Sách ngành Y Dược: Cardiovascular Regeneration Therapies Using Tissue Engineering Approaches (Liệu pháp tái tạo tim mạch bằng cách sử dụng các phương pháp kỹ thuật mô)

HIDEZO MORI - HIKARU MATSUDA

CARDIOVASCULAR REGENERATION THERAPIES USING TISSUE ENGINEERING APPROACHES

(LIỆU PHÁP TÁI TẠO TIM MẠCH BẰNG CÁCH SỬ DỤNG CÁC PHƯƠNG PHÁP KỸ THUẬT MÔ)

PUBLISHER: SPRINGER-VERLAG (TOKYO, JAPAN - 2005)

THÔNG TIN CHUNG:

Tiêu đề: Cardiovascular Regeneration Therapies Using Tissue Engineering Approaches (tạm dịch: Liệu pháp tái tạo tim mạch bằng cách sử dụng các phương pháp kỹ thuật mô).

Tác giả: Hidezo Mori - Hikaru Matsuda.

NXB: Springer-Verlag (2005).

Thông số: 233 trang - 5 chương chính.

Hệ tuần hoàn có chức năng luân chuyển Oxy, chất dinh dưỡng cũng như các hormone đi khắp cơ thể con người. Những trục trặc trong hệ thống này có thể gây ra nhiều ảnh hưởng tiêu cực đối với sức khỏe thậm chí là những tai biến nguy hiểm có khả năng gây tử vong. Cuốn sách này sẽ cung cấp cho độc giả những kiến thức, kỹ thuật trong việc tái tạo các mô tim mạch bằng các công nghệ, kỹ thuật tiên tiến nhất của Y học thế giới. Sách bản đẹp, mục lục tự động, tương thích tốt với hầu hết các thiết bị cầm tay.

INTRODUCTION (GIỚI THIỆU):

The cardiovascular system transports oxygen and nutrients to all parts of the body; Therefore, any impediment to this system through, for example, a circulatory disorder, represents a serious threat to organs, tissues, and cells. Obstructive diseases of vessels with a diameter of more than 1 mm can be treated by conventional surgical and interventional approaches; However, blockages in small vessels with a diameter of less than 1 mm cannot be treated by conventional methods. As a consequence, therapeutic angiogenesis and vasculogenesis for the treatment of ischemic diseases have been widely studied in the last decade. These methods may contribute to the repair of intractable cardiovascular diseases with a main vascular involvement in the body's smallest vessels.

In this book, Hikaru Matsuda and I have tried to summarize recent Japanese developments in the field of cardiovascular regeneration therapies using tissue engineering. The Ministry of Health, Labor, and Welfare of Japan has been encouraging the National Cardiovascular Center Research Institute to promote cardiovascular regeneration therapies using such approaches. Therefore, it is with the financial aid and support of research grants, such as that for Cardiovascular Disease (13CƯ1 and I₆CƯ6), Health and Labor Sciences Research Grants (RHGTEFB-genome-005, RHGTEFB-saisei-003, and CRCD-junkanki-009) And a grant from NEDO of Japan, that significant progress has been possible.

With an eye on the fundamental tools of angiogenic cytokines, cardiovascular stem cells, and tissue engineering tools, we have arranged the contents of this book as follows. In Chapter 1, bone marrow-derived vascular precursor cells and the ways in which they are potentiated are highlighted. Takayuki Asahara, who found endothelial progenitor cells in circulating blood, and several other leading medical scientists, describe the experimental benefits of bone-marrow cells for treating various ischemic diseases. In Chapter 2, Teruo Okano and Tatsuya Shimizu describe myocardial sheets, while their colleagues look at their applications. Also, Jun Yamashita discusses the possible applications of embryonic stem cells. In Chapter 3, hybrid vessels and heart valves are analyzed by Akio Kishida and colleagues using tissue engineering technologies. In Chapter 4, Ryozo Nagai, Masataka Sata, and colleagues consider new aspects of angiogenic growth factors. Finally, Chapter 5 features the clinical results of therapeutic angiogenesis and vasculogenesis, as described by Tsutomu Imaizumi and colleagues.

TABLE OF CONTENTS (MỤC LỤC):

Preface

Contributors

Chapter 1: VASCULAR PRECURSOR CELLS AND THEIR POTENTIATION

Chapter 2: DEVELOPMENT OF MYOCARDIAL SHEETS AND THEIR CELL SOURCES

Chapter 3: HYBRID TISSUES

Chapter 4: NEW ASPECTS OF ANGIOGENESIS

Chapter 5: CLINICAL RESULTS OF THERAPEUTIC ANGIOGENESIS AND VASCULOGENESIS

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