PET/MRI,PET/CT及SPECT/CT解剖圖譜 pdf epub mobi txt 電子書 下載 2025

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[美] 埃德濛·基姆（E.EdmundKim）等主編 著

圖書標籤:

• PET/MRI
• PET/CT
• SPECT/CT
• 核醫學
• 影像解剖
• 醫學影像
• 診斷學
• 臨床醫學
• 解剖學
• 核素顯像

店鋪： 文軒網少兒專營店

齣版社： 天津科技翻譯齣版有限公司

ISBN：9787543336704

商品編碼：17205026095

齣版時間：2017-08-01

PET/MRI,PET/CT及SPECT/CT解剖圖譜 作  者:(美)埃德濛·基姆(E.Edmund Kim) 等 主編；黃雲超 等 譯 定  價:280 齣 版 社:天津科技翻譯齣版有限公司 齣版日期:2017年08月01日 頁  數:478 裝  幀:精裝 ISBN:9787543336704 ●第1章PET／MRI解剖圖譜
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內容簡介

《PET/MRI, PET/CT及SPECT/CT解剖圖譜》一書共3章內容，分彆為PET/MRI解剖圖譜、PET/CT解剖圖譜和SPECT/CT解剖圖譜。靠前章PET/MRI解剖圖譜按照大腦、頭頸部、胸部、腹部、盆腔、肌肉骨骼係統進行描述。第2章PET/CT解剖圖譜按照FDG和非-FDG進行分類描述。第3章則描述瞭腫瘤、骨和其他病變的SPECT/CT錶現。該書內容全麵、新穎，配有大量高清圖片，實用性較強，可供核醫學科、放射科、腫瘤科、神經科及心內科等相關醫師參考閱讀。 (美)埃德濛·基姆(E.Edmund Kim) 等 主編；黃雲超 等 譯 埃德濛·基姆，加利福尼亞大學歐文分校放射係教授，首爾國立大學和慶熙大學分子醫學係教授。
任亨浚，首爾國立大學醫院核醫學係講師。
李東洙，首爾國立大學醫院核醫學係教授。
孔建旭，首爾國立大學醫院核醫學係主任、教授。
黃雲超，男，教授，昆明醫學院第三附屬醫院、昆明醫學院臨床腫瘤學院、雲南省腫瘤醫院副院長、雲南省腫瘤生物免疫治療中心副主任、腫瘤研究所副所長。擔任中華醫學會雲南省胸心血管外科分會副主任委員，中國抗癌協會肺癌專業委員會常委，雲南省抗癌協會肺癌專業委員會主任委員。
孫華，主任醫師，雲南省腫瘤醫院暨昆明醫科大學第三附屬醫院PET/CT中心主任，九三學社等

PET/MRI, PET/CT and SPECT/CT Anatomy Atlas: A Comprehensive Guide for Imaging Interpretation Introduction In the rapidly evolving landscape of medical imaging, the integration of functional and anatomical information has revolutionized diagnostic capabilities. Positron Emission Tomography (PET), Computed Tomography (CT), Magnetic Resonance Imaging (MRI), and Single-Photon Emission Computed Tomography (SPECT) are powerful modalities that, when combined, offer unprecedented insights into disease processes. This atlas, "PET/MRI, PET/CT and SPECT/CT Anatomy Atlas," is meticulously designed to serve as an indispensable resource for clinicians and researchers seeking to master the interpretation of these advanced hybrid imaging techniques. It bridges the gap between the intricate anatomy visualized by CT and MRI and the metabolic and functional data provided by PET and SPECT, enabling a more precise and comprehensive understanding of normal anatomy and pathological alterations. Scope and Objectives This atlas focuses on the anatomical representation within the context of PET/MRI, PET/CT, and SPECT/CT imaging. Its primary objective is to equip readers with a profound understanding of how anatomical structures appear on these combined modalities, allowing for accurate localization and characterization of functional abnormalities. We delve into the characteristic attenuation and signal properties of various tissues and organs as depicted by CT and MRI, and how these correlate with the distribution of radiotracers in PET and SPECT. The atlas aims to: Provide detailed anatomical atlases: Presenting a systematic, region-by-region approach to the human body, covering all major organ systems. Illustrate normal anatomical variations: Highlighting common variations in anatomy that can be mistaken for pathology, thereby enhancing diagnostic accuracy. Explain the principles of hybrid imaging: Briefly touching upon the underlying physics and technical considerations that contribute to the fused image appearance. Correlate anatomical structures with functional information: Demonstrating how PET and SPECT tracers highlight specific physiological processes within well-defined anatomical boundaries. Offer practical guidance for interpretation: Presenting examples and common pitfalls to aid in the daily interpretation of PET/MRI, PET/CT, and SPECT/CT scans. Target Audience This atlas is tailored for a wide range of medical professionals involved in the acquisition, interpretation, and application of advanced hybrid imaging techniques. This includes, but is not limited to: Radiologists: Seeking to enhance their understanding of fused imaging interpretation and its anatomical correlates. Nuclear Medicine Physicians: Requiring detailed anatomical knowledge to precisely localize and interpret functional findings. Oncologists: Utilizing these modalities for cancer staging, treatment response assessment, and recurrence detection. Neurologists and Neurosurgeons: Employing PET/MRI and PET/CT for the evaluation of neurological disorders, including tumors, epilepsy, and degenerative diseases. Cardiologists: Using these techniques for the assessment of myocardial perfusion, viability, and inflammatory conditions. Researchers: Investigating novel radiotracers and their anatomical distribution in various physiological and pathological states. Trainees and Residents: Building a foundational knowledge of hybrid imaging anatomy. Content Structure and Approach The atlas is organized in a logical and systematic manner, progressing from general principles to specific anatomical regions. Each chapter is dedicated to a particular area of the body, ensuring a comprehensive and thorough exploration. Within each section, we adopt a multi-faceted approach: 1. Introduction to the Region: Briefly outlining the anatomical boundaries and key structures of the region. 2. CT/MRI Anatomy Review: Providing a detailed depiction of the anatomical structures as seen on conventional CT and MRI, emphasizing their typical appearance, signal intensity, and attenuation characteristics. This section serves as the foundational anatomical reference. 3. PET/SPECT Tracer Distribution in Normal Anatomy: Illustrating how common PET and SPECT radiotracers distribute in normal physiological states within the discussed anatomical structures. This section highlights the metabolic landscape of healthy tissues. We will discuss tracers such as [¹⁸F]FDG, [¹¹C]choline, [¹⁸F]PSMA, [¹²³I]ioflupane, [⁹⁹mTc]MDP, and others relevant to each region. 4. PET/CT, PET/MRI, and SPECT/CT Fused Image Representation: This is the core of the atlas. We present meticulously selected fused images, showcasing the co-registration of functional data (PET/SPECT) with anatomical information (CT/MRI). Emphasis will be placed on identifying specific anatomical landmarks and correlating them with the intensity and distribution patterns of the radiotracers. This section will demonstrate how to discern normal anatomical structures that might otherwise appear as "hot" or "cold" spots on functional imaging alone. 5. Common Anatomical Variations and Pitfalls: Addressing frequently encountered anatomical variations that can mimic pathology on hybrid imaging, providing guidance on how to differentiate them from true abnormalities. This section is crucial for avoiding misinterpretations. 6. Pathological Examples (Briefly Referenced): While not a pathology atlas, brief references to how specific pathologies manifest within the context of anatomical localization will be made, reinforcing the importance of accurate anatomical identification for diagnostic purposes. Detailed Content Outline (Sample Chapters) Chapter 1: Head and Neck Introduction: Boundaries of the head and neck, key structures (brain, orbits, salivary glands, thyroid, larynx, pharynx, major vessels). CT/MRI Anatomy: Detailed views of cranial bones, brain parenchyma (gray matter, white matter, cerebrospinal fluid), cranial nerves, vascular structures, orbits, nasal cavity, paranasal sinuses, oral cavity, pharynx, larynx, thyroid gland, parathyroid glands, and cervical lymph nodes. Emphasis on contrast enhancement patterns and signal characteristics. PET/SPECT Tracer Distribution (Normal): Brain: Glucose metabolism ([¹⁸F]FDG), neurotransmitter systems ([¹¹C]raclopride, [¹⁸F]flutemetamol for amyloid, [¹⁸F]THK-5351 for tau). Salivary Glands: Functional assessment of secretory activity. Thyroid: Iodine uptake ([¹²³I]sodium iodide). Head and Neck Tumors: Metabolic activity ([¹⁸F]FDG, [¹¹C]choline, [¹⁸F]PSMA). Fused Image Representation: Detailed atlases of axial, coronal, and sagittal PET/CT, PET/MRI, and SPECT/CT slices of the head and neck, highlighting the precise anatomical localization of radiotracer uptake. Examples of basal ganglia, cortex, cerebellum, cranial nerves, major arteries and veins, thyroid gland, and salivary glands. Anatomical Variations/Pitfalls: Variations in venous drainage, anatomical variants of cranial nerves, normal parathyroid gland visibility, residual thyroid tissue after treatment. Chapter 2: Thorax Introduction: Boundaries of the thorax, key structures (lungs, pleura, mediastinum, heart, great vessels, esophagus). CT/MRI Anatomy: Detailed views of lung lobes and segments, airways (trachea, bronchi), pleura, mediastinal compartments, heart chambers and valves, pericardium, aorta, pulmonary arteries and veins, superior vena cava, inferior vena cava, esophagus, and thoracic spine. PET/SPECT Tracer Distribution (Normal): Lungs: Alveolar gas exchange, lung perfusion. Heart: Myocardial perfusion ([⁹⁹mTc]sestamibi, [¹⁸F]FDG for viability), cardiac sympathetic innervation. Mediastinum: Lymph node uptake patterns. Fused Image Representation: Comprehensive atlases of axial, coronal, and sagittal PET/CT, PET/MRI, and SPECT/CT slices of the thorax. Emphasis on visualizing the lungs, mediastinal structures (thymus, lymph nodes, great vessels), heart, and thoracic spine. Correlation of [¹⁸F]FDG uptake in respiratory muscles and airways. Anatomical Variations/Pitfalls: Variations in bronchial anatomy, common aortic arch branching patterns, normal thymus appearance in children and adults, diaphragmatic position, costophrenic angle variations. Chapter 3: Abdomen Introduction: Boundaries of the abdomen, key organs (liver, spleen, pancreas, kidneys, adrenal glands, gastrointestinal tract, major vessels). CT/MRI Anatomy: Detailed depiction of the liver lobes and segments, gallbladder and biliary tree, spleen, pancreas (head, body, tail), kidneys (cortex, medulla, pelves), adrenal glands, stomach, small intestine, large intestine, aorta, inferior vena cava, renal arteries and veins, and retroperitoneal lymph nodes. PET/SPECT Tracer Distribution (Normal): Liver: Hepatobiliary clearance, metabolic activity. Spleen: Functional assessment. Kidneys: Glomerular filtration rate, tubular function. Gastrointestinal Tract: Baseline metabolic activity, specific tracer uptake in certain conditions. Fused Image Representation: Extensive atlases of axial, coronal, and sagittal PET/CT, PET/MRI, and SPECT/CT slices of the abdomen. Focusing on precise anatomical localization of the liver, spleen, pancreas, kidneys, adrenal glands, and segments of the gastrointestinal tract. Demonstrating normal physiological radiotracer uptake in these organs. Anatomical Variations/Pitfalls: Variations in liver lobar segmentation, accessory spleens, common variations in pancreatic duct anatomy, renal vascular variations, congenital anomalies of the gastrointestinal tract, retroperitoneal lymph node distribution. Chapter 4: Pelvis Introduction: Boundaries of the pelvis, key organs (bladder, rectum, prostate, seminal vesicles, uterus, ovaries, pelvic floor, major vessels, lymph nodes). CT/MRI Anatomy: Detailed visualization of the bladder, rectum, prostate gland (zones), seminal vesicles, uterus, cervix, vagina, ovaries, fallopian tubes, pelvic bones, pelvic musculature, and pelvic lymph node chains. PET/SPECT Tracer Distribution (Normal): Prostate: Specific tracer uptake ([¹⁸F]PSMA, [¹¹C]choline). Bladder: Normal physiological excretion. Pelvic Lymph Nodes: Baseline metabolic activity. Fused Image Representation: Comprehensive atlases of axial, coronal, and sagittal PET/CT, PET/MRI, and SPECT/CT slices of the pelvis. Precise anatomical delineation of the pelvic organs and their relationship to surrounding structures. Illustrating normal radiotracer distribution, particularly focusing on prostate imaging with specific tracers. Anatomical Variations/Pitfalls: Variations in prostate gland size and shape, anatomical variations of the seminal vesicles, uterine anomalies, pelvic lymph node station variations. Chapter 5: Musculoskeletal System Introduction: Bones, joints, muscles, and associated soft tissues. CT/MRI Anatomy: Detailed imaging of major bones, joints, ligaments, tendons, and musculature of the extremities and axial skeleton. Emphasis on cross-sectional anatomy. PET/SPECT Tracer Distribution (Normal): Bone Scintigraphy ([⁹⁹mTc]MDP): Normal bone turnover, epiphyseal plates in children. Soft Tissue Imaging: Metabolic activity in muscles. Fused Image Representation: Atlases of PET/CT and SPECT/CT images of limbs and axial skeleton, focusing on the anatomical localization of bone and soft tissue. Demonstrating how to interpret physiological bone tracer uptake and distinguish it from pathology. Anatomical Variations/Pitfalls: Variations in ossification centers, muscle origins and insertions, common joint capsule variations. Key Features and Benefits High-Quality Imaging: Utilizes excellent quality, representative fused images from state-of-the-art PET/CT, PET/MRI, and SPECT/CT scanners. Clear Anatomical Labeling: All anatomical structures are meticulously labeled for easy identification. Correlative Imaging: Seamless integration of anatomical and functional information, demonstrating how to interpret the fused images effectively. Focus on Normal Anatomy: Prioritizes the understanding of normal anatomical variations and physiological tracer distribution to provide a strong foundation for pathological interpretation. Practical Approach: Offers actionable insights and guidance for the daily interpretation of hybrid imaging studies. Comprehensive Coverage: Encompasses the entire human body, from the head to the pelvis and musculoskeletal system. Conclusion "PET/MRI, PET/CT and SPECT/CT Anatomy Atlas" is an invaluable educational tool designed to empower clinicians with the knowledge and skills necessary to confidently interpret complex hybrid imaging data. By providing a detailed and systematic exploration of normal anatomy as visualized on these advanced modalities, this atlas will significantly enhance diagnostic accuracy, improve patient management, and contribute to the advancement of medical imaging interpretation. It stands as a testament to the crucial role of anatomical understanding in unlocking the full potential of functional imaging.

評分☆☆☆☆☆

這本書的書名“PET/MRI, PET/CT及SPECT/CT解剖圖譜”聽起來就非常專業和實用。我是一名臨床醫生，在日常工作中經常需要閱片，尤其是對一些疑難雜癥的診斷，多模態影像的結閤能夠提供更全麵的信息。PET/CT已經是我常用的診斷工具之一，它在腫瘤、神經係統疾病和心髒疾病等方麵的應用都給我留下瞭深刻的印象。SPECT/CT雖然在某些方麵不如PET，但在一些特定領域的應用也至關重要。而PET/MRI技術，我雖然有所耳聞，但實際接觸的機會不多，對其解剖學錶現形態非常好奇。這本書的“解剖圖譜”定位，正是我所需要的。我希望這本書能夠提供詳細的、係統的解剖學知識，並且能夠將PET、CT、MRI、SPECT這四種模態的影像與其精確的解剖位置相結閤。例如，在解讀PET圖像時，能夠清晰地知道某個高代謝區域究竟位於哪個解剖結構上，是腫瘤侵犯瞭周圍的血管，還是轉移到瞭淋巴結，都能通過圖譜來準確判斷。同樣，在MRI圖像中，如何辨彆不同軟組織，以及它們與PET或SPECT信號的對應關係，也是我期待書中能夠詳細闡述的部分。我希望能看到書中包含大量的、高質量的解剖圖，並有詳細的文字標注，能夠幫助我快速地定位和識彆影像中的解剖結構。

評分☆☆☆☆☆

這本書的書名“PET/MRI, PET/CT及SPECT/CT解剖圖譜”立刻就勾起瞭我的好奇心。我對核醫學和分子影像領域一直保持著濃厚的興趣，尤其關注這些先進技術如何改變我們對疾病的認知。PET/CT和SPECT/CT技術我已經相對熟悉，但PET/MRI的結閤對我來說是一個更前沿的領域，我非常期待能夠通過這本書來深入瞭解它。提到“解剖圖譜”，我首先想到的是圖像的清晰度和標注的準確性。要知道，在醫學影像的學習過程中，解剖知識是基石，而圖譜就是這座基石上最直觀的錶達。我希望這本書能夠提供高質量的影像，無論是PET的放射性核素分布，還是CT和MRI的解剖細節，都應該縴毫畢現。更重要的是，解剖標注要足夠詳盡，最好能覆蓋從宏觀到微觀的各個層麵，並輔以清晰的文字說明，解釋每一個解剖結構的名稱、位置以及與周圍結構的毗鄰關係。此外，不同模態的圖像融閤得是否自然，CT、MRI、PET、SPECT的圖像如何與解剖結構對應，也是我非常關心的問題。我希望這本書能夠清晰地展示這些融閤影像的特點，以及在診斷不同疾病時，每一種模態所扮演的角色。例如，在腫瘤診斷中，PET的高代謝信號結閤MRI的軟組織分辨率，可以提供非常精細的病竈評估。對於神經係統疾病，PET/MRI的組閤更是潛力巨大。

評分☆☆☆☆☆

這本書的名字聽起來就非常吸引人，尤其是對於那些熱衷於影像學診斷的醫生、研究人員，或者是正在學習相關知識的學生們。PET/MRI, PET/CT及SPECT/CT，這些名字本身就代錶瞭當前醫學影像學最前沿的幾種技術。我一直對多模態融閤成像的潛力感到著迷，因為單一模態的成像技術在某些方麵存在局限性，而將它們結閤起來，往往能提供更全麵、更精準的信息。例如，PET能提供功能代謝信息，而MRI則在軟組織分辨率上有著無可比擬的優勢，CT則能清晰顯示骨骼結構和提供快速的解剖背景。SPECT/CT的結閤同樣如此，SPECT能提供血流灌注和功能狀態，CT則為其提供瞭精確的空間定位。這本書的標題直接點明瞭它的核心內容——解剖圖譜，這正是我最需要的。因為在解讀這些復雜的影像數據時，精確的解剖定位是基礎，是理解病變與周圍結構關係的關鍵。一個好的解剖圖譜，能夠幫助我們快速、準確地識彆不同解剖層麵上的影像特徵，從而避免誤診和漏診。我期待這本書能夠提供清晰、詳細的解剖標注，並且能夠將PET、CT、MRI、SPECT的圖像與解剖結構一一對應起來，甚至在不同的病理狀態下，展示解剖結構的細微變化。要知道，在實際臨床工作中，很多時候我們看到的影像並非完美的解剖模型，而是受到疾病侵襲後的變形。因此，一個全麵的圖譜，不僅要展示正常解剖，還要能指導我們如何辨彆異常。

評分☆☆☆☆☆

從書名“PET/MRI, PET/CT及SPECT/CT解剖圖譜”來看，這本書的目標讀者群體相當明確，就是那些需要深入理解和應用這些高端影像技術的人。我是一名影像科的從業者，每天都在與各種各樣的醫學影像打交道。PET/CT和SPECT/CT技術我已經比較熟悉，但PET/MRI技術，我一直覺得在解剖學上的融閤呈現還需要更深入的學習。我非常看重解剖圖譜的質量，因為它直接關係到我們能否準確地解讀影像。我希望這本書能夠提供非常詳細、規範的解剖學信息，並將其與PET、CT、MRI、SPECT的圖像完美結閤。例如，對於神經係統的解剖，我希望能夠看到詳細的大腦皮層、皮層下結構、腦乾、小腦等的圖像，以及PET/MRI在這些區域的正常影像特徵，再結閤CT和SPECT的圖像，形成一個立體的、多維度的認知。同樣，對於胸部、腹部、盆腔等區域，我也希望看到詳細的解剖圖譜，並且能夠清晰地展示各模態影像的特點。我特彆期待書中能夠提供一些在不同生理狀態或病理狀態下的解剖變化，例如，在腫瘤進展過程中，解剖結構會發生哪些改變，PET/MRI、PET/CT、SPECT/CT如何反映這些變化。這本書的“圖譜”性質，預示著它會是圖文並茂，且圖像質量非常高。

評分☆☆☆☆☆

作為一名正在醫學影像專業領域深造的學生，我一直都在尋找能夠幫助我理解復雜影像技術的優秀教材。這本書的書名——“PET/MRI, PET/CT及SPECT/CT解剖圖譜”——無疑抓住瞭我學習的痛點。我深知，在掌握瞭基礎的放射學知識後，如何將不同的影像技術融會貫通，並與精確的解剖學知識相結閤，是提升診斷能力的關鍵。PET/CT和SPECT/CT技術在臨床上的應用已經相當廣泛，我也接觸過相關的影像資料，但總覺得在解剖定位和對不同影像特徵的理解上還不夠深入。而PET/MRI技術，對我來說則是一個相對陌生的領域，我迫切地想通過這本書來瞭解它在解剖學上的呈現方式。我期待這本書能夠提供係統的、分章節的解剖學圖譜，例如，針對不同髒器係統，如神經係統、心血管係統、腹部等，分彆展示PET/MRI、PET/CT和SPECT/CT的影像特徵，並與相應的正常解剖結構進行詳細對照。我希望書中能夠有大量的圖片，而且圖片質量要高，標注要清晰準確，能夠覆蓋到主要的解剖結構。同時，我也希望書中能夠包含一些臨床病例的影像，通過實際的例子來加深我對解剖與病變的理解，學習如何根據影像特徵來定位和評估病竈。