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Phyllis Starnes drew many threads of Melungeon research together when she delivered her presentation on autosomal DNA validation studies at the Fifteenth Melungeon Union, held atWarren Wilson College, Swannanoa, NC July 15-16, 2011. Sponsored by the Melungeon Heritage Association of Kingsport, Tenn., the conference was appropriately titled, "Carolina Connections: Roots and Branches of Mixed Ancestry."

Starnes, who is administrator of DNA Consultants' Melungeon DNA Studies as well as an assistant investigator responsible for authoring reports, began her presentation by telling her own story. In 2002, she read an article about the occurrence of Familial Mediterranean Fever in Appalachia, where she grew up. "This article was the catalyst for me to address my own health and ancestry," she told participants.

She had met N. Brent Kennedy, author of the touchstone book The Melungeons:  The Resurrection of a Proud People, and soon became acquainted with both Elizabeth Hirschman (Melungeons:  The Last Lost Tribe in America) and Donald Panther-Yates, both speakers at Melungeon Fourth Union in Kingsport. The resources she needed for understanding her peculiar heritage were coming together.

Starnes summarized the Hirschman-Yates study of Melungeon DNA results published last December in Appalachian Journal and went on to reveal the results of a validation study of the Melungeon data in which the DNA profiles of the 40 participants were fed back into the database atDNA, expanded to reflect the world's only autosomal DNA Melungeon sample.

Astoundingly, many Melungeon DNA project participants had Melungeon as their No. 1 match, including Starnes.

In 1990, physical anthropologist and chemist James Guthrie analyzed blood sampled from 177 Southern Appalachian people identifying as Melungeon tested by Pollitzer and Brown in 1969. Guthrie's analysis was consistent to a remarkable degree with the Hirschman-Yates study.

All studies to date have verified and confirmed repeatedly that Melungeon descendants carry an unusual mix of Jewish, Mediterranean, Turkish, Iberian, Native American and African DNA. They also inherit genetic predispositions toward developing Familial Mediterranean Fever and other disorders.

This overarching thesis explaining what makes Melungeons different was advanced over twenty years ago by Brent Kennedy. It has now been re-examined, probed, tested and validated by unimpeachable followup studies, but little has turned up to change Kennedy's original thinking. It would be wrong to say that Melungeon origins today are controversial or mysterious. There is much we do not know about them, but their genetic and medical profiles are clear.

Starnes is enrolling people in Phase II of the Melungeon DNA Study. She has also inaugurated a password-secured blog where participants can freely share their experiences.

More information about Melungeons
Toward a Genetic Profile of Melungeons in Southern Appalachia
Melungeon Studies
Melungeon Match

In a review of Chris Stringer's book The Origin of Our Species (Lane, 2011), Jean-Jacques Hublin sides with one of the first promoters of the 30-year old Recent African Origin hypothesis and supports the notion that modern humans out of Africa entirely replaced Neanderthals because they were, well, fitter and superior.

See "Palaeoanthropology:  African Origins" in Nature 476, 395 (August 25, 2011).

But could the true scenario have been that "we" were already hybridized with Neanderthals, and that's why "we" won out? Recent work has brought evidence that Neanderthals gave "us" our immunities to a wide range of disease and thus allowed "us" to survive. The question doesn't have to be an either/or dilemma.

Above:  Krapina Neanderthal Museum. N. Solic.

We always suspected the genetics community of clinging to stale dogmas and being slow to acknowledge emerging new evidence about American Indians. But we did not dream that their officiousness extended to changing the information given by test subjects to bring it into conformity with preconceived conclusions.

Not until we heard Marcy's story.

"Over the years, I've heard complaints that [a DNA testing company] is not really responsive when you have questions about unexpected results," Marcy said. "They usually suggest further testing, which of course, means more revenue to them.

"I've had some major disagreements with [a DNA testing company] over how they list results for mitochondrial haplogroup ancestral origins . . . . I found out they were taking dozens of T2's who had listed their earliest known female ancestor as being from America or the United States, changing this and placing them in the 'unknown' category. They claimed that because our haplogroup was designated European, our ancestors couldn't be from the United States!

"Now this was nonsense, because at the same time, they allowed people to claim other similarly-colonized western countries, like Cuba. It's my opinion that if participants list a country of origin for their earliest known female relative, that should be what is on the web page, not something assigned by [a DNA testing company] because as they told me, it may 'confuse people,' or contradict current scientific data.

"As a consequence [the DNA testing company's] publicly reported ancestral origins has nothing to do with our haplogroup's ancient Cherokee clan mother. The chips should fall where they may."

Now this is not professional behavior on the part of a DNA testing company and it prevents new findings from coming to light.

In a study of 52 individuals claiming direct maternal descent from an American Indian woman, mostly Cherokee, we found that they were unmatched anywhere else except among other participants. Haplogroup T emerged as the largest lineage, followed by U, X, J and H. Similar proportions of these haplogroups were noted in the populations of Egypt, Israel and other parts of the East Mediterranean.

DNA testing companies do a disservice to their customers and to science by failing to call results as they appear without doctoring them. It is time geneticists stopped bringing all American Indians over the Bering Straits and forcing test subjects into the Procrustean bed of outmoded theory.

For more on "anomalous" American Indian haplotypes, visit our Cherokee DNA Studies, now in Phase II testing.

It used to be thought that the Sorbs, a medieval East German Slavic population, formed the core of a group of Jews who ended up as the dominant element of Ashkenaz, Eastern Jews in Poland, Lithuania, Ukraine, Silesia and Russia. No longer.

According to an article published in European Journal of Human Genetics (2011) 19, 995-1001, "Genetic Variation in the Sorbs of Eastern Germany in the Context of Broader European Genetic Diversity," by Veeramah et al., the Sorb "population isolate" is not that isolated but was "less than that observed for the Sardinians and French Basque," true isolates. Sorbs are in reality part of the larger population of West Slavs, including Poles and Czechs, and scarcely distinguishable from them.

Histories of Judaism will have to revise their accounts of the genesis of Ashkenazim accordingly. The story of European Jews is more diversified and dynamic than most history or coffee-table type books allow.

Abstract.

For an example of a research article on Ashkenazi roots overemphasizing Sorbs, see Behar et al. who theorizes they were a leading constituent of Levites.



Charlemagne subjugates pagans in Germany.

--Bob Dylan

Will the archeological establishment's obtuseness about prehistory and the religion of the Great Goddess ever falter? In an article titled "Pieces of a Bronze Age Puzzle" in the current issue of Archaeology Magazine (Sept/Oct 2011, p. 15), Jessica Woodard discusses the "enigma" of thousands of broken Cycladic figurines from the tiny, uninhabited island of Keros near Naxos. Summarizing the decades long work of Cambridge archeologist Colin Renfrew, she dates the site to 2800 to 2300 BCE and (are you ready for this) speculates there was a lot of "social activity as well as ritual activity...relating to beliefs about life, death, and perhaps the hereafter."

This is tantamount to saying that the deliberately broken figurines were broken by people, human beings who lived a long time ago, on purpose. But what kind of rituals and "beliefs"? The word "religion" is mentioned nowhere. Evidently, since archeologists profess no religion themselves they cannot detect it in any of the people whose graves and relics they dig up.

Greek mythology tells how Venus, the eldest of the Fates, was born at sea and stepped ashore on several islands, where her cult continued, notably at Cythera, Crete, Naxos and Cyprus. All the "enigmatic" broken figures clearly relate to the worship of the Mother Goddess. Marija Gimbutas covers the featureless face, arms crossed over breasts and other unmistakable signs of the Goddess or Magna Mater in her voluminous writings, including The Language of the Goddess. We suggest if Colin Renfrew cannot bring himself to read Gimbutas he at least dip into Pausanias, the second century CE author of a guidebook to Greece in ten volumes. There he will find many descriptions of these votive offerings to the Goddess.

Archeologists may also want to acquire at least a bowing acquaintance with Riane Eisler's The Chalice and the Blade. Both Gimbutas and Eisler describe three invasions of the warriors of the steppes with their male gods following the year 3000 BCE that spelled an end to the long period of female-based life-celebrating religion in the Middle East and Old Europe. Only the Minoans, Etruscans and certain other peoples from Asia Minor and the Greek Islands were able to retain the Mother Goddess in the new mostly male pantheon, which was focused more on death than rebirth.

The only puzzling part of the Keros Hoard is how archeologists could overlook its abundant testimony to the Mother Goddess religion.


Botticelli's "Birth of Venus" depicts the Goddess' first coming ashore. (No, this is not the famous original in the Uffizzi Gallery in Florence. This is a cheap reproduction hanging on the walls of a Rome pizzeria.)

We just returned from a long trip through Italy and were struck by Italians' apparent immunity to all the forces of aging that besiege Americans and other members of the First World. "Italian men," said Paolo, our driver, "smoke, drink, womanize and curse all day and live to a hundred." Maybe the answers why are in this new report on Italian longevity.

The genetic component of human longevity: analysis of the survival advantage of parents and siblings of Italian nonagenarians

Alberto Montesanto¹, Valeria Latorre¹, Marco Giordano¹, Cinzia Martino¹, Filippo Domma² and Giuseppe Passarino¹

Many epidemiological studies have shown that parents, siblings and offspring of long-lived subjects have a significant survival advantage when compared with the general population. However, how much of this reported advantage is due to common genetic factors or to a shared environment remains to be resolved.

We reconstructed 202 families of nonagenarians from a population of southern Italy. To estimate the familiarity of human longevity, we compared survival data of parents and siblings of long-lived subjects to that of appropriate Italian birth cohorts. Then, to estimate the genetic component of longevity while minimizing the variability due to environment factors, we compared the survival functions of nonagenarians' siblings with those of their spouses (intrafamily control group).

We found that both parents and siblings of the probands had a significant survival advantage over their Italian birth cohort counterparts. On the other hand, although a substantial survival advantage was observed in male siblings of probands with respect to the male intrafamily control group, female siblings did not show a similar advantage. In addition, we observed that the presence of a male nonagenarians in a family significantly decreased the instant mortality rate throughout lifetime for all the siblings; in the case of a female nonagenarians such an advantage persisted only for her male siblings.

The methodological approach used here allowed us to distinguish the effects of environmental and genetic factors on human longevity. Our results suggest that genetic factors in males have a higher impact than in females on attaining longevity.