Magazine “History” · Reading time approx. 8 min

A spontaneous mutation in Queen Victoria, four generations later a bleeding heir to the throne in St. Petersburg — and a wandering preacher who arrived at the Tsar's court through a diagnosis and helped bring down a crown.

A Boy Who Was Not Allowed to Fall

In the summer of 1904, the long-awaited heir to the throne is finally born at Peterhof Palace near St. Petersburg: Alexei Nikolaevich, the only son of Tsar Nicholas II and Tsarina Alexandra Feodorovna, after four daughters — Olga, Tatiana, Maria, and Anastasia. The joy is short-lived. Within the first weeks of his life, doctors notice that minor bumps cause the child unusually severe, barely controllable bleeding. The diagnosis — never publicly acknowledged by the family — is hemophilia, the “bleeding disease.”

For a child of the Tsar's family, this means a life in which a fall from a rocking horse, a knock while rowing, or an unlucky kick can become life-threatening. For the Russian Empire, it means something else — the beginning of a chain of events that had already been set in motion four generations earlier, in England, by a queen who could have had no inkling of the disease that would afflict her great-grandson.

Victoria: A Mutation Without a Family History

Queen Victoria of Great Britain (1819–1901) was a carrier of the bleeding disease — an X-linked recessive blood clotting disorder that visibly affects almost exclusively men, while women, as a rule, pass on the trait unnoticed. Neither in her father, Edward, Duke of Kent, nor in her mother's family is a case of hemophilia known. Historians and geneticists therefore assume a spontaneous mutation that arose in Victoria herself or shortly before her — an event that, purely statistically, occurs in an estimated 30 percent of all hemophilia cases, with no affected ancestors at all.

Victoria's youngest son, Leopold, Duke of Albany, was himself affected. He died in 1884 at the age of 30 in Cannes, after a fall that caused a brain hemorrhage — a death that, in miniature, already foreshadowed what the disease meant for every one of its male carriers: an ordinary accident becomes a mortal danger. What proved decisive for the story that followed, however, was not Leopold but two of Victoria's daughters: Alice and Beatrice turned out to be carriers and carried the trait into the royal houses of Europe that they married into.

The Daughters Carry It Forward — the “Disease of Kings”

Because European dynasties intermarried closely in the 19th century, the trait branched out across half the continent within a few decades. Princess Irene, daughter of Victoria's daughter Alice, married into Prussia and passed the disease on to her sons. Princess Victoria Eugenie, daughter of Victoria's daughter Beatrice, married King Alfonso XIII of Spain in 1906; two of her sons, Infante Gonzalo and the Spanish heir to the throne Alfonso, were hemophiliacs and both died of internal bleeding following car accidents — Gonzalo in 1934 at the age of 19, his elder brother Alfonso in 1938. This is precisely where the nickname the disease acquired in this period comes from: the “disease of kings.”

But the carrier who proved decisive for Russian history was a third granddaughter: Alix of Hesse-Darmstadt, likewise a daughter of Alice, born in 1872. In 1894, she married the Russian heir to the throne and became Tsarina of Russia as Alexandra Feodorovna. With her, the trait arrived at the Tsar's court — and with Alexei, her only son, the disease broke out openly in the most powerful autocracy in Europe.

Spała, 1912: The Moment That Made Rasputin Indispensable

The heir's disease was kept strictly secret from the public — a state secret, guarded to avoid weakening the dynasty. Within the family, however, it dictated every day. The most severe incident to date befell the eight-year-old Alexei in the autumn of 1912 at the Polish hunting lodge of Spała: after a fall during a carriage ride, an internal hematoma formed that swelled for days, caused him to scream in pain, and paralyzed his legs. Doctors expected him to die, and a death bulletin was prepared.

In this situation, Alexandra received a telegram from the Siberian wandering preacher Grigori Rasputin, whom she had already called on several times before to calm her son: the illness was not dangerous, he said, and the doctors should stop exhausting him further. Shortly afterward, Alexei's condition improved. Whether Rasputin's intervention was the cause, or the boy simply underwent the sudden, often surprising spontaneous recovery typical of hemophilia, the matter was settled as far as the exhausted mother, sleepless for days, was concerned. From that moment on, Rasputin's position at court was practically untouchable: he was the one person Alexandra trusted to help her son when the doctors could not.

How a Medical Record Became a Matter of State

What might have remained a private affliction within a family became a matter of power at the Tsar's court. When Nicholas II himself took over supreme command of the army in the First World War in 1915 and went to the front, he left the affairs of government in St. Petersburg effectively to Alexandra — and Alexandra increasingly trusted Rasputin's recommendations on personnel matters. Over the following two years, several capable ministers were dismissed and replaced by favorites acceptable to Rasputin, often unqualified. A cycle emerged that fed on one unresolved root cause: concern for a sick son bound the empress to a man whose influence over the affairs of the empire went far beyond medical advice — and the court, the officer corps, and large parts of the public watched it happen without knowing the real cause.

Resentment over Rasputin's influence grew until a group of nobles around Prince Felix Yusupov and Grand Duke Dmitri Pavlovich murdered Rasputin on the night of December 29–30, 1916. The wandering preacher's death changed nothing about the underlying problem: Alexei was still ill, the court was still discredited, and trust in the crown was already shaken. A few weeks later, in March 1917, the February Revolution forced Nicholas II to abdicate.

Captivity, Yekaterinburg, July 17, 1918

After the abdication, the family was placed under house arrest first at Tsarskoye Selo, then from August 1917 at Tobolsk in Siberia, and finally, from April 1918, in the house of the merchant Ipatiev in Yekaterinburg — Alexei repeatedly weakened by bleeding throughout the captivity, at times unable to walk. When the Czechoslovak Legion and White Army troops approached Yekaterinburg in the summer of 1918, the Ural Soviet ordered the entire family shot, fearing they could be freed and become a symbol of the counter-revolution.

On the night of July 16–17, 1918, Nicholas II, Alexandra, their four daughters, the 13-year-old Alexei, and four servants were shot and killed with bayonets in the basement of the Ipatiev House. For decades, it remained unclear whether all the bodies had actually been found in the mass graves discovered in 1991; only the discovery of two further, separately buried skeletons in 2007 and the subsequent DNA analysis confirmed in 2009 that these were the remains of Alexei and his sister Maria.

This same 2009 DNA analysis also provided the medically precise answer to a question no one could have answered during the family's lifetime: it was not the more common hemophilia A, but hemophilia B — a mutation in the gene for clotting factor IX that introduced a premature stop signal into the genetic code. Alexei carried the mutation on his single X chromosome and was therefore affected; one of his sisters carried it on one of two X chromosomes and was therefore — like her great-grandmother Victoria — an unaffected carrier. Incidentally, hemophilia B is also known in English as “Christmas disease,” named not after the holiday but after Stephen Christmas, a Canadian boy in whom doctors first demonstrated, in 1952, that this variant is medically distinct from classic hemophilia A — more than three decades after the death of the Romanovs.

What Only Becomes Visible in the Genogram

Told chronologically, this story reads as a sequence of individual events: a mutation in London, a wedding in Darmstadt, a fall in Spała, a murder in St. Petersburg, an execution in Yekaterinburg. In the genogram, which places generations one above another and siblings side by side, this becomes something else: an unbroken line along which one can observe precisely how an X-linked recessive trait behaves. Victoria, Alice, Alexandra — three women in direct line, all presumably unaffected and healthy, all carriers. Leopold, Alexei — two men, separated by several generations and an ocean, both visibly affected, because neither had a second, healthy X chromosome available to compensate for the defect.

This exact distinction between carriers and those affected is precisely what a genogram can accomplish in counseling practice, far beyond royal houses: it makes visible who in a family passes on a trait without being visibly affected themselves — and who inherits and carries it. In the case of the Romanovs, a second, purely human factor was added, one that no genetics can explain: fear for a sick child bound a ruler to a single confidant, and this one bond became the Achilles' heel of an entire government. This, too, is an observation that has its place in the genogram — not as a diagnosis, but as a visible pattern made plain: how the illness of one individual can become a burden on an entire system when no one is allowed to speak openly about it.

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