No, white goy mix with noodlewhore, sheboon or spicleta it will be great for you !
Hmmm
I erenyeager was genetically polluted from the start and became inorganic
black africans coming over Mediterranean to europe is genetic pollution
Put it in the Wikipedia page
N
Dogs = racially disfigured mongrels
Wolves = Indo European
Wolves = Indo European
Because that's anti semitic, goy.
Indo europeans are closest to tajiks actually
C
lol, ive noticed you like to pretend to be this forums genetic nerd freak, but no, tajiks are NOT the closest to indo europeans, dude, you dont even know who indo europeans were, you probably think they were yamnaya, learn the difference, anyways, this kickstarts my enlightening of thou, let us begin
C
modern eurotards vs ancient bronze age (and some iron age) europeans, perfectly sums it up
This is literally happening to dingoes as well in Australia, also farmers lobbied on building a massive fence to keep dingoes out of most of Australia. If you see a Dingo outside of the fence your legally allowed to shoot it cause it's considered a "wild dog" despite the fact their genome is slightly different. But once they interbreed with dogs enough we won't even be able to tell the difference.
C
oh, it makes sense now, thats why youre entire dogma is so warped and mentally pseudo, you are a TURK!!
yikes, this is gonna be a fun one, just hurry up and explode at me already, so we can begin my teaching, ever since anthrogenica was taken off the internet, i was itching to play around with arrogant fools who dont know shit about archaeogenetic.
"A 2022 study found that modern individuals from Southern Central Asia, especially Tajiks and Yaghnobis, display strong genetic continuity towards Iron Age Indo-Iranians"
Indo-Iranians - Wikipedia
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mtDNA of ancient central Asians
An interesting new paper confirms the anthropological and archaeological picture of a westward spread of Caucasoids in Central Asia in early prehistoric times, followed by the spread of Mongoloids in the opposite direction during the 1st millennium BC. The Caucasoid-Mongoloid hybrid population resulting from these interactions is similar in terms of mtDNA with present-day Central Asians with some noted differences (e.g., presence of additional West Eurasian haplogroups). In the ancient samples, West Eurasian haplogroups H, HV, I, T*, T1, U*, U1, U5, U5a1 and W were represented:- HV sequences have matches in the Central Mediterranean region
- H sequences are split between the common Cambridge Reference Sequence (CRS) found in many populations, and two other sequences found in the Central Mediterranean and the Caucasus
- The I sequence is present in a modern Central Asian and also in individuals from the Caucasus
- The W sequence is widespread in West Eurasia
- T* sequences are widespread in Europe, the Near East and the Central Mediterranean region
- T1 is widespread in West Eurasia, but also found sporadically in East Eurasia
- The U1a sequences are found in Turks, Armenians and Caucasians
- The U5a sequence has been found in an Egyptian
- The U5a1 sequence is frequent in the Caucasus and present in Europe, while a different U5a1 was reported previously in Mongolia
The East Eurasian haplogroups belong to A*, M*, M4 and G2:
- The M* sequence was observed in an Indian individual
- The M4 sequence has not been previously reported
- The G2 sequence is found in present-day China and Central Asia
- One A sequence is found in present-day Central Asians and Indians, while the other two have a motif found in a modern Chukchi
Most (78%) of the sequences are of West Eurasian (Caucasoid) origin, but before the 7th c. BC, East Eurasian (Mongoloid) sequences are absent, although they could be present up to 20.6% (p<0.05).
Proc R Soc Lond B Biol Sci. 2004 May 7;271(1542):941-7.
Unravelling migrations in the steppe: mitochondrial DNA sequences from ancient central Asians.
Lalueza-Fox C et al.
This study helps to clarify the debate on the Western and Eastern genetic influences in Central Asia. Thirty-six skeletal remains from Kazakhstan (Central Asia), excavated from different sites dating between the fifteenth century BC to the fifth century AD, have been analysed for the hypervariable control region (HVR-I) and haplogroup diagnostic single nucleotide polymorphisms (SNPs) of the mitochondrial DNA genome. Standard authentication criteria for ancient DNA studies, including multiple extractions, cloning of PCR products and independent replication, have been followed. The distribution of east and west Eurasian lineages through time in the region is concordant with the available archaeological information: prior to the thirteenth-seventh century BC, all Kazakh samples belong to European lineages; while later an arrival of east Eurasian sequences that coexisted with the previous west Eurasian genetic substratum can be detected. The presence of an ancient genetic substratum of European origin in West Asia may be related to the discovery of ancient mummies with European features in Xinjiang and to the existence of an extinct Indo-European language, Tocharian. This study demonstrates the usefulness of the ancient DNA in unravelling complex patterns of past human migrations so as to help decipher the origin of present-day admixed populations.
Proc R Soc Lond B Biol Sci. 2004 May 7;271(1542):941-7.
Unravelling migrations in the steppe: mitochondrial DNA sequences from ancient central Asians.
Lalueza-Fox C et al.
This study helps to clarify the debate on the Western and Eastern genetic influences in Central Asia. Thirty-six skeletal remains from Kazakhstan (Central Asia), excavated from different sites dating between the fifteenth century BC to the fifth century AD, have been analysed for the hypervariable control region (HVR-I) and haplogroup diagnostic single nucleotide polymorphisms (SNPs) of the mitochondrial DNA genome. Standard authentication criteria for ancient DNA studies, including multiple extractions, cloning of PCR products and independent replication, have been followed. The distribution of east and west Eurasian lineages through time in the region is concordant with the available archaeological information: prior to the thirteenth-seventh century BC, all Kazakh samples belong to European lineages; while later an arrival of east Eurasian sequences that coexisted with the previous west Eurasian genetic substratum can be detected. The presence of an ancient genetic substratum of European origin in West Asia may be related to the discovery of ancient mummies with European features in Xinjiang and to the existence of an extinct Indo-European language, Tocharian. This study demonstrates the usefulness of the ancient DNA in unravelling complex patterns of past human migrations so as to help decipher the origin of present-day admixed populations.
J
true robot9000 moment
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