: lineage, defined by HVS I motif
: 16069–16126-16145–16222-16235–16261-16271
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: J1a or J1b is 18% in Polish Romani gypsies
: perhaps in Witold Lakatozs the Polish Romani
: Gypsies who claim to be King of the Gypsies
: and the Romani Union with Russia Mafia which
: is Jewish influnces. They have money
: international connection then the Mitchell
: Gypsy clan who have J1b or J1a and HLA-A2901
: and HLA-B4201 and B- Rh negative frequency
: from Yazdegerd III who was last Zoroastrian
: King of Persian from the House of David
: descending from Solomon and Sheba son
: Rehubaum as was know in Judah and his family
: Judah with Daniel Chief the Magi and Persian
: Prince and all the Persian Kings from
: Isfandiyar to Yazdegerd III and his daughter
: Nikabanu or Mahabanu who continue the
: Persian jewish Royal lineage in Deval or
: Karachi in Now Pakistan who founded the Banu
: Sasan claim Royal Jewish Persian Sassanian
: descent from Yazdegerd III. Rehubaum who is
: Solomon and Sheba son left some in his
: family in Israel which Daniel the Chief of
: Chaldean Magi came from and Rehubaum fled to
: Ethiopia and started another Royal lineage
: in the Oromo Tribe and he was called by the
: Ethiopians Menelik which a long lineage
: Ethiopian Kings that end with Hallie
: Salassie or Rastafari was overthrow by
: Marxist. Yazdegerd III and his Daughter
: Nikabanu and Hallie Salassie both came
: descend from Solomon and Sheba Son Rehubaum
: when in Judah and also called Menelik when
: fled to Ethiopia. So the Mitchell Gypsy clan
: and maybe the Witold Lakatozs has the right
: to Rule if the they have J1a or J1b from
: Solomon and Sheba or Lilith family from Ur
: Sumerian and Gypsies claim descend form
: Lilith and this Lilith Royal Lineage.
:
: Romany Migration from Indo-Pakistan
: Haplotype J1
: Malyarchuk proposes a Romani linkage to J1
: distribution from the Indo-Pakistani region
: via Romany migration to Europe, also
: previous research into J1 distribution among
: ethnicities of India and Pakistan.
:
:
: "Mitochondrial DNA Variability in
: Slovaks, with Application to the Roma
: Origin"
:
: http://onlinelibrary...07.00410.x/full
:
: "Previously, we have found that the
: Polish Roma population is characterized by
: high incidence (18.8%) of haplogroup J1*
: lineage, defined by HVS I motif
: 16069–16126-16145–16222-16235–16261-16271
: (Malyarchuk et al. 2006a). This and a
: similar haplotype, lacking only the 16271
: transition, are very rare in European Roma
: populations, being found only in the
: Spanish, Bulgarian and Hungarian Roma
: (Gresham et al. 2001; Egyed et al. 2007).
:
: Among Europeans, such haplotypes have been
: revealed only in French (0.5%; Dubut et al.
: 2004), Hungarian (0.5%; Egyed et al. 2007)
: and Czech (about 3%; Vanecek et al. 2004;
: Malyarchuk et al. 2006b) populations.
:
: In the present study, we have found that
: 2.9% of individuals from eastern Slovakia
: are characterized by exactly the same
: J1*-haplotype. Taking into account its
: similarity with J1-haplotypes revealed in
: Southwestern Pakistani populations
: (Quintana-Murci et al. 2004) and thus
: assuming that this haplotype might have been
: characteristic of the ancestral Romani
: population (Malyarchuk et al. 2006a), we
: completely sequenced two J1*-samples
: revealed in Slovakia (Fig. 2). Comparison
: with published data (pooled in MitoMap mtDNA
: tree (Ruiz-Pesini et al. 2007)) demonstrated
: that these J1*-haplotypes belong to a new
: subhaplogroup J1a defined by transition at
: 8460.
:
: This subhaplogroup appears to be a sister
: clade to subhaplogroup J1b. Therefore, the
: J1a contribution to the Roma, and through
: them to some European gene pools, can be
: caused by gene flow from Indo-Pakistani
: region.
:
: One of the haplogroup J Slovak sample
: (Slv174; 16069–16126–16261–73–263–295) was
: characterized by uncertain HVS II motif, due
: to the lack of any subhaplogroup-diagnostic
: mutation according to classification
: developed in Palanichamy et al. (2004) and
: Carelli et al. (2006). To determine its
: phylogenetic status, we completely sequenced
: this sample and found that it belongs to
: subhaplogroup J1c being accompanied by
: transition at 14798, despite the lack of
: diagnostic mutation at position 228. It is
: unclear however, whether this sample should
: occupy the ancestral node for J1c-phylogeny
: or it is the result of back-mutation at
: position 228 (Fig. 2)."
:
: The Quintana-Murci article regarding J1
: being found in Baloch and other Pakistani
: population is here:
:
: "Where West Meets East: The Complex
: mtDNA Landscape of the Southwest and Central
: Asian Corridor"
:
:
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