Asclepias
Diamond Member
In other words, non-Africans can still have it, which means he could have been non-African. That's precisely why real researchers (intelligent whites) look at much larger groups of mummies before making such conclusions, unlike dumb shitskins like you.E1b1a can be present outside of sub-Saharan Africa, even if it may be present in greater concentrations in sub-Saharan Africa. If you actually read the BMJ study (the supposed source of your article), they make pretty much no conclusion regarding the race of Ramesses. On the other hand, my article actually references research involving numerous mummies. Obviously, the researches of the BMJ article understood the limitations of their research (unlike you, who uses the research like a blunt object).Sorry monkey. Read it and weepHere you go, you dumb shitskin:Hey monkey. The DNA shows that not only are the Egyptians Black Rameses II is from the interior of Africa.
Mummy DNA unravels ancient Egyptians’ ancestry
The findings show that the mummies’ closest kin were ancient farmers from a region that includes present-day Israel and Jordan. Modern Egyptians, by contrast, have inherited more of their DNA from central Africans.
http://www.dnatribes.com/dnatribes-digest-2013-02-01.pdf
"
These results indicate that both Ramesses III a
nd Unknown Man E (possibly his son Pentawer)
shared an ancestral component with present day popul
ations of Sub-Saharan Africa. This preliminary
analysis based on eight STR markers does not identif
y the percentages of Sub-Saharan African ancestry
for these ancient individuals. This preliminary an
alysis also does not exclude additional ancestral
components (such as Near Eastern or Mediterranean
related components) for these ancient pharaonic
Egyptians.
In addition, these DNA match results in present day world regions might in part express
population changes in Africa after the time of Rame
sses III. In particular, DNA matches in present day
populations of Southern Africa and the African Great
Lakes might to some degree reflect genetic links
with ancient populations (formerly living closer to
New Kingdom Egypt) that ha
ve expanded southwards
in the Nilotic and Bantu migrations of the past 3,000 years"
Of course it can be present outside of Africa. Its in the US and Europe but the vast vast majority are Black people. Obviously you didnt read the study. This is why I laugh at you white monkeys when you say you are smart.![]()
The King Tut Gene - DNA Consultants
"Tutankhamun (also spelled Tutenkhamen) is the most famous of all pharaohs. He was the son and successor of Akhenaten, grandson of Amenhotep III and Queen Tiye and great-grandson of the royal matriarch Queen Thuya. Archeologist Howard Carter’s opening of his intact tomb in the Valley of the Kings in 1922 ranks among the most splendid discoveries of history. In 2010, genetic fingerprinting of his mummy determined that he died at the early age of 19 as the result of violence or an accident to which the incestuous relationship of his parents and several genetic defects contributed. Tutankhamun actually carries a “double dose” of the allele named for him. Like most of the other genes in the family, it is Central African in ancient origin, but unlike the other markers it has a sparse distribution outside Africa with a worldwide average frequency of 4%. Still, Africans and African-influenced populations (1 in about 10) are about twice or three times as likely to have it as non-Africans."
Yeah they did look at other groups and found them to be African as well. Kinda sucks for you doesnt it?
http://www.dnatribes.com/dnatribes-digest-2012-01-01.pdf
Genetic Analysis of Amarna Mummies
Geographical analysis of the Amarna mummies was performed using their autosomal STR profiles based on 8 tested loci.
4
Results are summarized in
Table 1
and illustrated in
Figure 1
. Maps for
individual Amarna mummies are included in
Figures 2-8
in the Appendix.
Discussion:
Average MLI scores in
Table 1
indicate the STR profiles of
the Amarna mummies would be
most frequent in present day populations of several
African regions: including the Southern African
(average MLI 326.94), African Great Lakes (average
MLI 323.76), and Tropical West African (average
MLI 83.74) regions.
These regional matches do not necessarily indicat
e an exclusively African ancestry for the
Amarna pharaonic family. However, results indicate th
ese ancient individuals inherited some alleles that
today are more frequent in populations of Africa than
in other parts of the world (such as D18S51=19 and
D21S11=34).