Cardiac bioassist
著者
書誌事項
Cardiac bioassist
（The Bakken Research Center series, v. 11）
Futura, c1997
大学図書館所蔵 全2件
注記
Includes bibliographical references and index
内容説明・目次
内容説明
Surgeons and cardiologists today are confronted with an ever-increasing number of patients with end-stage heart failure and a concurrent decreasing number of donor hearts. For a significant number of cases, cardiac bioassist represents a practical alternative. And for the foreseeable future, Cardiac
目次
- Part I: Dynamic Cardiomyoplasty:
- Clinical Experience:
- Dynamic Cardiomyoplasty at Eleven Years
- Long-Term Results of Cardiomyoplasty in Dilated Cardiomyopathy
- Discussion
- Clinical Cardiomyoplasty: Analysis of Results
- Peroperative Risk Factors Affecting Survival After Cardiomyoplasty
- Long-Term Myocardial Assistance by a Wrapped Skeletal Muscle: A Clinical Experience
- Discussion
- Operative and Perioperative Hemodynamic Management
- Cardiomyoplasty in Congestive Heart Failure: Late Hemodynamic Results
- Discussion
- Range of Responses to Dynamic Cardiomyoplasty in Dilated Cardiomyopathy Patients
- Discussion
- Dynamic Cardiomyoplasty: La Pitie Experience
- Cardiomyoplasty - The Russian Experience: Review of Early and Late Results
- Clinical Results of Cardiomyoplasty
- Experience with Isolated Cardiomyoplasty in Patients with Contraindications for Heart Transplantation
- Discussion
- Part II: Ventricular Function:
- Beat-to-Beat Analysis of Left Ventricular PV Loops in Nine Cardiomyoplasty Patients
- Discussion
- Correlation Between Echocardiographic and Isotopic Studies after Clinical Cardiomyplasty
- Discussion
- Heart Failure Model for Evaluation of Skeletal Muscle Cardiac Assist
- Discussion
- Static Cardiomyoplasty Effects on Load-Dependent and Load-Independent Left Ventricular Systolic Function
- Discussion
- Can Time-Varying Interpulse Intervals in the Stimulation Burst Improve Cardiac Function in Dynamic Cardiomyoplasty? Discussion
- Left Ventricular Diastolic Compliance at Different Skeletal Muscle Tensions in Dynamic Cardiomyoplasty
- Discussion
- Does Skeletal Muscle Steal Blood from the Heart Following a Latissimus Dorsi Cardiomyoplasty?
- Cardiomyoplasty to Improve Myocardial Perfusion: Long-Term Results
- Part III: Muscle Function:
- Tissue Velocity Imaging in Cardiomyoplasty
- Relationship between working capacity and activation frequency of chronically stimulated skeletal muscle
- Discussion
- A new stimulation system for cardiomyoplasty
- Discussion
- Electrophysiologic study after dynamic cardiomyoplasty
- Discussion
- Effect of stimulation rate on the blood flow and bioenergetics of the conditioned latissimus dorsi muscle
- Discussion
- Addenum to Chapter 25: Blood Flow and Bioenergetics of the Latissimus Dorsi: An Update
- Latissimus dorsi structure and function following cardiomyoplasty
- The role of myogenic proteins during conditioning of skeletal muscle with chronic electrical stimulation
- Discussion
- Effects of mobilization and stimulation on pH and temperature in pedicled latissimus dorsi flaps used for cardiac assist
- Discussion
- Vasoreactive responses of the human latissimus dorsi artery Implications in cardiomyoplasty
- Sympathectomy improves blood flow in latissimus dorsi muscle for dynamic cardiomyoplasty
- Improved viability of latissimus dorsi muscle for heart wrap
- Discussion
- Optimmization of latissimus dorsi performance in cardiomyoplasty by anabolic steroids
- Discussion
- Part IV: Alternative Techniques:
- Latissimus dorsi muscle expansion prior to cardiomyoplasty
- Discussion
- Cardiomyoplasty and ICD Therapy: A Combined Treatment for Heart Failure
- Serratus anterior aortic and ventricular myoplasties: The anatomic basis for human applications
- Discussion
- Double flap cardiomyoplasty using latissimus dorsi and pectoral muscle
- Effects of latissimus dorsi double cardiomyoplasty on left ventricular function: Chronic studies
- Discussion
- Dynamic aortomyoplasty for long-term circulatory support
- Discussion
- Hemodynamic benefits of latissimus dorsi aortopulmonary counterpulsation
- Dynamic atriomyoplasty
- Discussion
- Part V: Skeletal Muscle Ventricle:
- Functional assessment of skeletal muscle ventricle
- Dynamic training for skeletal muscle and its potential for cardiac assist
- Discussion
- New efficient computer models of cardiovascular dynamics
- New methods in skeletal muscle ventricle construction
- Skeletal muscle ventricle right heart assist: Acute studies after tricuspid valvulectomy
- Physical and numerical simulation of blood flow within a skeletal muscle ventricle
- Skeletal muscle ventricles: In search of thromboresistant linings
- Part VI: Cellular and Molecular BioAssist:
- Cellular and Molecular Cardiomyoplasty: New Approaches to Regeneate Lost Cardiac Muscle
- Molecular cardiomyoplasty - a molecular restorative strategy for treatment of heart failure
- Part VII: Closing Remarks:
- A look at the future of cardiomyoplasty
- Index
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