- 肿瘤边界生物医学(英文版)
- - 作者：吴爱国
  - 出版社：科学
  - ISBN：9787030843678
  - 出版日期：2025/01/01
  - 页数：383
- 售价：119.2

内容大纲
    《肿瘤边界生物医学（英文版）》由吴爱国编著，全面介绍了肿瘤边界相关知识。本书首先阐述了生物医学中边界的概念、意义及肿瘤边界的分子、细胞和组织层面特征。接着深入探讨肿瘤边界的早期形成和演化机制，包括基因突变、表观遗传变化、细胞相互作用等，还分析了肿瘤边界浸润和转移的机理。
    在成像技术方面，详细介绍了磁成像、光学成像、计算机断层扫描成像、声学成像及多模态成像技术。同时，对各类成像探针，如磁、光、声、放射性核素及多模态成像探针进行了讲解。此外，还介绍了不同成像方式的设备及算法。
    最后，本书总结了对生物边界的多维理解、肿瘤边界关键事件、成像技术、探针及设备算法等内容，并对未来面临的挑战提出了解决方案。
作者介绍
目录
Foreword
Preface
CHAPTER 1  Boundaries in Biomedicine
  1.1  Concept and Significance of Boundaries
  1.2  Boundaries in Biomedicine
    1.2.1  Scales in Boundaries in Biomedicine
    1.2.2  Future Development of Boundaries in Biomedicine
  1.3  Tumor Boundaries
    1.3.1  Molecular Events in Tumor Boundaries
    1.3.2  Cellular Boundaries in Tumor Boundaries
    1.3.3  Tissue Boundaries in Tumor Boundaries
    1.3.4  Tumor Boundaries In Vivo
  References
CHAPTER 2  Tumor Boundary and Its Evolution Mechanisms
  2.1  Early Formation of the Tumor Boundaries
    2.1.1  Gene Mutation at the Tumor Boundaries
    2.1.2  Epigenetic Changes at the Tumor Boundaries
    2.1.3  Heterogeneity at the Tumor Boundaries
  2.2  Evolution of the Tumor Boundaries
    2.2.1  Cellular Interactions and Information Transmission at the Tumor Boundaries
    2.2.2  Remodeling of Microenvironment at the Tumor Boundaries
  2.3  Mechanisms of Tumor Boundary Infiltration and Metastasis
    2.3.1  Mechanism of Tumor Boundary Infiltration
    2.3.2  Mechanisms of Tumor Metastasis
  2.4  Summary
  References
CHAPTER 3  Tumor Boundary Imaging Technologies
  3.1  Magnetic Imaging Technologies for Tumor Boundaries
    3.1.1  Magnetic Resonance Spectroscopic Imaging Technique for Delineating of Tumor Boundaries
    3.1.2  Chemical Exchange Saturation Transfer Imaging Technique for Delineating Tumor Boundaries
    3.1.3  Heteronuclear Magnetic Resonance Imaging Technique for Delineating of Tumor Boundaries
    3.1.4  Diffusion-Weighted Imaging Technique for Tumor Boundaries
    3.1.5  Diffusion Tensor Imaging Technique for Delineating Tumor Boundaries
    3.1.6  Dynamic Contrast-Enhanced Magnetic Resonance Imaging Technique for Delineating of Tumor Boundaries
    3.1.7  Functional Magnetic Resonance Imaging Technique for Tumor Boundaries
    3.1.8  Multi-Parameter Magnetic Resonance Imaging Technique for Delineating Tumor Boundaries
    3.1.9  Contrast-Enhanced Magnetic Resonance Imaging Technique for Delineating Tumor Boundaries
    3.1.10  T？-Weighted Imaging and T？-Weighted Imaging Technique for Delineating of Tumor Boundaries
  3.2  Optical Imaging Technologies for Tumor Boundaries
    3.2.1  Characteristics of Optical Imaging Technologies
    3.2.2  Principles of Optical Imaging Technologies
    3.2.3  Fluorescence and Phosphorescence Imaging Techniques for Delineating of Tumor Boundaries
    3.2.4  Raman Imaging Technique for Delineating Tumor Boundaries
  3.3  Computed Tomography Imaging Technologies for Tumor Boundaries
    3.3.1  Traditional Computed Tomography Imaging Technique for Delineating Tumor Boundaries
    3.3.2  Dual-Energy Computed Tomography Imaging Technique for Delineating of Tumor Boundaries

  3.4  Acoustic Imaging Technologies for Tumor Boundaries
    3.4.1  Ultrasound Imaging Technique for Delineating of Tumor Boundaries
    3.4.2  Super-Resolution Ultrasound Imaging Technique for Delineating Tumor Boundaries
    3.4.3  Photoacoustic Imaging Technique for Delineating of Tumor Boundaries
    3.4.4  Ultrasound-Excited Optical Imaging Technique for Delineating of Tumor Boundaries
  3.5  Multimodal Imaging Technologies for Tumor Boundaries
    3.5.1  Principles of Multimodal Imaging Technologies
    3.5.2  Multimodal Imaging Techniques for Delineation of Tumor Boundaries
    3.5.3  Future Directions for Multimodal Imaging Technologies for Delineating Tumor Boundaries
  3.6  Summary
  References
CHAPTER 4  Tumor Boundary Imaging Probes
  4.1  Magnetic Imaging Probes
    4.1.1  T？-Weighted Magnetic Resonance Imaging Probes for Delineating Tumor Boundaries
    4.1.2  T？-Weighted Magnetic Resonance Imaging Probes for Delineating Tumor Boundaries
    4.1.3  Dual-Modal Magnetic Resonance Imaging Probes for Delineating Tumor Boundaries
    4.1.4  Organic Magnetic Resonance Imaging Probes for Delineating Tumor Boundaries
  4.2  Optical Imaging Probes
    4.2.1  Fluorescence Imaging Probes for Delineating Tumor Boundaries
    4.2.2  Phosphorescent Imaging Probes for Delineating of Tumor Boundaries
    4.2.3  Raman Imaging Probes for Delineating Tumor Boundaries
  4.3  Acoustic Imaging Probes
    4.3.1  Ultrasound Imaging Probes for Delineating Tumor Boundaries
    4.3.2  Photoacoustic Imaging Probes for Delineating Tumor Boundaries
    4.3.3  Acoustic Therapy Visualization Imaging Probes for Delineating Tumor Boundaries
  4.4  Radionuclide Imaging Probes
    4.4.1  Advantages of Radionuclide Imaging Probes
    4.4.2  Types of Radionuclide Imaging Probes
    4.4.3  Radionuclide Imaging Probes for Delineating Tumor Boundaries
  4.5  Multimodal Imaging Probes
    4.5.1  Advantages of Multimodal Imaging Probes
    4.5.2  Optical and Magnetic Resonance Multimodal Imaging Probes for Delineating Tumor Boundaries
    4.5.3  Optical Imaging and Positron Emission Tomography Multimodal Imaging Probes for Delineating Tumor Boundaries
    4.5.4  Magnetic Resonance and X-ray Computed Tomography Multimodal Imaging Probes for Delineating Tumor Boundaries
    4.5.5  Magnetic Resonance and Photoacoustic Multimodal Imaging Probes for Delineating Tumor Boundaries
    4.5.6  Magnetic Resonance and Positron Emission Tomography Multimodal Imaging Probes for Delineating Tumor Boundaries
  4.6  Summary
  References
CHAPTER 5  Tumor Boundary Imaging Equipment and Algorithm
  5.1  Magnetic Resonance Imaging Equipment and Algorithm
    5.1.1  Magnetic Resonance Imaging Equipment
    5.1.2  Magnetic Resonance Imaging Algorithms
    5.1.3
    5.3.1  Acoustic Imaging Equipment
    5.3.2  Acoustic Imaging Algorithm
  5.4  Nuclear Medicine Imaging Equipment and Algorithms
    5.4.1  Nuclear Medicine Imaging Equipment and Algorithms
    5.4.2  Nuclear Medicine Imaging Equipment for Delineating Tumor Boundaries
    5.4.3  Nuclear Medicine Imaging Algorithms for Delineating Tumor Boundaries
  5.5  Multimodal Imaging Equipment and Algorithms
    5.5.1  Multimodal Imaging Equipment
    5.5.2  Multimodal Imaging Algorithms
  5.6  Summary
  References
CHAPTER 6  Summary and Outlook
  6.1  Summary
    6.1.1  Multidimensional Understanding of Biological Boundaries
    6.1.2  Tumor Boundaries in Biomedicine and Key Events in Boundary Evolution
    6.1.3  Imaging Technologies for Tumor Boundaries
    6.1.4  Imaging Probes for Tumor Boundaries
    6.1.5  Imaging Equipment and Algorithms for Tumor Boundaries
  6.2  Outlook
    6.2.1  Future Challenges
    6.2.2  Proposed Solutions
  References

内容大纲

作者介绍

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