BOOK
PET-Based Molecular Imaging in Evolving Personalized Management Design, An Issue of PET Clinics, E-Book
(2016)
Additional Information
Book Details
Abstract
This issue of PET Clinics focuses on PET-Based Molecular Imaging in Evolving Personalized Management Design, and is edited by Drs. Abass Alavi and Sandip Basu. Articles will include: PET-Based Personalized Medicine: An Unavoidable Path for the Foreseeable Future; Personalized Management Approaches in Lymphoma: Help from PET; PET-CT in Head-Neck Malignancies: the Implications for Personalized Clinical Practice; PET Imaging of Skeletal Metastases and its Role in Personalising Further Management; PET-Based Molecular Imaging in Designing a Personalized Management Model in Neuroendocrine Tumors; Personalized Clinical Decision Making in GI Malignancies: Where Can PET Help?; PET in Breast Carcinoma: Can it Aid in Developing a Personalized Treatment Design; PET and Thyroid Cancer: Can it Help in Evolving a Personalized Treatment Design?; PET Imaging Towards Individualized Management of Urological and Gynaecological Malignancies; The Possible Role of PET Imaging towards Individualized Management of Bone and Soft Tissue Malignancies; PET-Based Personalized Management of Inflammatory Disorders; PET-Based Radiation Oncology; PET-Based Interventional Radiology; The Current and Evolving Role of PET in Personalized Management of Lung Carcinoma, and more!
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
PET-Based Molecular Imaging in Evolving Personalized Management Design\r | i | ||
Copyright\r | ii | ||
Contributors | iii | ||
CONSULTING EDITOR | iii | ||
EDITORS | iii | ||
AUTHORS | iii | ||
Contents | vii | ||
Preface\r | vii | ||
PET-Based Personalized Management in Clinical Oncology: An Unavoidable Path for the Foreseeable Future\r | vii | ||
Personalized Management Approaches in Lymphoma: Utility of Fluorodeoxyglucose-PET Imaging\r | vii | ||
PET/CT in Head-neck Malignancies: The Implications for Personalized Clinical Practice\r | viii | ||
PET-Based Molecular Imaging in Designing Personalized Management Strategy in Gastroenteropancreatic Neuroendocrine Tumors\r | viii | ||
The Current and Evolving Role of PET in Personalized Management of Lung Cancer\r | viii | ||
PET Imaging Toward Individualized Management of Urologic and Gynecologic Malignancies\x0B | viii | ||
Personalized Clinical Decision Making in Gastrointestinal Malignancies: The Role of PET\r | ix | ||
The Possible Role of PET Imaging Toward Individualized Management of Bone and Soft Tissue Malignancies\r | ix | ||
PET/Computed Tomography in Breast Cancer: Can It Aid in Developing a Personalized Treatment Design?\r | ix | ||
PET Imaging of Skeletal Metastases and Its Role in Personalizing Further Management\r | ix | ||
PET-Based Thoracic Radiation Oncology\r | x | ||
PET-Based Percutaneous Needle Biopsy\r | x | ||
PET-Based Personalized Management of Infectious and Inflammatory Disorders\r | x | ||
PET CLINICS\r | xi | ||
FORTHCOMING ISSUES | xi | ||
October 2016 | xi | ||
January 2017 | xi | ||
April 2017 | xi | ||
RECENT ISSUES | xi | ||
April 2016 | xi | ||
January 2016 | xi | ||
October 2015 | xi | ||
CME Accreditation Page | xii | ||
PROGRAM OBJECTIVE | xii | ||
TARGET AUDIENCE | xii | ||
LEARNING OBJECTIVES | xii | ||
ACCREDITATION | xii | ||
DISCLOSURE OF CONFLICTS OF INTEREST | xii | ||
UNAPPROVED/OFF-LABEL USE DISCLOSURE | xii | ||
TO ENROLL | xii | ||
METHOD OF PARTICIPATION | xiii | ||
CME INQUIRIES/SPECIAL NEEDS | xiii | ||
Preface | xv | ||
REFERENCES | xvi | ||
PET-Based Personalized Management in Clinical Oncology | 203 | ||
Key points | 203 | ||
INTRODUCTION: PERSONALIZED OR PRECISION MEDICINE: ADVANTAGES OF INTEGRATING PET/COMPUTED TOMOGRAPHIC IMAGING IN CLINICAL MA ... | 203 | ||
TRADITIONAL CLINICAL UTILITIES OF PET/COMPUTED TOMOGRAPHY IN PERSONALIZING DISEASE MANAGEMENT | 204 | ||
NEWER APPLICATIONS OF PET-BASED DISEASE RESTAGING WITH IMPLICATIONS FOR MANAGEMENT INDIVIDUALIZATION | 204 | ||
EMERGING APPLICATIONS OF PET/COMPUTED TOMOGRAPHY IN PERSONALIZING DISEASE MANAGEMENT | 205 | ||
Quantification of Metabolic Activity, Metabolic Tumor Volume, and Total Lesion Glycolysis as Disease Prognosticator | 205 | ||
PET-Based Risk Adaptive Management in Lymphoma and in Neoadjuvant Treatment Setting | 205 | ||
Dual Tracer PET Imaging Approach in Individualizing Therapy | 205 | ||
As a Guide to Multitargets in Molecular-based Therapy | 205 | ||
Tumor Heterogeneity | 206 | ||
PET/Computed Tomography–guided Biopsy in Individualized Diagnosis and Appropriate Tumor Grading | 206 | ||
Detection of Synchronous and Metachronous Primaries and Other Sequelae of Toxic Therapies | 206 | ||
SUMMARY | 206 | ||
REFERENCES | 206 | ||
Personalized Management Approaches in Lymphoma | 209 | ||
Key points | 209 | ||
HODGKIN LYMPHOMA | 209 | ||
DIFFUSE LARGE B-CELL LYMPHOMA | 211 | ||
OTHER NON-HODGKIN LYMPHOMA SUBTYPES | 213 | ||
Follicular Lymphoma and Mantle Cell Lymphoma | 213 | ||
Chronic Lymphocytic Lymphoma | 214 | ||
CONCLUDING REMARKS RELATED TO THE EVOLVING ROLE OF NOVEL QUANTITATIVE TECHNIQUES IN PERSONALIZED LYMPHOMA MANAGEMENT | 214 | ||
REFERENCES | 217 | ||
PET/CT in Head-neck Malignancies | 219 | ||
Key points | 219 | ||
INTRODUCTION | 219 | ||
FLUORODEOXYGLUCOSE F 18 PET/CT | 220 | ||
PET/CT PROTOCOL | 220 | ||
QUANTIFICATION OF METABOLIC ACTIVITY AND TUMOR VOLUME | 221 | ||
MOLECULAR AND GENETIC CHARACTERIZATION OF HEAD AND NECK SQUAMOUS CELL CARCINOMA | 221 | ||
PET/CT IN HEAD AND NECK SQUAMOUS CELL CARCINOMA AND PERSONALIZED MANAGEMENT | 221 | ||
UNKNOWN PRIMARY | 221 | ||
STAGING | 222 | ||
Primary Tumor | 222 | ||
Lymph Nodes | 223 | ||
Sentinel lymphoscintigraphy | 224 | ||
Distant Metastases | 224 | ||
RADIATION TREATMENT PLANNING | 224 | ||
ASSESSMENT OF RESPONSE TO THERAPY | 225 | ||
SURVEILLANCE | 226 | ||
PROGNOSIS | 226 | ||
DETECTION OF SYNCHRONOUS AND METACHRONOUS PRIMARIES | 227 | ||
DETECTION OF SEQUELAE OF THERAPY | 227 | ||
Summary | 229 | ||
The Future of PET-based Individualized Management of Head and Neck Squamous Cell Carcinoma | 229 | ||
REFERENCES | 230 | ||
PET-Based Molecular Imaging in Designing Personalized Management Strategy in Gastroenteropancreatic Neuroendocrine Tumors | 233 | ||
Key points | 233 | ||
INTRODUCTION: THERAPEUTIC STRATEGIES IN GASTROENTEROPANCREATIC NEUROENDOCRINE TUMORS | 233 | ||
PERSONALIZED SELECTION OF THE APPROPRIATE THERAPEUTIC STRATEGY: THE TRADITIONAL DETERMINANTS AND THE EVOLVING PLACE OF DUAL ... | 234 | ||
Case 1: Well-Differentiated (G1) Somatosatin Receptor–Positive and Fluorodeoxyglucose-Negative Pancreatic Neuroendocrine Tumors | 234 | ||
Outcome | 234 | ||
Learning point | 234 | ||
Case 2: Poorly Differentiated (G3) Somatosatin Receptor–Negative and Fluorodeoxyglucose-Positive Neuroendocrine Cancer | 234 | ||
Case 3: Well-Differentiated (G2) Intermediate Mib1 Index, Somatosatin Receptor–Positive and Fluorodeoxyglucose-Negative Neu ... | 235 | ||
Outcome | 235 | ||
The Current and Evolving Role of PET in Personalized Management of Lung Cancer | 243 | ||
Key points | 243 | ||
INTRODUCTION | 243 | ||
MOLECULAR GENETICS IN LUNG CANCER: VALUE OF PET IMAGING | 244 | ||
Tumor Heterogeneity | 244 | ||
Epidermal Growth Factor Receptor Mutation in Non–Small Cell Lung Cancer | 245 | ||
Kras Mutation: Value of PET Imaging | 247 | ||
Anaplastic lymphoma kinase and ROS-1 mutations | 248 | ||
PET IMAGING IN ASSESSING RESPONSE TO THERAPY | 248 | ||
BEYOND 18F-FLUORODEOXYGLUCOSE PET: FUNCTIONAL AND MOLECULAR IMAGING WITH NOVEL PET TRACERS | 249 | ||
Imaging of Molecular Targets | 249 | ||
Assessing Cell Proliferation | 251 | ||
Imaging Hypoxia | 254 | ||
Imaging Angiogenesis | 255 | ||
SUMMARY | 255 | ||
REFERENCES | 256 | ||
PET Imaging Toward Individualized Management of Urologic and Gynecologic Malignancies | 261 | ||
Key points | 261 | ||
INTRODUCTION | 261 | ||
PET IN UROLOGIC MALIGNANCIES | 261 | ||
Renal Cell Carcinoma | 261 | ||
Targeting angiogenesis in renal cell carcinoma | 262 | ||
Targeting hypoxia in renal cell carcinoma | 264 | ||
Targeting carbonic anhydrase IX in renal cell carcinoma | 264 | ||
Prostate Cancer | 264 | ||
Targeting the prostate-specific membrane antigen in prostate cancer | 264 | ||
Targeting the androgen receptor in prostate cancer | 265 | ||
Urinary Bladder Cancer | 266 | ||
Targeting angiogenesis in bladder cancer | 266 | ||
PET IN GYNECOLOGIC MALIGNANCIES | 266 | ||
Endometrial Cancer | 266 | ||
Ovarian Cancer | 266 | ||
Cervical Cancer | 267 | ||
Targeting estrogen receptor in endometrial and ovarian cancer | 267 | ||
Targeting folate receptor in endometrial and ovarian cancer | 267 | ||
Targeting angiogenesis in endometrial, ovarian, and cervical cancer | 268 | ||
SUMMARY | 269 | ||
REFERENCES | 269 | ||
Personalized Clinical Decision Making in Gastrointestinal Malignancies | 273 | ||
Key points | 273 | ||
INTRODUCTION | 273 | ||
GASTRIC CANCER | 274 | ||
PANCREATIC CANCER | 275 | ||
COLORECTAL CANCER | 275 | ||
GASTROINTESTINAL STROMAL TUMORS | 277 | ||
DISCUSSION | 279 | ||
REFERENCES | 280 | ||
The Possible Role of PET Imaging Toward Individualized Management of Bone and Soft Tissue Malignancies | 285 | ||
Key points | 285 | ||
INTRODUCTION | 285 | ||
NORMAL ANATOMY AND IMAGING TECHNIQUE | 286 | ||
PET/Computed Tomography for Sarcoma Detection and Grading | 287 | ||
PET/Computed Tomography for Initial Staging and Restaging | 287 | ||
PET/Computed Tomography and Prediction of Prognosis | 288 | ||
PET/Computed Tomography and Evaluation of Response to Therapy | 289 | ||
PET/Computed Tomography in Biopsy | 290 | ||
IMAGING PROTOCOLS | 290 | ||
DIFFERENTIAL DIAGNOSIS | 291 | ||
PITFALLS, PEARLS, VARIANTS | 291 | ||
DIAGNOSTIC CRITERIA | 292 | ||
WHAT THE REFERRING PHYSICIAN NEEDS TO KNOW | 293 | ||
SUMMARY | 293 | ||
REFERENCES | 293 | ||
PET/Computed Tomography in Breast Cancer | 297 | ||
Key points | 297 | ||
INTRODUCTION | 297 | ||
PATHOPHYSIOLOGY | 298 | ||
ROLE OF PET WITH FLUDEOXYGLUCOSE F 18/COMPUTED TOMOGRAPHY | 298 | ||
RECEPTOR-BASED PET/COMPUTED TOMOGRAPHY | 300 | ||
18F-16α-17β-Fluoroestradiol | 300 | ||
LIMITATIONS | 302 | ||
SUMMARY | 302 | ||
REFERENCES | 302 | ||
PET Imaging of Skeletal Metastases and Its Role in Personalizing Further Management | 305 | ||
Key points | 305 | ||
INTRODUCTION | 305 | ||
PATHOPHYSIOLOGY OF SKELETAL METASTASES | 306 | ||
IMAGING OF SKELETAL METASTASES: AN OVERVIEW | 306 | ||
PET | 307 | ||
18F Sodium Fluoride PET | 307 | ||
18F Fluorodeoxyglucose PET/Computed Tomography | 309 | ||
Choline PET/Computed Tomography | 311 | ||
Specific PET Tracers | 312 | ||
PET/MR IMAGING | 313 | ||
SUMMARY | 314 | ||
ACKNOWLEDGMENTS | 314 | ||
REFERENCES | 314 | ||
PET-Based Thoracic Radiation Oncology | 319 | ||
Key points | 319 | ||
INTRODUCTION | 319 | ||
PET FOR DIAGNOSIS AND STAGING | 320 | ||
THORACIC RADIATION THERAPY TREATMENT TECHNIQUES | 321 | ||
PET/COMPUTED TOMOGRAPHY FOR RADIATION THERAPY TARGET DELINEATION | 322 | ||
PRETREATMENT PET FOR PROGNOSIS AND TO PREDICT TREATMENT RESPONSE | 324 | ||
POSTTREATMENT PET FOR PROGNOSIS AND TO PREDICT TREATMENT RESPONSE | 325 | ||
ASSESSMENT OF RADIATION-INDUCED TOXICITY | 326 | ||
FUTURE DIRECTIONS AND SUMMARY | 327 | ||
REFERENCES | 327 | ||
PET-Based Percutaneous Needle Biopsy | 333 | ||
Key points | 333 | ||
INTRODUCTION | 333 | ||
ANATOMIC IMAGING-BASED PERCUTANEOUS NEEDLE BIOPSY | 333 | ||
FLUORODEOXYGLUCOSE-PET AND PERCUTANEOUS NEEDLE BIOPSY | 334 | ||
INCORPORATING PET DATA FOR BIOPSY AND THE USAGE OF NAVIGATION TOOLS | 336 | ||
DATA ON PET-GUIDED BIOPSY BY LOCATION | 339 | ||
Soft Tissue Lesions | 340 | ||
Bone Lesions | 341 | ||
Lung Lesions | 341 | ||
Mediastinal Lesions | 343 | ||
Breast Lesions | 345 | ||
Extrathoracic and Miscellaneous Lesions | 345 | ||
SUMMARY | 346 | ||
REFERENCES | 346 | ||
PET-Based Personalized Management of Infectious and Inflammatory Disorders | 351 | ||
Key points | 351 | ||
INTRODUCTION | 351 | ||
DIAGNOSIS | 352 | ||
Systemic Infections | 352 | ||
Bone-Related Infections | 353 | ||
Vascular Infections | 354 | ||
Inflammatory Disorders | 354 | ||
POTENTIAL NOVEL APPLICATIONS | 354 | ||
SUMMARY | 359 | ||
REFERENCES | 359 |