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[QUOTE]Originally posted by Tukuler: [QB] Date MF date don't wanna waste time chasin downlvl papers EDIT: scratch that already got it on my ext-stg [QUOTE]Originally posted by xyyman: [qb] Google translator was used for this…take what you may from this, but the conclusion further confirms Africans migrating into the Levant and Iberia since Paleoltihic times.. As I said aDNA will expose the lies. Charts and tables will be posted on ESR. Population Studies through aDNA – Eva Fernandez Dominguez ///=== CONCLUSIONS POPULATION 26. [b]Reynolds distance and cluster analysis show that all three sets defined sample ("Paleolithic", "Middle Eastern Neolithic" and "Neolithic of the Iberian peninsula ") are phylogenetically CLOSER to each other than to the current populations[/b]. 27. The three sample sets have generally a large number of haplotypes unrepresented or low frequency [b]current [/b]populations. 28. Although ancient populations differ from current procedures situate phylogenetic reconstruction old as closely haplotypes related to current and indicate that, old and new, come from a common gene pool. 29. The Middle East Neolithic samples have high genetic diversity dis-similar to the current populations of the same geographic region. 30. The Near Eastern Neolithic samples are frequency composition and haplotypes and haplogroups different from the current population of the same region Geographic. [b]It is inferred that in the Middle East there has been a change in the genetic composition from the Neolithic. [/b] 31. The presence of rare haplotypes currently common to some [b]Neolithic samples [/b]from Tell Ramad and [b]Druze population of the current Israel[/b], suggests a likely relationship between both matrilineal. 32. [b]The presence of mitochondrial variations in the sample ***sub-Saharan***, Neolithic Middle East, analyzed, suggests that gene flow between this region and the continent Africa has been occurring since before the Neolithic.[/b] 33. Haplogroups proposed as markers to [b]Neolithic expansion Europe FROM the Middle East, [/b]especially the haplogroup J-, are not former present in the sample obtained in this geographic area. If we discard the sampling bias as the cause, the results suggest that: [b]1) or populations Neolithic that spread in Europe belonged to a later archaeological phase, or 2) the current substructure haplogroup J does **NOT** have its origin in the Neolithic. [/b]. 34. Considering only the composition of the samples lineages neolithic Middle East, it is equally possible that the mitochondrial diversity appropriate European populations: 1) of the Neolithic demographic expansions, 2) of genetic continuity from Paleolithic. 35. The oldest samples of the Iberian Peninsula are analyzed here composition and haplotypes and haplogroups [b]frequency different from Iberian populations current, suggesting that since the Neolithic there has been a change in the genetic composition of these populations.[/b] 36. The presence of the motif 16126C-16311C now common stocks Middle East in Solutrean layer samples of the Cave of Nerja and the Chalcolithic sites of Tres Montes and Abauntz, moves to think of a link by matrilineal between these ancient populations and current populations of East Next. The lack of information prevents other periods dating the potential connection. However, the absence of this motif in our sample Neolithic Next East could indicate that this connection back to the Neolithic PPNB. 37. [b]The presence of about 50% SSA lineages L1b, L2 and L3 in the Chalcolithic deposits of Abauntz and Tres Montes, in Navarre, suggests the existence in the past of an important gene flow from Africa to this geographic region. The low frequency of these lineages in the current population suggests that Spanish has gene replacement occurred since the Chalcolithic. The entry of African lineages could occur during the Paleolithic, during the Neolithic period, or during both periods. The presence of phylogenetically related sequences in the Chalcolithic deposits Iberian Peninsula in Neolithic and Chalcolithic samples Middle East aims to Neolithic as most likely time of entry into the peninsula of these lineages. [/b] 38. Haplogroup V [b]supposedly originating [/b]in the Pyrenean-Cantabrian strip, is absent in samples Chalcolithic period of Abauntz Navarre deposits and Tres Montes. The results suggest that the high frequency current haplogroup mentioned in this area is probably due to other factors such as[b] genetic drift [/b]and founder effects. 39. [b]Overall, the results show that since the Neolithic has a change in the composition of mitochondrial populations of Syria and Iberian Peninsula. [/b]The conclusions derived from mtDNA diversity in current populations should take this factor into consideration. ***Mike111 is right!!!!*** 40. [b]None of the old sequences recovered, partial or complete, exhibits a mutational pattern comparable to that of Neanderthal specimens studied to date[/b]. The result is to suggest that, had produced a contribution Neanderthal the European gene pool, it would have been lost before the Neolithic. ===\\\ . [/qb][/QUOTE] [/QB][/QUOTE]
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