Simon wrote:Oracle wrote:Simon wrote:Oracle wrote:Get Real! wrote:Who were the Phoenicians?
We know they dominated sea trade in the Mediterranean for 3,000 years. Now DNA testing and recent archaeological finds are revealing just what the Phoenician legacy meant to the ancient world—and to our own.
Where is the evidence for that?
This is just more GR mythology. I mean, 3,000 years?
He never lets the facts get in the way of a good spin. He has to
rewrite history after all!
This is becoming another one of those GR bashing threads isn't it? Oh well, he asks for it...
He has been bashed into extinction and now he is looking to us for help in resurrecting his identity.
His lifeline might be through the fact he accepts the spread of Phoenicians. Well, the Phoenicians seem to have followed the Greeks around
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1: Hum Biol. 2007 Jun;79(3):339-54.
HLA class I and class II polymorphism in three Sicilian populations.Bonanno CT, Cigna D, Danna C, D'Anna RP, Di Sano C, Matranga D, Raffa M, Impeduglia A, Salerno A.
Dipartimento di Biopatologia e Metodologie Biomediche, Università degli Studi di Palermo, Palermo, Italy.
Two human leukocyte antigen (HLA) class I loci (HLA-A and HLA-B) and one class II locus (HLA-DR) were typed at the DNA level in the Sicilian population. Study participants were of Sicilian origin (183 for class I loci and 260 for class II loci) and live in three towns, chosen on the basis of geographic position and different historical events. These towns are Sciacca (southwest Sicily, located at sea level, conquered by Arabs in A.D. 814), Piana degli Albanesi (northwest Sicily, 720 m above sea level, has maintained religious, cultural, and linguistic peculiarities traced to Albanian settlement in 1488), and Troina (northeast Sicily, 1120 m above sea level, known as the first settlement of Normans). The assumptions underlying the study of genetic structure, based on HLA allele polymorphism, are that these three towns are located in areas that can be distinguished according to historical criteria and that they are likely to have contributed to cultural and probably genetic differences.
As such, the high frequency of some alleles in Sciacca and Troina seems to be correlated with Greek, Phoenician, North African, and Arab influence. In accordance with different human settlements in Sicily, we found that the HLA allele frequencies support the existence of genetic differentiation between the western and eastern sides of Sicily.
This separation is attributed to Greek colonization in the east and to Phoenician-Carthaginian-Arab influence in the west. Moreover, the
comparisons of all allele frequencies between Mediterranean and AfrIcan populations show the same trend, highlighting in some cases European origin and in other cases non-European origin.
PubMed