<AGENDA

THE TSAR
my Agenda bloodline ancestor

The Agenda has informed me that one of my ancestors was a tsar. They have referred to this tsar as the "crazy tsar" and they have also said that his kind were "made to bleed" which suggests the hereditary bleeding sickness that at least Russian tsar families have been known to have.

Tsar

Source: Wikipedia - Tsar Tsar is a title for certain Slavic monarchs or supreme rulers. The word comes from the Latin for Caesar which means Emperor, but in Europe tsar has also been translated to mean King.

There have been tsars in the following countries in the year spans:
First Bulgarian Empire, in 913-1018
Second Bulgarian Empire, in 1185-1396
Serbian Empire, in 1346-1371
Tsardom of Russia, in 1547-1721 (replaced in 1721 by imperator, but remaining in use outside Russia - and also officially in relation to several regions - until 1917)
Tsardom of Bulgaria, in 1908-1946

So there have been Bulgarian, Serbian, and Russian tsars. I will focus primarily on him being a Russian tsar for the following reasons:
1. The Agenda is already making children between me and Russian Korpral Olav Vetti, those sons are referred to as "Iroquois", and overall the Russian Agenda presence is strong in my life.
2. I have always believed that I had a past life as a woman of Russian aristocracy in the late 1600's, where my mother's brother was a diplomat and he had the bleeding sickness.
3. Both my mother's and father's family originate as far as I know entirely out of Finland, and Finland is a neighboring country to Russia and it is not hard to imagine that there could be official or unofficial Russian blood in my ancestry. Serbia and Bulgaria however are far away from Finland and even one generation ago people did not travel so much.

Russian Tsars

Russia has had leaders such as princes already long before they started to refer to their leaders by the title of tsar. List of Russian rulers. These were the first Russian rulers who used the title of tsar:

Mikhail Yaroslavich lived 1271-1318, first one to use the title of tsar
Ivan III Vasilyevich lived 1440-1505, called Ivan the Great
Vasili III Ivanovich lived 1479-1533, son of Ivan the Great

But the first Russian ruler who was officially crowned to have the title of tsar was:

Ivan IV Vasilyevich lived 1530-1584, called Ivan the Terrible
Simeon Bekbulatovich died 1616
Feodor I of Russia lived 1557-1598, son of Ivan the Terrible

Boris Godunov, lived c. 1551-1605
Fyodor II Borisovich Godunov lived 1589-1605
Dmitry I lived 1582-1606
Vasili IV lived 1552-1612
Wladyslaw IV Vasa lived 1595-1648

Michael I of Russia lived 1596-1645
Aleksey Mikhailovich lived 1629-1676
Feodor (Theodore) III Alexeyevich lived 1661-1682
Sophia Alekseyevna, female ruler
Ivan V Alekseyevich lived 1666-1696

Peter Alexeyevich
Catherine I, female ruler
Peter II Alexeyevich
Anna, female ruler
Ivan VI Antonovich
Elizabeth, female ruler
Peter III
Catherine II, female ruler
Paul I
Alexander I
Konstantin Pavlovich
Nicholas I
Alexander II
Alexander III
Nicholas II
Grand Duke Nikolay Nikolayevich Romanov

Clothing narrows down the list

When the Agenda mentions the crazy tsar to me I always have the impression that based on his clothing and appearance he would have been one of the earlier ones. It would be one from the first ones up until about Feodor III but not later. So the updated smaller list of possible Russian tsars would be:

Mikhail Yaroslavich lived 1271-1318, first one to use the title of tsar
Ivan III Vasilyevich lived 1440-1505, called Ivan the Great
Vasili III Ivanovich lived 1479-1533, son of Ivan the Great

Ivan IV Vasilyevich lived 1530-1584, called Ivan the Terrible
Simeon Bekbulatovich died 1616
Feodor I of Russia lived 1557-1598, son of Ivan the Terrible

Boris Godunov, lived c. 1551-1605
Fyodor II Borisovich Godunov lived 1589-1605
Dmitry I lived 1582-1606
Vasili IV lived 1552-1612
Wladyslaw IV Vasa lived 1595-1648

Michael I of Russia lived 1596-1645
Aleksey Mikhailovich lived 1629-1676
Feodor (Theodore) III Alexeyevich lived 1661-1682

A Crazy Tsar

The next clue is that the Agenda have referred to my ancestor tsar as a "crazy tsar". Here is a fascinating website I find, quote from the website: "Kings and Queens of the past tend to be a bit unstable, but Czars seem to take crazy to a new level." "Below are 8 of the best, craziest and most interesting Czar's that everybody should know." 8 RUSSIAN CZARS YOU SHOULD KNOW. But that does not help us to narrow down the list.

The Bleeding Sickness - Hemophilia

Dark Lords told me about the tsar in question that his "kind were made to bleed", which I knew to refer to the bleeding sickness. Also when I remember the past life I had in Russia, my maternal uncle who was a diplomat had the bleeding disease.

Reading on the internet. The bleeding sickness in question is called hemophilia. The blood of a person who has hemophilia disease is not able to form blood clots normally. Normally when someone has a cut on their body that causes a bleeding, the blood will form a clot, or a lump, that plugs the hole to stop the bleeding. Persons with hemophilia do not form blood clots so they are going to keep bleeding for a longer time and the bleeding does not stop. Hemophilia is a serious illness and it can lead to death. The Agenda means that this kind of a problem was engineered on purpose into these persons, and we can only presume that the reason should be that the Agenda wants to sacrifice these individuals or their babies in blood rituals, so it is useful for the Dark Lords when their victims keep bleeding after being made to bleed.

It is mostly a genetically inherited disorder, so it runs in the family and is also not contagious. Hemophilia was common in European royal families in the 1800's and was called "the royal disease". It is considered to not exist in the European royals today even though some of the women might still be carriers.

Let's look at how hemophilia is passed down to children and in whom it is expressed as a disease.

The egg of a female has one X chromosome. Sperm of males are mixed so that some sperm have one X chromosome and other sperm have one Y chromosome. If an X chromosome sperm fertilizes an egg then it forms a child with one X from the egg and one X from the sperm and XX means that the child is a girl. If a Y chromosome sperm fertilizes an egg then it forms a child with one X from the egg and one Y from the sperm and XY means that the child is a boy. A female was made out of two X chromosomes. And a male was made out of one X chromosome and one Y chromosome.

Hemophilia is considered a rare disease and so when looking at how the gene for the disease is passed down from parents to children we usually do not consider cases where both parents would have passed down the disease to a child because that is unlikely, we can however look at how a mother OR a father passes down the gene to their children.

The gene for hemophilia is carried in X chromosomes only and not in Y chromosomes. Women can carry it in one of her two X chromosomes (to carry it in both of her X chromosomes is considered unlikely since it is a rare disease and both of her parents would have had it). And men carry it in their sperm that have the X chromosomes.

Women who have the disease on one of her two X chromosomes are called "carriers" of the disease because she can pass it down to her children, but hemophilia is a recessive disease and that means that because the woman who carries it in one of her X chromosomes has a second healthy X chromosome without the gene, then the healthy version of the gene on the second X chromosome ensures that the disease is not expressed in her. Men on the other hand who carry the disease in their one X chromosome will have an expression of the disease because they do not have a second healthy X chromosome.

We also see that men who have the illness have always inherited it from their mothers and not from their fathers, because men receive a Y chromosome from the sperm of their fathers and the X chromosome in men always came from their mothers. And a father can pass down his hemophilia only to his daughters because the X chromosome sperm make a daughter and the sons receive his unaffected Y chromosome.

Women on the other hand can inherit hemophilia either from their fathers or from their mothers on one of their two X chromosomes, but remember that women do not typically experience the expression of the illness, they will only pass down the gene to their children with a 50% risk. A woman can be a carrier of hemophilia but she has no symptoms of the illness herself and she might not know that she is a carrier of the disease.

A mother has two X chromosomes and she passes down one of those two to her child. If one of the X chromosomes has the hemophilia gene then there is a 50% risk that her child inherits the disease and that is the same risk whether the child is a boy or a girl because the sex of the child will be determined by the sperm of the father.

Hemophilia can be expressed in females too, but it would typically require that she inherited the disease from both her mother and father, and so hemophilia is considered a disease that mostly only affects boys.

Summary: A female can be a carrier of the disease but she is not suffering from the disease and sometimes she does not know that she is a carrier of the disease. A male who is a carrier of the disease is also going to suffer from the disease. There is a 50% risk that a female who is a carrier of the disease will pass it down to her son or daughter. A male who is a carrier of the disease can only pass it down to his daughters and that is to 100% of his daughters.

Queen Victoria of England was known to be a carrier of the hemophilia disease. It is considered that hemophilia had spontaneously appeared through a mutation of a gene in her, because there were no known earlier cases of hemophilia in her ancestry. If her father would have passed down the disease then it would have been obvious that he would have suffered from hemophilia himself and also he would not have been likely to survive into adulthood due to having the disease. It was also considered unlikely that her mother would have conceived Victoria with a secret lover who would have had hemophilia, because a man with hemophilia was not expected to live into adulthood to be able to father children. And hemophilia was not known to exist in the family of Victoria's mother.

Hemophilia spread through Victoria's children into the royal families of Spain, Germany and Russia through intermarriage between royal families.

Victoria had nine children: five daughters and four sons. Two daughters had hemophilia, of two daughters it is not known if they had it or not, and one daughter did not have hemophilia. Of the sons one son had hemophilia and three sons did not. Remember that a woman carries hemophilia in one of her two X chromosomes and her child whether it is a boy or a girl receives one of her two X chromosomes at random, so there is a 50% risk of inheriting the gene.

Sources:
Hemophilia
Hemophilia Genetics
Haemophilia in European royalty

Queen Victoria's first child was born in 1840, and I have placed the latest likely Russian tsar as one who lived until the year 1682, so the hemophilia in the Russian tsar that I am looking for would not have been passed down from Queen Victoria but would have appeared earlier, if that is possible, meaning that there would have been at least two separate outbreaks of hemophilia among the European royals.

Dead End

I have no more leads by which to try to investigate which of the Russian tsars would have been my ancestor. I can only hope to receive more information from the Agenda to find out who he was.