PQC: Well folks! If you pay enough attention you’d know that I LOVE THE PURE RACE DREAM! 🙂 And someone in Europe would hate Genghis Khan for this! Someone in Asia would hate Alexander The Great for this. Not to mention the whole long period of colonialism of all kinds and colors everywhere.


Excerpted from the Complete Blood Type Encyclopedia by Peter D’Adamo, published by Penguin Putnam Inc, Copyright 2002

The Nomadic Mutation  

The gene for blood group B first appeared in significant numbers somewhere around 10 to 15,000 B.C., the tail end of the Neolithic period, in the area of the Himalayan highlands now part of present day Pakistan and India. Like the environmental conditions which spawned the advent of  group A, the development of blood group B was in large part a response to changes in the environment. But unlike A, which began to supplant group O as a response to new types of infections, then thrived as a result of the new dietary changes, group B appears to have been more of a response to climatic changes, followed by a different set of dietary adaptations. Life in the tropical flat savannahs of eastern Africa gave way to a harsher existence as the Cro-Magnon hunters migrated to the colder, drier, mountainous areas of the subcontinent and the barren endless plains of the central Asian steppes.

It is possible that blood group B may have been the only blood group with the capabilities to survive in such a harsh environment.  There is some science behind this theory: For example,  variability in  the levels of the hormones testosterone, estradiol, and somatotropic hormones in mountaineers of the Pamirs and Kirghizes was examined in relation to their place of residence in terms of elevation above sea level.  At high altitudes blood O group had had lower concentrations of estradiol and testosterone, blood group B the highest. (13)

Under times of famine, two biologic functions diminish: First is the ability to fend off infection. And the second is the ability to reproduce. Essentially omnivores, group B may have been the only blood group whose immune systems were capable of functioning with a diet described by one Roman historian as “soured milk and mare’s blood.” In addition to having the ability to survive pestilence, blood group B women may be more fertile than the A and O counterparts (14) and may begin to menstruate earlier. (15)

Higher concentrations of the group B gene exists in direct relationship with the demographics of the pre-existing caste system. Since the caste system was the direct result of consecutive layers of foreign conquest, it appears that the B gene may have been introduced into the Indian subcontinent via conquest. (16) In a study among fourteen Hindu caste groups, besides Christian and Muslim populations of West Godavari District, Andhra Pradesh, India All the Hindu castes except Brahmin, Kshatriya and Reddy exhibited relatively higher frequency of group B over group A (24)  In a study of ABO distribution along the Silk Route of Northwestern China a distinct increase of blood group B was seen, especially when those subjects of Mongolian extraction were compared to Caucasian. (25)

An almost continuous belt of mountainous terrain extends from the Urals in Russia to the Caucasus in Asia, and then onto the Pyrenees of southern France. This barrier split the migrations of the blood groups into two basic routes; a northern stream and a southern one. The invaders taking the southern approach became the ancestors of the Mediterranean people and western Europeans, and carried with them the gene for blood group A. The Ural Mountains prevented a large migration westwards from Asia, although small numbers of Caucasians entered eastern Europe, carrying with them the gene for blood group B that they picked up by intermingling with the Asian Mongolians. This barrier served to divide blood groups into a western group, A; and an eastern group, B.

Blood group B Mongolians continued to travel northward, toward present day Siberia. They developed a different culture, dependent on herding, and emphasizing the use of cultured dairy products. These nomadic people were expert horsemen, and wandered extensively over the Siberian flat lands, the great Steppes. These nomads must have been compact, tightly knit, and genetically homogenous. A recent study using sophisticated  polymerase chain reaction (PCR) technology  determined the ABO groupings of on the dried remains of nine human mummies which had been discovered at Taklamakan desert in 1912.  Of the nine, eight were group B. (17) At various times they penetrated large swaths of Eastern Europe, at one time reaching as far as the gates of Vienna, Austria. The Mongolians were certainly responsible for introducing the gene for blood group B into the eastern European populations.

Two basic blood group B population patterns emerged out of the Neolithic revolution in Asia: an agrarian, relatively sedentary population located in the south and east, and the wandering nomadic societies of the north and west. This schism stands as an important cultural remnant in Southern Asian cuisine�the use of dairy products remains practically nonexistent. To the Asian culture, dairy products are considered the food of the barbarian.

In the Middle-East it appears that tribes of Semitic group B nomads may have infiltrated into pre-existing Neolithic cultures, both passively and aggressively. Semitic peoples called the Hyksos were foreign rulers of Egypt during the Second Intermediate Period.  Exactly who those foreign rulers were is not known, but it is assumed they were Asiatics.  The Egyptian term for Hyksos merely means “rulers of foreign lands.”  It was once thought that foreign rule in Egypt would have necessarily entailed a violent overthrow, but instead there is the appearance of a peaceful takeover.  More likely, the numbers of these foreigners slowly increased in the Delta region until they became a powerful political force.  Under the rule of the Hyksos, the continuity of Egyptian culture and ritual was preserved, indicating that these foreign kings had become fully Egyptianized.  Persian suzerainty  may have also added large amount of B gene to the  upper-class Egyptian gene pool, since a third century BC  Egyptian mummy,  ‘Iset Iri Hetes’ was recently typed and found to be group B. (18) Interestingly, Africa in general (independent of any racial categorization) has a higher incidence of group B than Europe or the Middle East. Whether this is the result of intermingling or the original B gene pool is unknown, however it does  imply that the links between ancient Egypt and sub-Saharan Africa are  deeper  and older than generally recognized.

The blood group characteristics of the various Jewish populations have long been of interest to anthropologists.  As a general rule, regardless of their nationality or race, there is a trend towards higher than average rates of blood group B.  The Ashkenazim of Eastern Europe and the Sephardim of the Middle East and Africa, the two major sects, share high rates of group B blood and bear no discernible differences.  Babylonian Jews differ considerably from the present-day Arab population of Iraq, in that they have a high frequency overall of group A, and an even higher frequency of group B blood.

The Jews of the Tafilalet Oasis in Morocco, an ancient community, now dispersed, also had a high frequency of the gene for blood group B, around twenty nine percent of the total society.

The Karaites, who have an extraordinarily high rate of blood group B, are members of a Jewish sect founded in Babylonia in the eighth century A.D. A singular community of Karaites continues to exist in Lithuania, and they were known to have migrated as a body from the Crimea.  The Karaites consider themselves Jews by religion only, not by race.  This claim of racial separation was accepted by the Nazi authorities, who controlled Lithuania during the Second World War.  Because of this, the Karaites were spared the horrors of the Holocaust. (6)

To modern day anthropologists, blood group B continues to this day to be an “Eastern” blood group. It is found in high numbers among Asians such as the Chinese, Indians, and Siberians. In Europe, blood group B is more frequently found in Hungarians, Russians, Poles, and other eastern Europeans. It is not found in large numbers among western Europeans. Among pre-Neolithic people, such as the Basques and Amerindians, group B is practically nonexistent.

Of all the ABO blood groups, B shows the most clearly defined geographic distribution. Stretching as a great belt across the Eurasian plains and down to the Indian subcontinent, blood group B is found in increased numbers from Japan, Mongolia, China and India, up to the Ural Mountains. From there westward, the percentages fall until a low is reached at the extreme western end of Europe.

Blood group B is a distinctly non-Indo-European blood type. In Europe, only two areas with a high rate of blood group B appear: one among the group of non-Indo-European peoples known as the Finno-Ugrics (such as the Hungarians and the Finns), the other among the central Slavic peoples (Czechs, Southern Poles, and Northern Serbs).  The Viking invaders may have also had a relatively high percentage of B gene, since many of the towns of Britain and western Europe that are linked to the coast by internal lines of communication such as large rivers, have a disproportional amount of blood group B when compared to the surrounding territory.

The small numbers of blood group B in old and Western Europeans represents western migration by Asian nomadic peoples. This is most clearly seen in the easternmost Western Europeans, the Germans and Austrians, who have an unexpectedly high incidence of blood group B blood compared to their western neighbors. The highest frequency of blood group B in Germans occurs in the area around the upper and middle Elbe River, an important natural boundary between “civilization” and “barbarism” in ancient and medieval times.

Modern subcontinental Indians, a Caucasian people, have some of the highest frequencies of blood group B in the world. Interestingly, among the Asiatics, they and the Japanese are the only areas that show high frequencies of blood group A as well. The northern Chinese and Koreans have  high rates of blood group B, and lower rates of blood group A.

Nowadays, blood group B accounts for about ten percent of the world�s population.”


I wish those labels would go away on this oft-reposted map. To clarify, those labels have no scientific meaning. They are what the original creator of the map assigned as ethnic labels to haplogroups, but are just plain misleading as haplogroups are haplogroups and nothing else.

For example I’ve seen this map used to argue “Poland is more Aryan than Germany”, which makes no sense as the R1a haplogroup isn’t an Aryan haplogroup, it’s just the R1a haplogroup. Interestingly enough, the R1a haplogroup is found primarily around the Proto-Indo-European homeland and in India, so in the case of that particular haplogroup there is a definite correspondence between descendants of Indo-Europeans and the haplogroup.

But the case of R1a is the exception not the rule. Almost all of Europe speaks IE languages yet the haplogroups are so diverse. (Redit tigranater)

9 Things You Did not Know about the Chinese and Mongoloid Race

Why is this the most successful human group?

Sep 21, 2007 18:31 GMT  ·  By Stefan Anitei·      

About 200,000 years ago, in Eastern Africa a Homo group started the evolution towards Homo sapiens, the modern human. About 100,000 years ago, modern humans entered South Asia and by 70,000 years ago they were present in southern China. 40,000 years ago, they entered Europe and this ancestral type was called “Cro-Magnon”. About 55,000 humans from southern Asia entered Australia. But all these groups are not what we see today in China and Europe, but more related to the Australian Aborigines.

Almost 25,000 years ago, in Siberia the first humans appeared, and from here, a group that already started to evolve towards the typical Mongoloid race entered 14,000 years ago the North American prairies through Behringia. 13,000 years ago, these people reached central South America.

1. The Han Chinese form the largest ethnic group in the world, 14 % of the planet’s population. Due to the cultivation of rice, the world’s oldest crop, they could feed large populations, overcoming easily in number the surrounding hunter-gatherer groups. Today, the diet of over 2 billion people is based on rice.

2. Why was rice cultivation such an advantage? It allowed an earlier weaning of the children and this way women could get pregnant more rapidly (hormones that favor lactation impedes pregnancy). At the same time, for a nomad population of hunter-gatherers, having too many children at a time posed a problem and a sedentary group of farmers could not be confronted with such an issue.

Larger families meant more cultivated rice paddies and the process went on, causing a population boom. This also led to the decrease of the territory used by hunter-gatherers to achieve food. Farming societies could also support large armies and were immune to disease originated in and carried by domestic animals.

2. The Han Chinese appeared in the Tibet area (their language is related to the Tibetan) and by about 5,000 years ago started to displace other tribes from modern Eastern China, many speaking Hmong-Mien, Thai and Tibetan-related languages. In fact, even today southern China is home to various minorities from these groups, and from a historical point of view, modern western and northern China was not Chinese at all.

3. 95 % of the members of the Mongoloid race have in the back side of their incisive teeth a small and easily visible groove. Its evolutionary role (if it has any) is not known.

4. The Mongoloid race is the human group with the lowest number of sweating glands. This trait is present in 97 % of them. That’s why their body scent is very weak and humans of other races have a strong and unpleasant smell for them. It is known that for the Oriental people, the European perfumes are too strong. Many say that this means they also emit low levels of pheromones, which go out of the body through the armpit’s sweating glands.

5. The Chinese and many people of south-eastern Asia have are not fond of milk and alcohol. The intolerance to milk is caused by the lack in the adult stage of the enzyme lactase that breaks down the sugar lactose from milk. When it reaches the thick intestine, bacterial decomposition of the lactose induces digestive issues.

This is due to the fact that cattle and sheep growth has been ignored along the millennia by the Chinese (perhaps because in the center of their civilization, southern/eastern China, pastures are scarce), and as far as evolution goes, individuals adapted to milk consumption were not selected. In Africa, Europe and western Asia, where milk entered the human diet from 10-5,000 years ago, the lactase is active in most adults.

6. Scientists say that gendrift (“sexual preference”) is the cause of the evolution in the Mongoloid type of such peculiar traits like snubbed noses or almond eyes: when people in a culture see a trait as desirable, those who do not have it will have lower possibilities of mating and have less offspring.

7. The tendency to less developed genitalia seems to be sustained in this race. A meta-analysis made in May 2007 found the smallest average penis size, in a comparison amongst many areas worldwide, in Korea.

Biologically, this could mean a lower testosterone level in men, a weaker libido, compensated by a higher immune stability (testosterone decreases immunity) and a larger lifespan. In the end, the Japanese people have the highest life expectancy on the planet. The result seems to be this: the Mongoloid race is the most common in the planet.

8. Fossils of 500,000 years old Homo erectus, a human species that lived in Africa, Europe and Asia, were found in China. Some Chinese academics argue that the Mongoloid race would have evolved from Asian H. erectus, and are not a result of migrations of ancestral H. sapiens from Africa.

Their theories are heretic and they argue that because of the skull shape, an inflexion on the lower edge of the cheekbone, the tip of the flattened noses and the incisive teeth’s groove. Geneticists disagree, DNA analyses show another story, of a common origin of all Homo sapiens from Africa.

The Chinese even find an explanation why the evolution did not produce two distinct species and why the DNA reveals another story: migrating humans out of Africa produced a continuous inter-change.

9. About 8,000 years ago, all southeastern Asia (Indochina, Indonesia and Philippines) was populated by Black people very similar to Papuans of New Guinea and many tribes of southern India. This distinct race of Black Asians was replaced by the Austronesian (Malayo-Polynesian) migration of Mongoloid people that started from Taiwan. From Taiwan they entered to Philippines, than Indonesia, Indochina and all the islands of the Pacific.

The darker skin of the Mongoloid race in southeastern Asia is rather not the result of a natural selection but of the mix with the Asian Blacks (like is clearly visible in people of Indonesia or Thailand).