Royal Blood

I guess I decided to jump on the Royal Wedding bandwagon and do a little "research". Well not really research but heck, why not learn a little more about "Royal Blood". Technically I guess that should be bloodlines, but I am not going to be technical for this post. But I did find a great paper written and have included excerpts here and if you like a full genetic breakdown, be sure to visit the link at the bottom of the post.

Have you ever heard of the "Royal Disease"? Well, a blood disorder first appeared in the Royal Family's bloodline with children of Great Britain’s Queen Victoria. It became known as the “Royal disease” because it spread to the royal families of Europe through Victoria’s descendants. Queen Victoria had always been worried about the quality of the blood of the British royal family. Her feelings about the necessity of revitalizing what she called the “lymphatic” blood of their houses are reflected in her letter to her daughter Vicky: “I do wish one could find some more black eyed Princes and Princesses for our children! I can’t help thinking what dear Papa said—that it was in fact when there was some little imperfection in the pure Royal descent that some fresh blood was infused… For that constant fair hair and blue eyes makes the blood so lymphatic… it is not as trivial as you may think, for darling Papa—often with vehemence said: ‘We must have some strong blood.’

Now it is highly doubtful that at the time of writing her letter, the Queen knew exactly what was wrong with her family’s blood. Hemophilia first appeared in Victoria’s family in her eighth child, Prince Leopold, Duke of Albany. Throughout his short life, Leopold had suffered severe hemorrhages, and always was described as “very delicate.” Leading the life of a normal youngster was impossible for Leopold because any cut or bump could lead to death and it was necessary to keep him always under strict surveillance. However, in spite of all the protection, Prince Leopold died at the age of thirty-one as the result of a minor fall.


The appearance of hemophilia in one of Victoria’s sons upset and confused the Queen, who could only protest that the disease did not originate in her side of the family. Yet, a whisper about the “curse of the Coburgs” was spread about. This curse was supposed to have dated from the early nineteenth century, when a Coburg prince had married a Hungarian princess named Antoinette de Kohary. A monk, a member of the Kohary family, envied the wealth inherited by the happy couple from the bride’s father, and cursed future generations of Coburgs with the disease. Of course, hemophilia affecting Victoria’s offspring had nothing to do with the curse. The traditional view is that there was a mutation in either her or in a sperm of her father, Edward Augustus, Duke of Kent. From there it spread through the Royal Houses of Europe as monarchs arranged marriages to consolidate political alliances. We can trace the appearance of hemophilia as it popped up in Spain, Russia, and Prussia by looking at the family tree.


What is Hemophilia?

Hemophilia is an X-linked recessive disorder characterized by the inability to properly form blood clots. Until recently, hemophilia was untreatable, and only a few hemophiliacs survived to reproductive age because any small cut or internal hemorrhaging after even a minor bruise were fatal. Now hemophilia is treated with blood transfusions and infusions of a blood derived substance known as anti-hemophilic factor. However, such treatment is very expensive and involves the risk of contracting AIDS.

Hemophilia affects males much more frequently (1 in 10,000) than females (1 in 100,000,000). This occurs because a critical blood clotting gene is carried on the X chromosome. Since males only carry one X chromosome, if that is defective, hemophilia will immediately show up. An early death is likely. Females, on the other hand, carry two X chromosomes. If only one is defective, the other normal X chromosome can compensate. The woman will have normal blood clotting; she will simply be a carrier of the recessive defective gene. This fact will be discovered if some of her children are hemophiliacs. Naturally, women hemophiliacs are rare because it takes two defective X chromosomes in order for the condition to be seen.

I certainly feel like I have had an education and while we celebrate the Royal Wedding, we can also know that sometimes, a Royal Bloodline, isn't always a good thing. Ok, so it can be a great thing but just like everyone else, they are human, will rely on blood donors if they have the "Royal Disease" and at the end of the day, we all deserve to be a princess.


For the Full Article CLICK HERE: THE ROYAL DISEASE
(From the University at Buffalo, State University of New York)