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  QUEEN VICTORIA’S GENE

  HAEMOPHILIA AND THE ROYAL FAMILY

  D.M. Potts and W.T.W. Potts

  First published in 1995

  This paperback edition first published in 1999

  The History Press

  The Mill, Brimscombe Port

  Stroud, Gloucestershire, GL5 2QG

  www.thehistorypress.co.uk

  This ebook edition first published in 2011

  All rights reserved

  © D.M. Potts and W.T.W. Potts, 2011

  The right of D.M. Potts and W.T.W. Potts, to be identified as the Author of this work has been asserted in accordance with the Copyrights, Designs and Patents Act 1988.

  This ebook is copyright material and must not be copied, reproduced, transferred, distributed, leased, licensed or publicly performed or used in any way except as specifically permitted in writing by the publishers, as allowed under the terms and conditions under which it was purchased or as strictly permitted by applicable copyright law. Any unauthorised distribution or use of this text may be a direct infringement of the author’s and publisher’s rights, and those responsible may be liable in law accordingly.

  EPUB ISBN 978 0 7524 7196 9

  MOBI ISBN 978 0 7524 7195 2

  Original typesetting by The History Press

  CONTENTS

  Preface

  Introduction

  1. God Save You! Where’s the Princesse?

  2. Dynastic Climbers

  3. Victoire and Victoria

  4. The Ugly Duckling

  5. The Bleeders

  6. Mutation or Bastard?

  7. Crowns Rolling about the Floor

  8. The Pretenders

  9. The Coburgs and Haemophilia in Iberia

  10. Later Generations

  11. A Breed Apart

  Notes

  Bibliography

  PREFACE

  Our interest in this subject began over ten years ago with the discovery of two hand-written scrolls in the Royal Society of Medicine, London, that demonstrated that Queen Victoria could not have inherited the gene for haemophilia which afflicted some of her family and many of her descendants. Logically, she had to have been a mutation or illegitimate. As we pursued the historical and scientific evidence we began to explore the possibility of using a genetically determined marker to test the identity of ‘Anna Anderson’, who claimed to be Anastasia, daughter of the last Tsar of Russia. Since then the recently developed technique of DNA fingerprinting, together with the discovery of some preserved gut fragments, has been used to exclude the possibility of any relationship between Anna Anderson and the Romanovs. At the same time DNA fingerprinting has confirmed the identity of the bones of the last Russian tsar, the tsarina and three of their daughters. New information has come in so rapidly and frequently that at times we doubted if this book would ever be completed.

  Beginning with the problem of the possible identity of Anna Anderson as the tsar’s daughter Anastasia we have extended our investigation into the vastly greater sphere of the influence of the gene for haemophilia on the history of the last century. It has led us into many aspects of history which we hope our readers will find as fascinating as we have.

  During the course of this work we have been assisted by many and obstructed by a few. We are particularly grateful to Dr John Graham of North Carolina and Dr Peter Howie of Edinburgh for advice and encouragement. Dr Mahir Mahran of Cairo was kind enough to draw to our attention medical data on the death of Princess Charlotte. In addition, we have been assisted by Dr H. Magallón of Madrid, the late Lady May Abel Smith, Hugo Vickers and Marlene Eilers. We would also like to thank Mrs Margaret Gibson for her patience in preparing and frequently revising the manuscript, Miss Andrea Clarke who prepared the tables and figures and Dr I. Nelson for help with the index.

  INTRODUCTION

  ‘Dost thou not know, my son, with what little wisdom the world is governed’, the sage Count Oxenstierna observed in the seventeenth century. Few could claim that it is better today.

  The facts of history are infinitely complex but the desire to see a pattern is great. Some historians believe that the interaction of a multitude of players must smooth and average the effects of individuals to produce recognizable trends and forces which may be identified and used to generalize, explain and even predict the future course of events – though usually with little success.

  The themes chosen by historians reflect their own times. When the church was the patron of historians the theme of Bede’s great history was the conversion of the English people. When the historian was dependent on private patronage history was usually written in terms of the lives of great men, even though they were often ruthless rogues. Contemporary Marxist historians believe that human affairs are driven primarily by economic forces. Biologists, from the social Darwinists of the nineteenth century to the sociobiologists of today, emphasize the importance of biological concepts.

  The human brain perceives patterns in order to simplify and make sense of the endless information with which it is bombarded. Even where no pattern exists the brain will often create one, hence the astronomer Lowell saw canals on Mars and eighteenth-century microscopists saw little men hunched up inside the head of a sperm. We are all liable to false conclusions at times.

  This book is about a single molecular error in one gene in one individual – the gene for haemophilia that Queen Victoria carried. It not only had an immediate and profound effect on Victoria and her family but, ultimately, on millions of others in Europe and around the world. In tracing the history of this genetic mistake, we hasten to add that we do not believe human genetics is the key to history – indeed, we do not believe that there is any key. Genetics is merely one of the pieces of the jigsaw that is worthy of recognition and study. However, because it involves such an intimate part of human nature it can often be more fascinating than the economic forces which so attract contemporary historians.

  Genetic differences may affect human affairs through the individual, as with Victoria’s gene, or through the population as a whole. The influence of human genetics on history has attracted the attention of several scientists, such as C.D. Darlington and J.B.S. Haldane. On many occasions the genetic differences between races have had a decisive influence on the course of history, although these influences are often not obvious. The genetic susceptibility of the more isolated human populations to the infectious diseases common in the Old World, such as influenza, diphtheria, tuberculosis or smallpox, was largely responsible for the collapse of the Amerindian, Australian aboriginal, Hawaiian and Maori populations in the face of European settlement. These diseases had originated in the Old World, where the populations had developed a high degree of resistance, at the price of countless deaths over many millennia. European settlement was far less successful in Africa, where the native population shared the same diseases but were in turn themselves partially immune to yellow fever, to which the Europeans had little resistance. The resistance of the Africans to yellow fever allowed the Africans to multiply in central America and the West Indies, where the European perished. Similar differences have no doubt played a vital but now unrecognized role in the distribution of races in the Old World. Each resistance originated in a single, or in a few, fortunate mutations, affecting only a handful of atoms in the immensely long molecular chains that make up the DNA (deoxyribonucleic acid) which codes the genetic information in each cell in our bodies.

  Although the influence of the individual on history is now at a discount with many historians, the story of Queen Victoria and the gene responsible for haemophilia illustrates the effect of the change of a single molecule in the DNA on both individuals and on the nations of Europe. It is pertinent that recent developments in m
athematics, rather misleadingly referred to as the ‘catastrophe theory’, show that under certain circumstances an infinitesimal change in conditions can dramatically alter the fate of a whole system, and at the critical points the interactions become so complex that the effects of small changes cannot be calculated.

  This catastrophic defect appeared in the British royal family when Britain’s industrial revolution and its victory over Napoleon had combined to make it the dominant nation in the world, a position it held for the rest of the nineteenth century. Many of Victoria’s descendants inevitably held positions of power which magnified the effect disproportionately. When the First World War broke out the British king, the German emperor, the Queen of Spain and the Tsarina of Russia were all grandchildren of Queen Victoria, and both the Queen of Spain and the tsarina carried the defective gene. The tsarist system in Russia might have survived had the tsarevitch not inherited one important abnormal gene from Victoria. While the lack of resistance to certain epidemic diseases has destroyed whole peoples, a single mutation in Queen Victoria, or one of her ancestors, destroyed a dynasty and drove history along a new course.

  In a later chapter we explain the reasons for the various modes of inheritance of the gene for haemophilia. It is sufficient here to note that it only affects males but can be transmitted through a female carrier, like Queen Victoria, who showed no symptoms. On average, half the sons of a female carrier will be haemophiliacs and half her daughters will be carriers in their turn. Even odder, a haemophiliac man cannot pass the defect on to his sons, or to their descendants, but all his daughters will be carriers. The fact that the Duke of Coburg, the son of Prince Leopold, Queen Victoria’s haemophiliac son, was a fit man, played a significant part in the rise to power of Adolf Hitler.

  The affairs of royalty fascinate many, even dedicated republicans, partly because human society is primitively hierarchical and the majority seem to have a need to idolize the few or the one, whether prince or pop star, and partly because hereditary rulers and their families are subject to fewer constraints than average citizens and often display bizarre and fascinating extremes of human behaviour.

  So discrete and significant has been the impact of haemophilia on history since Victoria that on two occasions our quest turns into an historical detective story. Was Queen Victoria really the daughter of the Duke of Kent? Could Anna Anderson, the eccentric lady who lived in Charlottesville, Virginia, have been Anastasia, the daughter of last Tsar of Russia? The answers to these latter questions are not of great historical significance but they continue to intrigue.

  ONE

  GOD SAVE YOU! WHERE’S THE PRINCESSE?

  The story of Queen Victoria’s gene alternates between a series of intensely intimate events and a series of geopolitical movements that still affect our world. Even the domestic happenings of the monarchy come under public scrutiny and are frequently documented in considerable detail.

  On the evening of Wednesday 5 November 1817 eleven officers of state, including the Archbishop of Canterbury and the Chancellor of the Exchequer, were gathered in the chilly, candlelit chambers of Claremont House, near Esher in Surrey, to observe the young Princess Charlotte deliver her first baby. Naturally, everyone hoped for a son – a son who would one day be crowned King of England.

  Princess Charlotte Augusta’s place in history derives almost solely from the tragedies surrounding her short life. She was the only daughter of Prince George, the eldest son of George III, who was to become Prince Regent in 1811. The circumstances of her conception had been gross, even by Regency standards. Concerned at the failure of any of the king’s fifteen children to produce even one legitimate heir, though they had nearly a dozen recorded illegitimate ones, parliament offered to meet the Prince Regent’s debts if he were to marry. The prince had already contracted a morganatic marriage with a Mrs Fitzherbert. His debts by this time exceeded £200,000, and he reluctantly agreed to marry but unwisely delegated the task of finding a suitable bride to his current mistress, the Countess of Jersey. The countess astutely calculated that if the bride were sufficiently unattractive she would be able to retain the prince’s affection. The prince was a close friend of Beau Brummell, who had revolutionized personal habits of cleanliness and was himself unusually fastidious; the prince set fashion and determined taste. The countess therefore chose Caroline of Brunswick, a first cousin of her lover, who was short, gauche and not noted for bathing. In a further attempt to sabotage the match she appointed herself the bride’s dresser; she then covered Caroline’s hair in a foul-smelling concoction and added a beaver hat and bright red cheeks to the bridal array. Her final touch was to lace the bride’s supper with a large dose of Epsom salts. How many of these tricks were noticed by the prince is uncertain because he came to the wedding ceremony drunk and by nightfall he was so intoxicated that he fell over the fender in the bedroom and spent the night in the hearth. However, he had recovered sufficiently by the morning to justify the taxpayers’ investment of £200,000; it was the only time the husband and wife ever had intercourse. Years later in 1820, when the Prince Regent had become George IV, he attempted to divorce Caroline on the grounds of adultery. During the notorious trial of Caroline, Lady Cooper recorded: ‘She says it is true she did commit adultery once but it was with the husband of Mrs Fitzherbert. She is a drôle woman.’ Luckily for the Prince Regent the bride conceived and nine months later Caroline delivered a large baby, following a twelve-hour labour. The infant was named after her paternal grandmother, Queen Charlotte.

  The Prince Regent had been thirteen when the American colonies declared their Independence, twenty-three when he married Mrs Fitzherbert and thirty-three when he married Princess Caroline. His first marriage had been without the consent or knowledge of his father King George III; it had also been illegal because Mrs Fitzherbert was Roman Catholic. She was somewhat older than George, and he certainly loved her, although this did not prevent him accumulating additional mistresses such as the Countess of Jersey. Three days after Charlotte’s birth the Prince Regent willed his now solvent estate to Mrs Fitzherbert while to Princess Caroline he left a derogatory ‘one shilling’. In his will he described Mrs Fitzherbert as, ‘my wife in the eyes of God and who is and ever will be such in mine’, and from the moment of her birth, it was apparent to the Court and to the nation that Charlotte would be his only legitimate heir.

  When Charlotte was growing up her father took little interest in her and forbade her mother to see her. As an adolescent she suffered from recurrent bouts of abdominal pain, insomnia and alternating excitement and depression. It is likely that she suffered from the hereditary disease porphyria, which was the probable cause of her grandfather, George III’s, episodes of excitability. Porphyria is due to a defect in a single enzyme. The victim is unusually sensitive to sunlight and has episodes of abdominal pain and of excreting very dark urine. The condition causes partial paralysis of the autonomic nervous system which controls the guts and womb. It may therefore cause indigestion, flatulence and difficulties in labour.

  In 1814, when she was eighteen, Charlotte was courted by and fell in love with a handsome European aristocrat, Leopold of Coburg, a junior member of a minor German ducal family. The Prince Regent disapproved of the match and it was only with the assistance of Charlotte’s uncle, the Duke of Kent, that the young couple managed to keep up a secret correspondence. Unlike her mother’s courtship, Charlotte’s relationship with Leopold seems to have been genuinely loving and romantic and after two years the Prince Regent relented. The country was delighted and Mr Wilberforce described the union to the House of Commons as ‘a marriage of the heart’, and her marriage to Leopold, who was created Prince of Great Britain for the occasion, appears to have been very happy. The couple were married in May 1816. Charlotte was twenty-one years old, a well-nourished woman with a long, slightly bent nose and golden-brown hair which she wore in ringlets. Fanny Burney the novelist described her as ‘quite beautiful’, adding that it ‘was impossible not to be struck wi
th her personal attraction, her youth and splendour’.

  Charlotte conceived in the month of her marriage but miscarried in July. She may have had a second spontaneous abortion but became pregnant again early in 1817. At 7 p.m. on Monday 3 November, after forty-two weeks of pregnancy, her waters broke and Princess Charlotte had ‘sharp, acute and distressing’ labour pains. Sir Richard Croft, the 55-year-old royal accoucheur, had moved into Claremont three weeks earlier. He occupied Prince Leopold’s dressing room which connected with Princess Charlotte’s bedroom in one corner of the house. Mrs Griffiths, who had been wet-nurse to Charlotte’s uncle Edward Duke of Kent, had also moved in as the royal midwife. At 11 p.m., Croft conducted a vaginal examination and found the neck of the womb dilated to the size of a halfpenny. The examination was of course carried out without any asepsis or washing of hands and with Sir Richard wearing the cravat and high collar of Regency London. Labour was proceeding slowly but in a not untoward way. Charlotte remained in strong labour and at 3 a.m. vomited. Throughout history obstetricians have watched and waited, and in the early years of the nineteenth century their options for intervention were few. Croft did the only positive thing he could and summoned the officers of state.

  The tradition of senior officials attending at the birth of an heir to the throne was intended to prevent anyone substituting another infant. It was not very effective. In 1688 when James II’s Catholic wife Mary gave birth to a son she was accused by Mary, her Protestant stepdaughter and wife of William of Orange, of smuggling another infant into the birth chamber. It was said the royal midwife brought the substitute infant concealed in a warming-pan. The baby was indeed Mary’s and his birth had been witnessed by sixty-seven people, including the Lord Chancellor, Lord Privy Seal, numerous male members of the aristocracy and many ladies-in-waiting.1