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Lung tumors : fundamental biology and clinical management / edited by Christian Brambilla, Elisabeth Brambilla.
Holman Biotech Commons RC280.L8 L866 1999
Available
- Format:
- Book
- Series:
- Lung biology in health and disease ; v. 124.
- Lung biology in health and disease ; v. 124
- Language:
- English
- Subjects (All):
- Lungs--Tumors--Treatment.
- Lungs.
- Lungs--Tumors--Molecular aspects.
- Lung Neoplasms--genetics.
- Lung Neoplasms--diagnosis.
- Lung Neoplasms--therapy.
- Molecular Biology.
- Lungs--Tumors.
- Medical Subjects:
- Lung Neoplasms--genetics.
- Lung Neoplasms--diagnosis.
- Lung Neoplasms--therapy.
- Molecular Biology.
- Physical Description:
- xxxii, 858 pages : illustrations ; 24 cm.
- Place of Publication:
- New York : M. Dekker, [1999]
- Contents:
- Part I. Clinicopathological Entities
- 1. The Need for a New Classification for Lung and Pleural Tumors / William D. Travis, Thomas V. Colby 1
- I. Preinvasive Lesions 6
- II. Adenocarcinomas 6
- III. Neuroendocrine Tumors 7
- IV. Large-Cell Carcinoma 8
- V. Carcinomas with Pleomorphic, Sarcomatoid, or Sarcomatous Elements 8
- VI. Immunohistochemistry and Electron Microscopy 8
- VII. Molecular Studies 9
- 2. Basaloid Carcinoma of the Lung / Elisabeth Brambilla, Denis Moro 13
- II. Clinical Features 14
- III. Macroscopic Appearance 14
- IV. Histopathology 14
- V. Immunohistochemical Phenotype 18
- VI. Ultrastructural Features 20
- VII. Differential Diagnosis 21
- VIII. Histogenesis and Oncogenesis 22
- IX. Prognosis 24
- 3. Neuroendocrine Tumors of the Lung / William D. Travis 29
- I. Neuroendocrine Cells 30
- II. Neuroendocrine Cell Hyperplasia and Tumorlets 31
- III. Tumors with Neuroendocrine Morphology 35
- IV. Overall Survival Analysis for All NE Tumors 52
- V. Mitosis Counting 52
- 4. Precursor Lesions to Pulmonary Neoplasia / Thomas V. Colby 61
- II. Changes in the Large Bronchi That May Accompany or Precede Squamous Carcinoma 62
- III. Atypical Adenomatous Hyperplasia 74
- IV. Bronchiolar Neuroendocrine Cell Proliferation as a Precursor to Peripheral Carcinoid Tumors 82
- 5. Pulmonary Lymphoproliferative Disorders / Andrew G. Nicholson 89
- II. Pseudolymphoma 89
- III. B-Cell Non-Hodgkin's Lymphoma of Pulmonary MALT Origin 90
- IV. Lymphoid Interstitial Pneumonitis and Follicular Bronchitis/Bronchiolitis 95
- V. Lymphomatoid Granulomatosis/Angiocentric Immunoproliferative Lesions 98
- VI. Other Entities 101
- 6. Rare Pulmonary Tumors and Borderline Malignancies / Cesar A. Moran, Saul Suster 109
- I. Unusual Epithelial Tumors of the Lung 109
- II. Tumors Derived from Ectopic or Embryologically Displaced Tissues 115
- III. Tumors of Uncertain Histogenesis 120
- IV. Mixed Mesenchymal/Epithelial Neoplasms 122
- 7. Differential Diagnosis Between Primary and Metastatic Carcinomas / Philip T. Cagle 127
- I. Adenocarcinomas with Acinar or Solid Patterns 129
- II. Columnar Cells with Lepidic Growth Pattern 129
- III. Papillary Adenocarcinomas 130
- IV. Cancers with Clear Cells 131
- V. Squamous Cell Carcinomas 133
- VI. Spindle-Cell Tumors 133
- VII. Melanoma 134
- VIII. Germ-Cell Tumors 135
- Part II. Cell Cycle Control and Molecular Pathology
- 8. ras Mutations in Lung Cancer / Daniel R. Jacobson 139
- II. Biology of ras and the Role of Activating ras Mutations 140
- III. Interpreting ras Mutation Studies: The Interface Between Biology and Technology 141
- IV. Carcinogen Exposure: Implications for Understanding Lung Carcinogenesis 146
- V. ras Mutations as Tumor Markers: Application to Early Diagnosis and Screening 147
- VI. Specificity of ras Mutations for Malignancy: Potential Limiting Factor to Clinical Application 148
- VII. Prognosis and Therapy 150
- 9. Deletions of the Short Arm of Chromosome 3 and the FHIT Gene in Lung Cancer / Gabriella Sozzi 157
- I. Deletions of the Short Arm of Chromosome 3 157
- II. The FRA3B 160
- III. Cloning and Structural Features of the FHIT Gene 161
- IV. The FHIT Protein and Its Biochemical Activity 162
- V. FHIT Abnormalities in Lung Cancer 163
- 10. P53 Pathway and Lung Cancer / Elisabeth Brambilla, Sylvie Gazzeri 173
- II. P53, The Gatekeeper for Clonal Growth 175
- III. P53 Genetic Inactivation in Lung Cancer 177
- IV. P53 Stabilization and Epigenetic Inactivation in Lung Cancer 178
- V. P53 as a Marker for Tumor Progression and Prognosis in Non-Small-Cell/Lung Carcinoma 179
- VI. P53 Stabilization in Neuroendocrine Tumors 181
- VII. P53 Downstream Pathway in Lung Cancer 181
- VIII. Time of Occurrence of P53 Alterations and Bax-Bc12 Ratio 184
- 11. Inactivation of RB Gene and pRB Function in Lung Cancer / Sylvie Gazzeri, Valerie Gouyer 191
- II. The Retinoblastoma Gene 192
- III. Inactivation of the RB Gene in Lung Cancer 197
- 12. Deregulation of the Cell Cycle in Lung Cancer / R. J. A. M. Michalides 211
- II. G[subscript 1]-S Control in Normal Cells 212
- III. Deregulation of the Cyclin D/cdk4/p16/pRb Pathway in Cancer 214
- IV. Deregulation of the Cyclin D1/p16/cdk4/pRb Pathway in Lung Cancer 217
- V. Apoptosis, Cell-Cycle Regulation, and Lung Cancer 219
- 13. Relevance of DNA Methylation to Lung Cancer / Samir M. Hanash, Bruce Richardson, David Beer 227
- I. DNA Methylation 227
- II. DNA Methylation Changes During Carcinogenesis 228
- III. DNA Methylation and Lung Cancer 228
- IV. Analysis of Methylation Changes in Lung Tumors by Means of Two-Dimensional Separations of Not I Genomic Digests 230
- Part III. Preneoplastic Lesions and Early Detection of Lung Cancer
- 14. Clinical Basis for Early Detection of Lung Cancer / Kell Osterlind, Fred R. Hirsch 237
- II. Early Detection/Screening of Lung Cancer 239
- III. Newer Clinical Methods 242
- IV. Methodologic Aspects 243
- V. Do We Have Optimal Markers for Early Detection? 249
- 15. Genetic Instability Assessments in the Lung Cancerization Field / Walter N. Hittelman 255
- II. Clinical and Histologic Evidence for a Field Cancerization Process in the Lung 256
- III. Cytogenetic Evidence for a Field Cancerization Process in the Lung 257
- IV. Molecular Evidence for a Field Cancerization Process in Lung Tissue Associated with Tumors 258
- V. Molecular Evidence for a Field Cancerization Process in High-Risk Lung Tissue 259
- VI. Quantitation of Ongoing Genetic Instability in the Lung by In Situ Hybridization 261
- 16. Telomerase and Lung Cancer / Asha Rathi, Yashima Kazuo, Naoyoshi Onuki, Arvind Virmani, Adi F. Gazdar 269
- I. Telomeres, Telomerase, and Cancer 269
- II. Telomerase Activity in Lung Carcinogenesis 270
- III. Alterations in Telomere Length 271
- IV. Telomerase in Neuroendocrine Tumors 271
- V. Telomerase in Preneoplasia 271
- VI. Mechanisms of Telomerase Expression During Lung Cancer Pathogenesis 274
- VII. Potential Clinical Implications in Lung Cancers 275
- 17. Clonal Development of Lung Cancer / Grace Chung, Pamela Rabbitts 279
- II. Lung Tumors 280
- III. Implications for the Early Detection of Lung Cancer 282
- 18. Selection and Validation of New Lung Cancer Markers for the Molecular-Pathological Assessment of Individuals with a High Risk of Developing Lung Cancer / J.K. Field 287
- I. ras Gene Mutations in Lung Cancer 288
- II. Cytogenetic Analysis 289
- III. Allelic Imbalance 290
- IV. Genomic Instability 291
- V. p53 Gene Mutations 293
- VI. hnRNP Overexpression in Sputum Specimens 296
- VII. Genetic Predisposition 297
- VIII. Liverpool Lung Project 298
- 19. Retinoids for Lung Cancer Intervention / Ugo Pastorino 303
- II. Dietary Factors in Lung Cancer 304
- III. Latency and Field Effect 304
- IV. Experimental Activity of Retinoids 305
- V. Nuclear Receptors 305
- VI. Clinical Development of Retinoids 306
- VII. Pharmacology and Toxicology 307
- VIII. Selection of High-Risk Individuals and Optimal Endpoints 310
- IX. Primary Chemoprevention Trials in Healthy Individuals 311
- X. Treatment of Precancerous Lesions 311
- XI. Trials on Chemoprevention of Second Primary Tumors 312
- XII. Limits of Early Clinical Trials 313
- XIII. New Prospects of Retinoid Intervention 314
- XIV. Biologic Markers and Intermediate Endpoints 314
- 20. Antioxidants and the Chemoprevention of Lung Cancer / Nico van Zandwijk, L. Van't Veer 321
- II. Carcinogenesis 322
- III. Oxidative Stress 322
- IV. Cigarette Smoke and Air Pollution 325
- V. Carcinogen Metabolism 326
- VI. Diet 327
- VII. Chemoprevention Studies 328
- 21. Integrated Approach to the Management of Early Lung Cancer / James L. Mulshine, Anthony M. Treston, Melvyn S.
- Tockman, Frank Cuttitta 335
- II. Considerations in Improved Lung Cancer Outcomes 336
- III. Where Does Early Lung Cancer Start? 337
- IV. Placing Early Lung Cancer Detection in a Clinical Context 339
- V. Integrating Chemoprevention Approaches to Manage Preinvasive Lung Cancer 341
- Part IV. Host-Tumor Relationship
- 22. Role of Growth Factors in the Stromal Reaction in Non-Small-Cell Lung Carcinoma / Jean-Michel Vignaud, Yves Martinet, Nadine Martinet 347
- II. Growth Factors Functional Status in Carcinoma: A Multistep Regulated Process 348
- III. The Extracellular Matrix: A Reservoir of Bound Growth Factors 349
- IV. ECM Production by Stromal Fibroblasts 350
- V. Stromal Inflammatory Cells in Stroma Processing 351
- VI. Contribution of GF Released by Tumor Cells to Stroma Development 358
- VII. Growth Factor Participation in ECM Degradation by Proteases 359
- 23. Tumor Angiogenesis / Fabrice Soncin, Bernard Vandenbunder 365
- I. Morphogenesis of the Vascular Tree 365
- II. From the Budding of a Capillary to the Irrigation of a Tumor 366
- III. Angiogenic Factors 368
- IV. The Role of the Angiogenic Factors In Vivo 369
- V. The Induction of Angiogenesis by Hypoxia 370
- VI. Angiogenesis in Lung Cancer 371
- VII. The Inhibitors of Angiogenesis 371
- VIII. The Response of Endothelial Cells to Angiogenic Stimuli 372
- IX. Antiangiogenesis as a Potential Therapeutic Strategy 374
- 24. Angiogenesis in Lung Cancer / Francesco Pezzella, Ugo Pastorino, Kevin C. Gatter 383
- II. Microvessel Density in Lung Tumors 384
- III. The Switch to Angiogenic Phenotype in Hyperplastic and Dysplastic Lesions 388
- IV. Angiogenic and Nonangiogenic Primary Tumors of the Lung 388
- V. Angiogenic Factors in Lung Cancers 393
- VI. Metastatic Disease 394
- 25. Matrix Proteases and Transcription Factors in the Process of Dissemination / Isabelle Bolon, Catherine Robert 399
- II. Matrix Proteases Produced by Lung Carcinomas 401
- III. Matrix Proteases in Lung Preneoplasia 409
- IV. Expression of ETS Transcription Factors 413
- V. Future Directions 416
- 26. Adhesion Molecules / Jean-Louis Pujol, Pascal Demoly 423
- II. Integrins 424
- III. Cadherins 424
- IV. Carcinoembryonic Antigen 425
- V. Neural Cell Adhesion Molecules 425
- VI. Perspectives 432
- Part V. Clinical Management
- 27. Tumor Markers: Clinical Meaning and Use / Gianfranco Buccheri 435
- II. Roles of Lung Tumor Markers 436
- III. Main Tumor Markers 439
- 28. The p53 Tumor Suppressor Gene: From Molecular Biology to Clinical Investigation / Thierry Soussi 453
- II. Association Between p53 Mutation and Human Cancer 454
- III. Analysis of Alterations in the p53 Gene 455
- IV. p53 Mutations: A Model for Molecular Epidemiology 456
- V. Heterogeneity of p53 Mutant Behavior: Clinical Implications 462
- VI. p53 Antibodies in Cancer Patients: Application to Lung Tumors 463
- VII. p53 and Response to Therapy 465
- VIII. p53 and Therapy 465
- 29. Endoscopic Detection of Preneoplastic Lesions / Stephen C. Lam, Calum MacAulay 473
- II. Rationale for Detection and Treatment of Intraepithelial Bronchial Neoplasia 475
- III. White-Light Bronchoscopy 476
- IV. Fluorescence Bronchoscopy 476
- 30. Advances in Lung Cancer Imaging / Gilbert R. Ferretti, Jean-Philippe Vuillez, Max Coulomb 481
- II. Chest Radiography/Digital Chest Radiography 481
- III. CT/Spiral CT 482
- IV. Magnetic Resonance Imaging 491
- V. Ultrasonography 493
- VI. Nuclear Medicine 493
- 31. Radioimmunodetection and Radioimmunotherapy in Lung Cancer / Jean-Philippe Vuillez, Denis Moro 503
- I. Diagnostic Applications of Radiolabeled Monoclonal Antibodies 504
- II. Radioimmunotherapy 515
- 32. Photodynamic Therapy for Lung Cancer / Eric S. Edwell, Denis A. Cortese 523
- I. Historical Background 523
- II. Mechanism of Action 524
- III. PDT: Treatment of Bronchogenic Carcinoma 526
- IV. Obstructive Carcinomas 527
- V. Early-Stage Squamous Cell Carcinoma 528
- 33. Endobronchial Brachytherapy / M. Taulelle, P. Vincent, B. Chauvet, R. Garcia, Francois L. Reboul 537
- II. History 538
- III. Technical Aspects 539
- IV. Clinical Indications and Results 543
- 34. Multimodality Therapy in Locally Advanced Non-Small-Cell Lung Cancer (NSCLC Stage IIIB) / Jean-Charles Soria, Thierry Le Chevalier, Cecile Le Pechoux, Rodrigo Arriagada 553
- II. Therapeutic Options 554
- III. Multimodality Treatment 556
- IV. Future Prospects 560
- 35. Progress in Chemotherapy in Advanced Non-Small-Cell Lung Cancer / Alain Depierre 567
- II. Superiority of Chemotherapy over Best Supportive Care Only 567
- III. New Drugs 569
- IV. Combinations 569
- V. The Supremacy of DDP 571
- VI. The Challenge of Vinca Alkaloids 572
- VII. Dose Intensification, Maintenance, and Duration of Treatment 573
- VIII. Second-Line Chemotherapy 574
- IX. Quality of Life 575
- X. Supportive Therapy 575
- 36. Prognostic Factors in Unresectable Non-Small-Cell Lung Cancer / E. Quoix 583
- I. Methods of Prognostic Assessment 584
- II. Clinical Prognostic Factors in Unresectable Non-Small-Cell Lung Cancer 586
- III. Therapeutic Prognostic Factors in Unresectable NSCLC 589
- IV. Prediction of Long-Term Survival 590
- V. Prediction of Very Short Survival 590
- 37. Conventional Radiotherapy and New Approaches to Lung Cancer / Paul Van Houtte, Francois Mornex 595
- I. Basic Principles 595
- II. Increasing the Biological Radiation Dose: Modifications of Fractionation 597
- III. Increasing the Physical Radiation Dose 603
- 38. Chemotherapy in Small-Cell Lung Cancer: Is More Better? / Fabrizio M. Facchini, Stephen G. Spiro 611
- II. Combination Chemotherapy 612
- III. Duration: Short- Versus Long-Course Treatment 613
- IV. High-Dose Chemotherapy 615
- V. Dose Intensification: Weekly Versus Every-Three-Weeks Treatment 616
- VI. Dose Reduction: Planned Versus As-Required Treatment 617
- VII. Autologous Bone Marrow Transplant and Stem Cell Support 617
- VIII. Hematopoietic Factors 619
- IX. Sequential and Alternating Chemotherapy 621
- X. Low-Dose/High-Frequency Chemotherapy 623
- XI. Oral Chemotherapy 624
- 39. Optimal Integration of Chemotherapy and Thoracic Irradiation in Limited-Stage Small-Cell Lung Cancer / Nevin Murray 631
- II. Assembly of Effective Combined-Modality Therapy 632
- III. Meta-Analyses of Phase III Trials of Chemotherapy With or Without Thoracic Irradiation 636
- IV. Cooperative Group Experience Review 638
- V. Randomized Trials of the Timing of Thoracic Irradiation 638
- VI. Optimal Integration of Chemoradiation for LSCLC: Recommendations 643
- VII. Moving Forward 644
- 40. Long-Term Survivors of Small-Cell Lung Cancer, Late Effects of Treatment, and Second Cancers / Pascale Jacoulet, Denis Moro 647
- I. Prognostic Factors of Long-Term Survival 648
- II. Long-Term Survivors 649
- 41. New Drugs for New Chemotherapy Standards / Giorgio V. Scagliotti, Silvia Novello 657
- II. Antimetabolites 658
- III. Antimicrotubule Agents 660
- IV. Topoisomerase I Inhibitors (Camptothecins) 667
- V. New Vinca Alkaloids 669
- VI. Bioreductive Agents 671
- 42. Lung Metastases and Second Lung Cancer: Role of Surgery / Ugo Pastorino, Francesco Pezzella 679
- I. Clinical Relevance of Secondary Lung Tumors 679
- II. Lung Metastases 681
- III. Second Primary Tumors 684
- 43. Occupational Lung Cancer / Yves Martinet, Philippe Scheid, Jean-Michel Vignaud, Nadine Martinet, Jean-Jacques Moulin 693
- II. Importance of Occupational Exposure in Lung Cancer Incidence 694
- III. Epidemiological Studies on Occupational Lung Cancer Risks 695
- IV. Identification of Occupational Lung Cancer Risks 696
- V. Lung Cancer/Lung Fibrosis Relationships 702
- VI. Histological Type 703
- VII. Prevention and Early Cancer Detection 704
- 44. Lung Cancer Cell Immunogenicity and Immunotherapy / Patrick Weynants 709
- II. Monoclonal Antibodies in Therapeutic Applications 711
- III. Immune Cells of Tumor Cytolysis and Cytokine-Adaptive Therapy 714
- IV. Tumor Antigen and Active Specific Immunotherapy 719
- 45. Gene Therapy / Christian Brambilla, Adrien Negoescu, Marie Favrot, Jean-Luc Coll 729
- I. Drug Sensitization/Drug Resistance 730
- II. Immunopotentiation 731
- III. Gene Replacement 732
- IV. P53-Based Gene Therapy 737
- V. Future Development 739.
- Notes:
- Includes bibliographical references and indexes.
- ISBN:
- 0824701607
- OCLC:
- 39811611
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