Fragile Lives Read online

  copyright

  HarperCollinsPublishers

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  London SE1 9GF

  www.harpercollins.co.uk

  First published by HarperCollinsPublishers 2017

  FIRST EDITION

  © Stephen Westaby 2017

  Cover design by Claire Ward © HarperCollinsPublishers Ltd 2017

  Cover photograph © Shutterstock.com

  Text illustrations © Dee McLean

  A catalogue record of this book is available from the British Library

  Stephen Westaby asserts the moral right to be identified as the author of this work

  All rights reserved under International and Pan-American Copyright Conventions. By payment of the required fees, you have been granted the nonexclusive, non-transferable right to access and read the text of this e-book on screen. No part of this text may be reproduced, transmitted, downloaded, decompiled, reverse engineered, or stored in or introduced into any information storage retrieval system, in any form or by any means, whether electronic or mechanical, now known or hereinafter invented, without the express written permission of HarperCollins e-books.

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  www.harpercollins.co.uk/green

  Source ISBN: 9780008196769

  Ebook edition: February 2017 ISBN: 9780008196776

  Version: 2017-05-18

  dedication

  This book is dedicated to my wonderful children Gemma and Mark, and to my granddaughters Alice and Chloe.

  contents

  Cover

  Title Page

  Copyright

  Dedication

  Foreword

  1 The Ether Dome

  2 Humble Beginnings

  3 Lord Brock’s Boots

  4 Township Boy

  5 The Girl with No Name

  6 The Man with Two Hearts

  7 Saving Julie’s Heart

  8 The Black Banana

  9 Domino Heart

  10 Life on a Battery

  11 Anna’s Story

  12 Mr Clarke

  13 Adrenaline Rush

  14 Despair

  15 Double Jeopardy

  16 Your Life in Their Hands

  Afterword

  Acknowledgements

  Glossary

  About the Publisher

  foreword

  Woody Allen famously said, ‘The brain is my second favourite organ.’ I had the same affinity with the heart. I liked to watch it, stop it, repair it and start it up again, like a mechanic tinkering with an engine beneath the bonnet of a car. When I finally understood how it worked, the rest just followed on. After all, in my younger days I’d been an artist. I simply shifted from brush on canvas to scalpel through human flesh. More hobby than job, and more pleasure than chore, it was simply something I was good at.

  My career followed a curiously erratic course, from self-effacing schoolboy to wildly extrovert medical student, from ruthlessly ambitious young doctor to introverted surgical pioneer and teacher. Throughout this journey I was repeatedly asked what I found so compelling about cardiac surgery. I hope the following pages will make that clear.

  But before launching into the action let me share with you some facts about this vibrant organ. Every heart is different. Some are fat, some are lean. Some are thick, some are thin. Some are fast, some are slow. Just never the same. Most of the 12,000 that I’ve worked on have been desperately sick, causing misery, crushing chest pain, interminable fatigue and terrifying breathlessness.

  What’s so fascinating about the human heart is its movement – the rhythm and efficiency of the thing. The facts are staggering. The heart beats more than 60 times per minute to pump five litres of blood. This adds up to 3,600 beats an hour and 86,400 in 24 hours. It beats more than 31 million times in a year and 2.5 billion times in 80 years. The left and right sides of the heart eject more than 6,000 litres of blood daily to the body and lungs. A truly incredible workload that requires huge amounts of energy. So when the heart fails there are dire consequences. And given this astounding performance how could one conceive of replacing the human heart with a mechanical device? Or even with a dead person’s heart?

  My school biology classes taught me that the heart sits in the centre of the chest and has four parts – two collecting chambers, the left and right atria; and two pumping chambers, the left and right ventricles. Textbook diagrams show them side by side, like a house with two bedrooms situated above a sitting room and a kitchen. The spongy, expansible lungs surrounding the heart resemble the roof of a Swiss chalet, and they constantly replenish blood oxygen levels and expel carbon dioxide into the atmosphere. (Most of us also know that other chemicals can be discharged in the breath, notably alcohol when blood levels exceed the liver’s capacity to metabolise it.)

  Well-oxygenated blood leaves the lungs to enter the left atrium through four separate veins, two from each side. During the heart’s filling phase, or diastole, blood flows through the mitral valve – named after its likeness to a bishop’s mitre – and into the powerful left ventricle. During ventricular contraction, or systole, the mitral valve closes. The contents of the left ventricle are ejected onwards through the aortic valve into the aorta and around the arteries to the body.

  Intriguingly, the right ventricle works in an entirely different way. It’s crescentic in shape and applied to the side of the left ventricle, the part known as the ventricular septum. With this ‘new moon’ shape the right ventricle pumps like bellows. So the ventricles depend on each other. It was that rhythm of the heart that I found captivating, like watching a pianist’s hands or a dancer’s feet.

  But is it all really that simple? My mother used to buy sheep hearts from the butcher; inexpensive and tasty enough, and great for dissecting. It was while cutting these up that I discovered that real hearts are more complex and difficult to understand than in textbook diagrams, as the shape and muscular architecture of the two ventricles are completely different. Nor are they left and right – more front and back. The thicker left ventricle is conical in shape and has circular muscle bands that constrict and rotate the chamber. Now we can visualise how the left ventricle really works. As the powerful muscle contracts and thickens, its cavity narrows and shortens. During relaxation – the diastolic phase – the left ventricle recoils and the aortic valve closes. The recoiling cavity widens and lengthens, sucking blood from the atrium into the ventricle through the mitral valve. Thus every coordinated cycle of contraction and relaxation involves narrowing, twisting and shortening, followed by widening, uncoiling and lengthening. A veritable Argentine tango … but with two important differences: the whole process takes less than one second and the dance goes on forever.

  Every cell in the body needs ‘life blood’ and oxygen; in the absence of these the tissues die at different rates, brain first, bone last. It all depends upon how much oxygen each cell needs. When the heart stops, the brain and nervous system are damaged in less than five minutes. Brain death ensues.

  Now you are a cardiologist. You know about the heart and circulation. But you will still need a surgeon to help your patient.

  1

  the ether dome

  For this relief much thanks; ’tis bitter cold and I am sick at heart.

  William Shakespeare, Hamlet, Act I, Scene i

  The finest of margins separates life from death, triumph from defeat, hope from despair – a few more dead muscle cells, a fraction more lactic acid in the blood, a little extra swelling of the brain. Grim Reaper perches on every surgeon’s shoulder and death is always definitive. There are no second chances.

  November 1966. I’m eighteen and a week into my first term as a student at the Charing Cross Hospital Medical School in the c
entre of London, just across from the hospital itself. I wanted to see a vibrant, beating heart, not a slimy piece of lifeless meat on the dissection table. I was told by a hall porter at the school that heart surgery was done over the road in the hospital on Wednesdays and that I should look for the ether dome. Find the green door on the very top floor under the eaves where nobody goes. But don’t get caught, he warned me. Pre-clinical students are not allowed up there.

  It was late in the afternoon, already dark, and drizzle was falling on the Strand when I set out to find the ether dome, which turned out to be an antiquated leaden glass dome above the operating theatre in the old Charing Cross Hospital. Not since my entrance interview had I entered the hallowed portals of the hospital itself. We students had to earn that privilege by passing exams in anatomy, physiology and biochemistry. So I didn’t enter by the Grecian portico of the main entrance, but sneaked in through Casualty under the blue light and found a lift, a rickety old cage used to take equipment and bodies from the wards to the basement.

  I worried that I would be too late, that the operation would be finished – and that the green door would be locked. But it wasn’t. Behind the green door was a dark, dusty corridor, a depository for obsolete anaesthetic machines and discarded surgical instruments. Ten yards away I could see the glow of the operating lights beneath the dome itself. It was an old operating theatre viewing gallery respectfully separated by glass from the drama on the operating table no more than ten feet below, with a hand rail and curved wooden benches worn smooth by the restless backsides of would-be surgeons.

  I sat clutching the hand rail, just me and Grim Reaper, and peered through glass hazy with condensation. It was a heart operation and the chest was still open. I moved to find the best view, settling for a position directly above the surgeon’s head. He was well known, at least in our medical school, a tall man, slim and imposing, with very long fingers. In the 1960s heart surgery was still new and exciting, its practitioners few and far between, and not many had been properly trained in the specialty. Often they were skilled general surgeons who had visited one of the pioneering centres and then volunteered to start a new programme. They were on a steep learning curve, with the cost measured in human lives.

  The two surgical assistants and the scrub nurse were huddled together over the gaping wound, frantically shuttling instruments between them. And there it was, the focus of their attention and of my fascination. A beating human heart. In fact it was squirming more than beating, and was still attached by cannulas and tubing to the heart–lung machine. Cylindrical discs were spinning through a trough of blood bathed in oxygen and a crude roller pump squeezed the tubes, accelerating this life blood back to the body. I peered closer but could only see the heart as the patient was completely covered by green drapes, gratifyingly anonymous to all concerned.

  The surgeon restlessly shifted his weight from foot to foot, wearing the big, white operating boots that surgeons once used to keep blood off their socks. The team had replaced the patient’s mitral valve but the heart was struggling to separate from the bypass machine. This was the first time I’d seen a beating human heart, and even to me it looked feeble, blown up like a balloon, pulsating but not pumping. On the wall behind me was a box marked ‘Intercom’. I threw the switch and the drama now had a soundtrack.

  Against the din of amplified background noise I heard the surgeon say, ‘Let’s give it one last go. Increase the adrenaline. Ventilate and let’s try to come off.’

  There was silence as everyone watched the desperate organ fight for its life.

  ‘There’s air in the right coronary,’ the first assistant said. ‘Give me an air needle.’ He shoved the needle into the aorta, frothy blood fizzed into the wound, then the patient’s blood pressure started to improve.

  Sensing a window of opportunity, the surgeon turned to the perfusionist. ‘Come off now! This is our last chance.’

  ‘Off bypass,’ came the reply, said more as a blunt matter of fact than with any great confidence.

  The heart–lung machine was switched off and the heart was now free-standing, with the left ventricle pumping blood to the body, the right ventricle to the lungs. Both were struggling. The anaesthetist stared hopefully at the screen, watching the blood pressure and heart rate. Knowing that this was their last attempt, the surgeons silently withdrew the cannulas from the heart and sewed up the holes, each one of them willing it to get stronger. For a while it fluttered feebly but then the pressure slowly drifted down. There was bleeding from somewhere – not torrential but persistent. Somewhere at the back. Somewhere inaccessible.

  Lifting the heart caused it to fibrillate. It was now squirming again, wriggling like a bag of worms, but not contracting, fed by uncoordinated electrical activity. Wasted energy. It took the anaesthetist a while to spot this on his screen. ‘VF,’ he shouted. I’d soon learn that this meant ventricular fibrillation. ‘Shock it.’

  The surgeon was expecting this and was holding the defibrillating paddles hard against the heart. ‘Thirty joules.’ Zap! No change. ‘Give it sixty.’

  Zap! This time it defibrillated, but then just sat there stunned and devoid of electrical activity, like a wet brown paper bag. Asystole, as we call it.

  Blood continued to fill the chest and the surgeon poked the heart with his finger. The ventricles responded by contracting. He poked it again and the rhythm returned. ‘Too slow. Give me a syringe of adrenaline.’ The needle was shoved unceremoniously through the right ventricle into the left, and a clear liquid squirted in. Then he massaged the heart with his long fingers to push the powerful stimulant into the coronary arteries.

  The grateful heart muscle responded rapidly. Straight out of the textbook, the heart rate accelerated and the blood pressure soared, up and up, dangerously testing the stitches. Then, as if in slow motion, the cannula site in the aorta gave way. Whoosh! Like a geyser erupting, a crimson fountain hit the operating lights, spraying the surgeons and soaking the green drapes. Someone murmured, ‘Oh, shit.’ An understatement. The battle was lost.

  Before a finger could plug the hole the heart was empty. Blood dripped from the lights and red rivulets streamed across the marble floor. Rubber soles stuck to it. The anaesthetist frantically squeezed bags of blood into the veins, but to no avail. Life was fast ebbing away. As the injected slug of adrenaline wore off, the turgid heart simply blew up like a balloon and stopped. Stopped forever.

  The surgeons stood silently in despair, as they did week after week. The senior surgeon then walked away out of my view and the anaesthetist turned off the ventilator, waiting for the electrocardiogram to flatline. He removed the tube from the patient’s windpipe, then he too disappeared from view. The brain was already dead.

  Just yards away mist descended on the Strand. Commuters rushed into Charing Cross Station to get out of the rain, late lunches were finishing at Simpson’s and Rules, cocktails were being shaken in the Waldorf and the Savoy. That was life, this was death. A lonely death on the operating table. No more pain, no more breathlessness, no more love, no more hate. No more anything.

  The perfusionist wheeled his machine out of theatre, and it would take hours to disassemble, clean, restore and sterilise it for the next patient. Only the scrub nurse lingered. Then she was joined by the anaesthetic nurse who had comforted the patient in the anteroom. They took off their masks and stood silently for a while, unconcerned by the sticky blood that covered every surface and by the chest still splinted open. The anaesthetic nurse searched for the patient’s hand beneath the drapes and held it. The scrub nurse pulled away the blood-soaked covering from the face and stroked it. I could see the patient was a young woman.

  They were oblivious to the fact that I was upstairs in the ether dome. No one had seen me there. Only Grim Reaper – and he’d already departed with the soul. I gingerly shifted along the bench to look at the woman’s face. Her eyes were wide open, staring up into the dome. She was ashen white but still beautiful, with her fine cheek bones and jet b
lack hair.

  Like the nurses I couldn’t leave. I needed to know what happened next. They peeled back the bloodied drapes from her naked body. I was silently screaming for them to take out that hideous retractor cranking open her breastbone and let her poor heart go back to where it belonged. When they did the ribs recoiled and the poor lifeless organ was covered again. It lay flat, empty and defeated in its own space, with just a fearsome, deep gash separating her swollen breasts.

  The intercom was still switched on and the nurses started to talk.

  ‘What’ll happen to her baby?’

  ‘Adopted, I guess. She wasn’t married. Her parents were killed in the Blitz.’

  ‘Where did she live?’

  ‘Whitechapel, but I’m not sure the London do heart surgery yet. She got really sick during the pregnancy. Rheumatic fever. She nearly died during the delivery. Might’ve been for the best.’

  ‘Where’s the baby now?’

  ‘On the ward, I think. Matron’ll have to deal with it.’

  ‘Does she know?’

  ‘Not yet. You go and find her. I’ll get some help to finish off.’

  It was all so matter of fact. A young woman had died, her baby left without a relative in the world. No more love, no more warmth, lost amid that tangled, blood-soaked technology in the operating theatre. Was I ready for this? Was this what I aspired to?

  Two student nurses came to wash the body. I recognised them as respectful public schoolgirls from the Friday-night freshers’ dance. They’d brought a bucket of soapy water with sponges and set about scrubbing her clean. They removed the vascular cannulas and the bladder catheter but were visibly upset by the wound and what lay beneath. Blood kept slopping out of it.

  ‘What did she have done?’ asked the girl I’d danced with.