House of Hauteville
The familial origins had roots from the Norwegian Vikings (Norsemen) who had settled in Normandy in the 10th century. - mtDNA: U5a1a...
Friday, May 14, 2010
Tuesday, April 6, 2010
León & Brabant genes in Sicily
Y-DNA: Brabant genes in Randazzo (Belgium-Netherlands) - 3.1% exact matches - significant indicators...
mtDNA: León genes in Santo Stefano di Camastra (Portugal-Spain) - Swedes. Visigoths...
mtDNA: León genes in Santo Stefano di Camastra (Portugal-Spain) - Swedes. Visigoths...
Thursday, February 11, 2010
The Rus-law U5 halpotype - haploid genotype.
The Rus-law U5 halpotype - haploid genotype.
I've discovered very common links with Rus or Rhos people of Sweden and the U5 halpotype found in Sicily today. I found historical documentation that links the noble family 'Trigona' to ancient Swedish origin. These people were identified as a Germanic tribe called Swedes by the Frankish authorities then - linked to the Swedish coastal area of Roslagen (Rus-law) or Roden.
This discovery ties well with where the U5 halpotype is mostly found today, history in the Mediterranean dating back to the 11th century and our family's mtdna U5a1a results today.
I've discovered very common links with Rus or Rhos people of Sweden and the U5 halpotype found in Sicily today. I found historical documentation that links the noble family 'Trigona' to ancient Swedish origin. These people were identified as a Germanic tribe called Swedes by the Frankish authorities then - linked to the Swedish coastal area of Roslagen (Rus-law) or Roden.
This discovery ties well with where the U5 halpotype is mostly found today, history in the Mediterranean dating back to the 11th century and our family's mtdna U5a1a results today.
The Roden U5 halpotype - haploid genotype.
Normanist theory: Kievan Rus' U5 halpotype - haploid genotype.
The Roden U5 halpotype - haploid genotype.
The people called Rus in the form of Rhos dates back to year 839 AD - Kievan Rus' U5 halpotype. Linked to the Swedish coastal area of Roslagen (Rus-law) or Roden. Finnish name for Sweden (Ruotsi) is derived from an Old Norse term for "the men who row" (rods-). identified as a Germanic tribe called Swedes by the Frankish authorities.
The Roden U5 halpotype - haploid genotype.
The people called Rus in the form of Rhos dates back to year 839 AD - Kievan Rus' U5 halpotype. Linked to the Swedish coastal area of Roslagen (Rus-law) or Roden. Finnish name for Sweden (Ruotsi) is derived from an Old Norse term for "the men who row" (rods-). identified as a Germanic tribe called Swedes by the Frankish authorities.
Saturday, August 22, 2009
Norman period (11th century AD)
My U5a1a comes a town originated around the Benedictine monastery of Santa Croce di Santo Stefano in Val Demone, established in the Norman period (11th century AD) late 1090s - under Roger I of Sicily of Hauteville-la-Guichard - Hauteville family.
U5a1a# were found in Normandy and Morbihan
U5a1a# were found in Normandy and Morbihan:
Our French study has also permitted to suggest information on the spread and/or origin of specific European haplogroups. This is the case of haplogroup U5a1a, for which the regional origin remains unclear, and that is reported to have differentiated very recently (between 2200 and 12 800 BP).9 The fact that three different haplotypes belonging to U5a1a# were found in Normandy and Morbihan suggests that this haplogroup appeared in north-western Europe: it would have subsequently spread across Europe from this centre. One part of U5a1a would have reached the Near East, and certainly subsequently back-migrated into Europe, as suggested by Richards et al9 Then, haplogroup U8 was found principally in Alpine and north-eastern European regions.9,22 Although it was previously described as diversity-free in most cases, U8 exhibits diversity in our Var sample. The age estimate of this cluster is 44 400plusminus27 010 years BP (calculated as in Saillard et al32 with Network 3.0 – http://www.fluxus-engineering.com, including all the 12 haplotypes previously described,9,22 and the three haplotypes from Var), and clearly shows that this cluster is of Palaeolithic origin. Haplogroup U8 has most probably differentiated on the west central Mediterranean coast during the Upper Palaeolithic, and has subsequently migrated into north-eastern Europe (possibly via Alpine region), during the population re-expansions that occurred after the LGM. Thus, this cluster suggests that the French Mediterranean coast acted as a refugium during the LGM, and indicates that, as well as haplogroup V, some other clusters have differentiated in Western Europe during the Upper Palaeolithic and could be taken into account to evaluate the impact of the post-LGM expansion on the present-day European gene pool.
http://www.nature.com/ejhg/journal/v12/n4/full/5201145a.html
Our French study has also permitted to suggest information on the spread and/or origin of specific European haplogroups. This is the case of haplogroup U5a1a, for which the regional origin remains unclear, and that is reported to have differentiated very recently (between 2200 and 12 800 BP).9 The fact that three different haplotypes belonging to U5a1a# were found in Normandy and Morbihan suggests that this haplogroup appeared in north-western Europe: it would have subsequently spread across Europe from this centre. One part of U5a1a would have reached the Near East, and certainly subsequently back-migrated into Europe, as suggested by Richards et al9 Then, haplogroup U8 was found principally in Alpine and north-eastern European regions.9,22 Although it was previously described as diversity-free in most cases, U8 exhibits diversity in our Var sample. The age estimate of this cluster is 44 400plusminus27 010 years BP (calculated as in Saillard et al32 with Network 3.0 – http://www.fluxus-engineering.com, including all the 12 haplotypes previously described,9,22 and the three haplotypes from Var), and clearly shows that this cluster is of Palaeolithic origin. Haplogroup U8 has most probably differentiated on the west central Mediterranean coast during the Upper Palaeolithic, and has subsequently migrated into north-eastern Europe (possibly via Alpine region), during the population re-expansions that occurred after the LGM. Thus, this cluster suggests that the French Mediterranean coast acted as a refugium during the LGM, and indicates that, as well as haplogroup V, some other clusters have differentiated in Western Europe during the Upper Palaeolithic and could be taken into account to evaluate the impact of the post-LGM expansion on the present-day European gene pool.
http://www.nature.com/ejhg/journal/v12/n4/full/5201145a.html
Ancient British, Ancient Greek, Viking/Norse, Medieval Anglo-Saxon - DNA
Ancient Greek DNA
mtDNA from Grave Circle B in Mycenae (3,600 years old)
1 haplogroup U5a1
Ancient British DNA
Cheddar Man (9,000 years old, England) => mtDNA haplogroup U5a
Viking/Norse DNA
Evidence of Authentic DNA from Danish Viking Age Skeletons Untouched
by Humans for 1,000 Years
MtDNA
Viking-age skeletons from Galgedil & Kongemarken
1 haplogroup U5a1a
Medieval Anglo-Saxon DNA
Tracing the Phylogeography of Human Populations in Britain Based on
4th-11th Century mtDNA Genotypes
2 haplogroup U5a1a
4 haplogroup U5a1
-----------------------
Ancient Basque DNA
Late Antiquity Basque DNA (1,400 years old)
Y-DNA
23 haplogroup R1b
Ancient German DNA
Lichtenstein Cave Bronze-Age Family (3,000 years old, Lower Saxony) :
Y-DNA
1 haplogroup R1b
---------------------------
mtDNA from Grave Circle B in Mycenae (3,600 years old)
1 haplogroup U5a1
Ancient British DNA
Cheddar Man (9,000 years old, England) => mtDNA haplogroup U5a
Viking/Norse DNA
Evidence of Authentic DNA from Danish Viking Age Skeletons Untouched
by Humans for 1,000 Years
MtDNA
Viking-age skeletons from Galgedil & Kongemarken
1 haplogroup U5a1a
Medieval Anglo-Saxon DNA
Tracing the Phylogeography of Human Populations in Britain Based on
4th-11th Century mtDNA Genotypes
2 haplogroup U5a1a
4 haplogroup U5a1
-----------------------
Ancient Basque DNA
Late Antiquity Basque DNA (1,400 years old)
Y-DNA
23 haplogroup R1b
Ancient German DNA
Lichtenstein Cave Bronze-Age Family (3,000 years old, Lower Saxony) :
Y-DNA
1 haplogroup R1b
---------------------------
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