and all his maps and documents
were lost.
54
General Murray’s Despatch.
55
5th Battalion History.
56
2nd Battalion History.
57
Major Norton, commanding the Lewis gun detachment.
58
3rd Battalion History.
59
1st Battalion History.
60
W.T.N.
61
Case shot: bullets not enclosed in a shell, but fired
direct from a 6-pounder and scattering like the charge
of a shot gun.
62
Sir Douglas Haig’s Despatch.
63
5th Brigade History.
64
8th Battalion History.
65
W.T.N.
66
W.T.N.
67
The 1st, 4th, 5th, and 14th Battalions.
68
The 8th, 13th, 2nd, and 15th Battalions.
69
From W.T.N.
45. 70
13th Battalion History.
71
From the 5th Brigade History.
72
Honours and Awards.
73
From 14th Battalion History.
74
From 1st Battalion History.
75
From 3rd Battalion History.
76
From 8th Battalion History
77
From a Battalion History.
78
From a Battalion History.
79
Sir Douglas Haig’s Despatch.
80
Summer, 1919.
81
i.e., In the Battle of Amiens, 8.8.18.
82
W.T.N.
83
3rd Battalion History.
84
15th Battalion History.
85
6th Battalion History and “Honours and Awards.”
86
Despatch.
87
A Brigade History.
88
Unit History.
89
Ibid.
90
Unit History.
46. 91
Sir Douglas Haig’s Despatch.
92
15th Battalion Tank History.
93
Captain Denny, Daily Telegraph, April 1, 1919.
94
Captain Denny, Daily Telegraph, April 1, 1919.
95
The 301st was attached to the 27th American Division.
96
From information specially given to the author by
Captain Hatton-Hall, Reconnaissance Officer of the
Brigade.
97
16th Battalion.
98
Sir Douglas Haig’s Despatch.
99
Captain Hatton-Hall.
100
W.T.N.
101
Sir Douglas Haig’s Despatch.
102
Captain Hatton-Hall.
103
Sir Douglas Haig’s Despatch.
104
Sir Douglas Haig’s Despatch.
105
6th Battalion History.
106
6th Battalion History.
107
Ibid.
108
W.T.N.
109
Tradition relates that had General Swinton had his way,
the Tanks for Palestine would have had hideous faces
and minatory texts from the Koran painted upon them.
47. Transcriber’s Notes
Punctuation, hyphenation, and spelling were made
consistent when a predominant preference was found in
the original book; otherwise they were not changed.
Simple typographical errors were corrected;
unbalanced quotation marks were remedied when the
change was obvious, and otherwise left unbalanced.
Illustrations in this eBook have been positioned
between paragraphs and outside quotations. In versions
of this eBook that support hyperlinks, the page
references in the List of Illustrations lead to the
corresponding illustrations.
The text always uses “moral”, not “morale”.
The index was not checked for proper
alphabetization or correct page references.
Chapter XV does not have a Section “V”; the section
after “IV” is “VI”; no pages or text are missing.
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