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Book Details
Abstract
Transplantation meets the needs of surgeons in higher training and practising consultants for a contemporary and evidence-based account of this sub-specialty that is relevant to their general surgical practice. It is a practical reference source incorporating the most current information on recent developments, management issues and operative procedures. The text is thoroughly referenced and supported by evidence-based recommendations wherever possible, distinguishing between strong evidence to support a conclusion, and evidence suggesting that a recommendation can be reached on the balance of probabilities.
This is a title in the Companion to Specialist Surgical Practice series whose eight volumes are an established and highly regarded source of information for the specialist general surgeon.
- The Companion to Specialist Surgical Practice series provides a current and concise summary of the key topics within each major surgical sub-specialty.
- Each volume highlights evidence-based practice both in the text and within the extensive list of references at the end of every chapter.
- An expanded authorship team across the series includes additional European and World experts with an increased emphasis on global practice.
- The contents of the series have been extensively revised in line with recently published evidence.
- Modern techniques in transplantation and new forms of immunosuppression are emphasised throughout this volume.
- The substantial interest in new organ perfusion and in the preservation techniques in organ donation and transplantation are reflected in a new chapter written by an international expert.
- All the chapters reflect transplant care as a multi-disciplinary team of clinicians working in a collaborative fashion.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
Transplantation: A Companion to Specialist Surgical Practice | iii | ||
Copyright | iv | ||
Contents | v | ||
Contributors | vii | ||
Series Editors' preface | ix | ||
Editor's preface | xi | ||
Evidence-based practice in surgery | xiii | ||
Chapter 1: Controversies in the ethics of organ transplantation | 1 | ||
Introduction | 1 | ||
Key terminology | 1 | ||
Fundamental principles of bioethics | 1 | ||
Other terms | 1 | ||
Death, organ donation, patient autonomy and the choice to donate | 2 | ||
When does death occur? | 2 | ||
Futility, the patient's best interests, and the decision to withdraw life-sustaining treatments | 3 | ||
Donor pain, distress and individuals' rights after death | 3 | ||
The conflict between donation and dignity in death | 4 | ||
Relatives' right to veto the act of organ donation | 4 | ||
The paradigm of uncontrolled DCD donation – still with ethical challenges | 5 | ||
Early approach to the bereaved | 5 | ||
Pre-consent preservation measures | 5 | ||
Preservation measures and the potential to restore cerebral circulation | 5 | ||
The extremes of deceased donation | 6 | ||
Allocation of organs | 6 | ||
Benefit (utility) | 6 | ||
Fairness (equity) | 7 | ||
Transparency | 7 | ||
Legality | 7 | ||
Societal mandate | 7 | ||
Flexibility | 7 | ||
The implications of variable organ quality | 8 | ||
Balance of donor and recipient risk | 8 | ||
Autonomy and patient choice in allocation | 9 | ||
Practical incorporation of patient choice in an allocation system | 10 | ||
Ethical presentation of risk: where, when and how? | 10 | ||
Living donation | 11 | ||
Altruistic donation | 11 | ||
Implications of the living donor work-up | 12 | ||
Human organs as a commodity: incentivisation and payment for organ donation | 12 | ||
References | 16 | ||
Chapter 2: Organ donation in the UK: recent progress and future challenges | 18 | ||
Introduction | 18 | ||
Recent progress | 18 | ||
Legal issues | 19 | ||
Ethics | 19 | ||
Disseminating donation activity data | 20 | ||
Healthcare regulator assessments | 20 | ||
Progress | 24 | ||
Future challenges | 25 | ||
Increased consent/authorisation rates | 26 | ||
Increased diagnosis of brain stem death | 27 | ||
Increased donation after circulatory death | 28 | ||
Greater involvement of emergency departments | 28 | ||
Increased referral according to minimum notification criteria | 29 | ||
Better donor management | 29 | ||
Other issues | 30 | ||
Managing expectations | 30 | ||
The potential donor pool | 31 | ||
Donor characteristics | 31 | ||
Summary/conclusions | 31 | ||
Acknowledgements | 32 | ||
References | 32 | ||
Chapter 3: Immunology of graft rejection | 34 | ||
Introduction | 34 | ||
Basic concepts and nomenclature of immunology | 34 | ||
Recognition of danger | 34 | ||
Histocompatibility | 34 | ||
Major histocompatibility complexes | 35 | ||
Assembly of the MHC–peptide complex | 35 | ||
Other histocompatibility genes in rejection | 35 | ||
T cells | 37 | ||
CD8-positive T cells | 37 | ||
CD4-positive T cells | 37 | ||
Early inflammatory response | 37 | ||
Ischaemia–reperfusion injury | 37 | ||
Ischaemic injury | 37 | ||
Reperfusion injury | 39 | ||
Sterile inflammation | 39 | ||
Adaptive immune response to IRI | 39 | ||
The alloimmune response | 39 | ||
Recognition of alloantigen by T cells | 39 | ||
Direct allorecognition | 39 | ||
Indirect allorecognition | 40 | ||
Semi-direct allorecognition | 40 | ||
Co-stimulation | 40 | ||
Co-inhibitory molecules | 41 | ||
T-cell synapse | 41 | ||
TCR signalling | 41 | ||
T-cell differentiation: the role of cytokines | 41 | ||
T-cell responses | 42 | ||
T helper 1 (Th1) response | 42 | ||
T helper 2 (Th2) response | 42 | ||
T helper 17 (Th17) response | 43 | ||
T regulatory (Treg) response | 43 | ||
The effector arm of the immune response | 43 | ||
Migration of activated leucocytes | 43 | ||
Cell-to-cell interactions | 43 | ||
Chemokines | 43 | ||
Cellular mechanisms of injury | 44 | ||
Antigen-specific cytotoxic CD8-positive T cells | 44 | ||
Natural killer (NK) cells | 44 | ||
Macrophages | 44 | ||
B cells | 44 | ||
Endothelial cells | 45 | ||
Rejection of the allograft | 45 | ||
Cell-mediated rejection | 45 | ||
Antibody-mediated rejection (AMR) | 46 | ||
Classification of rejection | 47 | ||
Future developments | 48 | ||
Tolerance | 48 | ||
Accommodation | 48 | ||
Xenotransplantation | 48 | ||
Tissue engineering | 49 | ||
Improvements in IRI | 49 | ||
Acknowledgements | 50 | ||
References | 50 | ||
Chapter 4: Testing for histocompatibility | 54 | ||
Introduction | 54 | ||
Immunity | 54 | ||
Histocompatibility | 54 | ||
Sensitisation | 55 | ||
HLA: history of clinical application and technical development | 55 | ||
HLA genes and proteins: structure and genetics relevant to transplantation | 57 | ||
HLA reactive antibodies, causes of sensitisation and antibody epitopes | 59 | ||
Antibodies and rejection | 59 | ||
Alloimmunisation to HLA proteins | 60 | ||
Establishing antibody reactivity | 60 | ||
Crossmatching | 61 | ||
Clinical relevance of HLA reactive antibodies | 61 | ||
Antibodies before kidney transplantation | 61 | ||
De novo donor-specific antibodies after kidney transplantation | 62 | ||
HLA reactive antibodies in transplantation of other organs | 62 | ||
Antibody removal to facilitate transplantation | 62 | ||
Other antibodies and their clinical relevance | 62 | ||
Organ allocation and histocompatibility | 63 | ||
Conclusion | 64 | ||
References | 65 | ||
Chapter 5: Immunosuppression with the kidney as paradigm | 67 | ||
Introduction | 67 | ||
Calcineurin inhibitors | 67 | ||
Ciclosporin | 67 | ||
Tacrolimus | 68 | ||
Antimetabolites | 69 | ||
mTOR inhibitors | 70 | ||
Biological agents | 72 | ||
Depleting antibodies | 73 | ||
Equine antithymocyte globulin | 73 | ||
Muromonab CD3 | 74 | ||
Rabbit antithymocyte globulin | 74 | ||
Alemtuzumab | 75 | ||
Non-depleting antibodies and biologicals | 76 | ||
Daclizumab | 76 | ||
Basiliximab | 76 | ||
Belatacept | 78 | ||
Strategies to lower toxicity | 82 | ||
Corticosteroid-sparing regimens | 82 | ||
CNI minimisation | 84 | ||
Looking ahead | 85 | ||
References | 86 | ||
Chapter 6: Preservation and perfusion of abdominal organs for transplantation | 89 | ||
Introduction | 89 | ||
Development of preservation techniques | 90 | ||
Static cold storage | 90 | ||
University of Wisconsin solution | 92 | ||
Histidine–tryptophan–ketoglutarate solution | 92 | ||
Celsior solution | 92 | ||
Institut-Georges-Lopez-1 solution | 92 | ||
Hypothermic machine preservation | 94 | ||
Kidney | 94 | ||
State of the art | 94 | ||
Donation after brain death | 95 | ||
Controlled donation after circulatory death | 95 | ||
Uncontrolled donation after circulatory death | 96 | ||
Expanded criteria donors | 96 | ||
New developments and the future | 97 | ||
Liver | 98 | ||
State of the art | 98 | ||
Controlled donation after circulatory death | 99 | ||
Uncontrolled donation after circulatory death | 99 | ||
New developments and the future | 100 | ||
Pancreas | 102 | ||
State of the art | 102 | ||
New developments and the future | 103 | ||
Intestine | 104 | ||
State of the art | 104 | ||
New developments and the future | 104 | ||
Evidence in the field of organ preservation and perfusion | 105 | ||
Conclusion | 106 | ||
References | 106 | ||
Chapter 7: Recent trends in kidney transplantation | 113 | ||
Introduction | 113 | ||
Demand inflation or supply recession? | 113 | ||
Innovations in living donation | 114 | ||
Incompatible transplantation | 115 | ||
ABO-incompatible transplantation | 115 | ||
HLA-incompatible transplantation | 118 | ||
Trends in deceased kidney donation | 118 | ||
Optimising donor organ quality | 119 | ||
Kidney allocation – new principles, same old challenges? | 120 | ||
Trends in surgical technique | 120 | ||
Donor surgery | 120 | ||
Kidney implantation | 121 | ||
Current practice and challenges in immunosuppression | 121 | ||
Conclusion | 122 | ||
References | 123 | ||
Chapter 8: Liver transplantation | 127 | ||
Introduction | 127 | ||
Indications for liver transplantation | 129 | ||
Acute fulminant liver failure | 129 | ||
Budd–Chiari syndrome | 130 | ||
Chronic liver disease | 130 | ||
General considerations | 130 | ||
Hepatitis C virus (HCV) infection | 132 | ||
Hepatitis B virus (HBV) infection | 132 | ||
Hepatocellular carcinoma (HCC) | 132 | ||
Alcoholic liver disease | 133 | ||
Primary biliary cirrhosis (PBC) | 133 | ||
Primary sclerosing cholangitis (PSC) | 133 | ||
Non-alcoholic fatty liver disease (NAFLD) | 134 | ||
Liver transplant immunology | 134 | ||
Technical considerations | 135 | ||
Organ procurement | 135 | ||
Graft implantation | 135 | ||
Immunosuppressive agents | 137 | ||
Induction agents | 137 | ||
Primary immunosuppressants | 137 | ||
Adjunct immunosuppressive agents | 138 | ||
Azathioprine | 138 | ||
Mycophenolic acid | 138 | ||
mTOR Inhibitors | 138 | ||
Corticosteroids | 138 | ||
Post-transplant complications | 138 | ||
Perioperative complications (first 30 days) | 139 | ||
Preservation/reperfusion injury | 139 | ||
Primary non-function (PNF) | 139 | ||
Haemorrhage | 139 | ||
Hepatic artery thrombosis (HAT) | 140 | ||
Portal vein thrombosis (PVT) | 140 | ||
Biliary complications: bile leaks | 140 | ||
Early (first 6 months) complications | 140 | ||
Biliary strictures | 140 | ||
Acute rejection | 141 | ||
Infections | 141 | ||
Late complications ( > 6 months) | 143 | ||
Malignancy | 143 | ||
Late surgical complications | 143 | ||
Biliary strictures | 144 | ||
Vascular complications | 144 | ||
Chronic rejection | 144 | ||
Conclusion | 144 | ||
References | 145 | ||
Chapter 9: Pancreas transplantation | 149 | ||
Introduction | 149 | ||
Indications for pancreas transplantation | 149 | ||
Pancreas transplantation for type II diabetes | 149 | ||
Pancreas transplantation from living donors | 150 | ||
Patient selection for pancreas transplantation | 150 | ||
Simultaneous pancreas–kidney transplantation (SPK) | 150 | ||
Pancreas after kidney transplantation (PAK) | 151 | ||
Pancreas transplantation alone (PTA) | 152 | ||
Pancreas transplantation activity worldwide | 153 | ||
The pancreas donor and the organ retrieval procedure | 154 | ||
Criteria for eligibility for pancreas donors | 154 | ||
Pancreas retrieval operation | 157 | ||
The pancreas transplant operation | 158 | ||
General considerations | 158 | ||
Management of exocrine secretions | 159 | ||
Management of the venous drainage | 159 | ||
Immunosuppression in pancreas transplantation | 160 | ||
Acute rejection following pancreas transplantation | 161 | ||
Diagnosis of acute rejection | 161 | ||
Management of acute rejection | 162 | ||
Impact of acute rejection on outcome | 163 | ||
Complications of pancreas transplantation | 163 | ||
Introduction | 163 | ||
Vascular complications | 163 | ||
Thrombosis | 163 | ||
Haemorrhage | 164 | ||
Infective complications | 165 | ||
Allograft pancreatitis | 165 | ||
Complications specific to bladder drainage | 165 | ||
Outcome following pancreas transplantation | 166 | ||
Introduction | 166 | ||
Factors influencing pancreas transplantation outcome | 167 | ||
Recipient age | 167 | ||
Re-transplantation | 167 | ||
HLA matching | 167 | ||
Management of exocrine secretions: management of venous drainage | 168 | ||
Immunosuppression | 168 | ||
Donor factors | 168 | ||
Long-term outlook following pancreas transplantation | 169 | ||
Pancreas transplantation and life expectancy | 169 | ||
Influence of pancreas transplantation on diabetic complications | 170 | ||
Nephropathy | 170 | ||
Retinopathy | 170 | ||
Neuropathy | 170 | ||
Cardiovascular disease | 170 | ||
References | 171 | ||
Chapter 10: Islet transplantation | 175 | ||
Introduction | 175 | ||
Patient selection and assessment | 176 | ||
Islet isolation | 177 | ||
The islet transplant | 178 | ||
Immunosuppression and outcomes | 179 | ||
Barriers to long-term function | 180 | ||
Islets as a cell therapy | 181 | ||
References | 181 | ||
Chapter 11: Cardiothoracic transplantation | 184 | ||
Chapter 12: Transplant infectious disease | 210 | ||
Introduction and general concepts | 210 | ||
Viruses: epidemiology, prophylaxis, diagnosis and treatment | 214 | ||
Epidemiology | 214 | ||
Prophylaxis | 215 | ||
Diagnosis | 219 | ||
Treatment | 219 | ||
Bacteria: epidemiology, prophylaxis, diagnosis and treatment | 220 | ||
Epidemiology | 220 | ||
Prophylaxis | 220 | ||
Diagnosis | 220 | ||
Treatment | 220 | ||
Fungi: epidemiology, prophylaxis, diagnosis and treatment | 221 | ||
Epidemiology | 221 | ||
Prophylaxis | 221 | ||
Diagnosis | 222 | ||
Treatment | 222 | ||
Parasites: epidemiology, prophylaxis, diagnosis, and treatment | 223 | ||
Epidemiology | 223 | ||
Prophylaxis | 223 | ||
Diagnosis | 223 | ||
Treatment | 224 | ||
Pre-transplant infectious disease evaluation | 224 | ||
Donor-derived infections | 225 | ||
Lifestyle and infection: food, pets, travel and sexuality | 226 | ||
References | 228 | ||
Chapter 13: Chronic transplant dysfunction | 231 | ||
Introduction | 231 | ||
Organ-specific findings | 231 | ||
Heart | 231 | ||
Liver | 233 | ||
Lung | 234 | ||
Management | 235 | ||
Pancreas | 235 | ||
Kidney | 236 | ||
Why and how does IF/TA occur? Clinical insights | 236 | ||
The aetiology of chronic graft injury | 237 | ||
Peri-transplant factors: beyond our control? | 238 | ||
Post-transplant immunity: acute rejection | 238 | ||
Post-transplant immunity: antibody-mediated rejection | 239 | ||
Diagnosis of antibody-mediated rejection: acute and chronic | 239 | ||
Associations of antibody and CGI | 240 | ||
Post-transplant factors: viral infections | 241 | ||
Cytomegalovirus (CMV) infection | 241 | ||
Polyomavirus infection | 241 | ||
Post-transplant factors: immunosuppression | 242 | ||
Post-transplant stressors | 242 | ||
Hypertension | 242 | ||
Dyslipidaemia | 243 | ||
Post-transplant diabetes mellitus | 243 | ||
Anaemia | 244 | ||
Pathophysiology | 244 | ||
What are the targets that mediate chronic injury? | 245 | ||
What is the source of matrix? | 245 | ||
The contributions of the innate immune response | 246 | ||
The management of chronic graft injury in the kidney | 248 | ||
Principles of management | 248 | ||
Abrogating matrix deposition: a novel option for CGI management? | 248 | ||
Diagnostic strategies in monitoring for CGI | 249 | ||
Allograft biopsy | 249 | ||
Assays of whole blood: serum antibodies | 250 | ||
Assays of whole blood: proteins | 250 | ||
Assays of whole blood: gene expression | 250 | ||
Assays of whole blood: cellular functional analysis | 251 | ||
Assays of urine: gene and proteomic approaches | 251 | ||
References | 252 | ||
Index | 257 |