K36 Advanced Chromosomal Analysis
Results for individual chromosomes
Analysis of continental origin
About Continental Breakdown Analysis
This section analyzes your genetic data and categorizes it into major continental groups. Based on your K36 components from all chromosomes. The analysis determines if your ancestry is primarily from a single continental region (dominant) or represents a mix of different continental origins. Results above 70% for a single continental group indicate dominant ancestry from that region, while more balanced percentages across multiple groups suggest mixed ancestry.
Mixed ancestry detected! (less than 70% from a single continental group)
| Continental stock (showing only groups with more then 1%) | Percent |
|---|---|
| West Asian North African | 49.94% |
| European | 46.55% |
| Sub Saharan African | 1.37% |
Reference Populations Used in Analysis
This analysis was performed using the following reference populations you selected. These populations form the basis for comparing your genetic data and determining ancestry percentages.
Population map with the smallest distance
Dominant ancestral component 1 (West Asian North African)
Dominant ancestral component 2 (European)
This map visualizes the geographic locations of the populations that most closely match your genetic signature for each chromosome. Red markers indicate the population with the closest genetic match for each chromosome, while the heat map shows areas of genetic similarity concentration. This geographical representation helps visualize the regional origins of your ancestry.
Most similar population
Mixed ancestry detected!
Two separate heat maps were created to show likely ancestral origins.
Main stocks: West Asian North African and European
* Marker size and heat intensity are proportional to the number
of chromosomes assigned to each population.
Autosomal analysis for Chromosome 1
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 1 used to create heat map):
Ancestor 1:
Belarus_Ashkenazy
Ancestor 2:
Syrian_Jew
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 1:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.2099
Results of the nMonte algorithm (10% minimum value) Chromosome 1:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.1942
Results of the nMonte algorithm (1% minimum value) Chromosome 1:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.1904
nMonte Results Visualization (1% minimum value) - Chromosome 1
Geographic distribution of populations - Chromosome 1
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Belarus_Ashkenazy: 2.2346
- Poland_Ashkenazy: 2.2672
- Italian_Jew: 2.2987
- Sicily_Ragusa: 2.3012
- Sicily_Caltanisetta: 2.3199
- Sicily_Messina: 2.3283
- Syrian_Jew: 2.3351
- Sicily_Agrigento: 2.3486
- Tunisian_Jew: 2.3568
- GR_Cyclades: 2.3627
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.257
Combination: 12.2% Palestinian + 87.8% Poland_Ashkenazy -
Distance: 2.288
Combination: 6.7% PL_Subcarpathia + 93.3% Italian_Jew -
Distance: 2.298
Combination: 4.4% IQ_Syriac + 95.6% Italian_Jew -
Distance: 2.298
Combination: 1.9% Turkish_Central-East + 98.1% Italian_Jew -
Distance: 2.299
Combination: 1.3% IQ_Turkmen + 98.7% Italian_Jew
Best combinations of 3 populations:
-
Distance: 2.282
Combination: 16.8% Austria_Upper_and_Lower + 7.3% GR_Thessaly + 75.9% Tunisian_Jew -
Distance: 2.320
Combination: 76.1% Sicily_Agrigento + 3.5% German_Danzig + 20.5% Lebanon_Shia
Best combinations of 4 populations:
Autosomal analysis for Chromosome 2
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 2 used to create heat map):
Ancestor 1:
Sephardi_Portugal_Belmonte
Ancestor 2:
Jordanian
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 2:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.4988
Results of the nMonte algorithm (10% minimum value) Chromosome 2:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.4541
Results of the nMonte algorithm (1% minimum value) Chromosome 2:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.4450
nMonte Results Visualization (1% minimum value) - Chromosome 2
Geographic distribution of populations - Chromosome 2
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Sephardi_Bulgaria: 1.6496
- Tunisian_Jew: 1.6920
- France_Ashkenazy: 1.7205
- Moroccan_Jew: 1.7207
- Italian_Jew: 1.7325
- Algerian_Jew: 1.7828
- Poland_Ashkenazy: 1.7916
- Sicily_Messina: 1.7920
- Sephardi_Turkey: 1.7937
- Sicily_Caltanisetta: 1.7967
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.585
Combination: 24.1% Portugal_South + 75.9% Tunisian_Jew -
Distance: 1.643
Combination: 6.9% Arab_Khuzestan + 93.1% Sephardi_Bulgaria -
Distance: 1.665
Combination: 9.7% Slovenian + 90.3% Tunisian_Jew -
Distance: 1.683
Combination: 4.1% PL_Suwalki + 95.9% Tunisian_Jew -
Distance: 1.714
Combination: 13.7% NL_Overijssel + 86.3% Algerian_Jew
Best combinations of 3 populations:
-
Distance: 1.678
Combination: 4.0% Hungarian_Alfold + 2.5% RU_Smolensk + 93.5% Tunisian_Jew -
Distance: 1.687
Combination: 15.3% IT_Piemonte + 15.1% IQ_Tikrit + 69.6% Moroccan_Jew -
Distance: 1.697
Combination: 17.6% FR_Alsace + 48.4% Sicily_Messina + 34.0% Palestinian -
Distance: 1.719
Combination: 2.7% Moldova_nord + 10.2% IQ_Mandean + 87.1% Italian_Jew -
Distance: 1.731
Combination: 15.3% ES_Islas_Baleares + 2.4% North-eastern_Bulgaria_Turks + 82.3% Algerian_Jew
Best combinations of 4 populations:
Autosomal analysis for Chromosome 3
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 3 used to create heat map):
Ancestor 1:
GR_Samos
Ancestor 2:
Armenian_Karabakh
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 3:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.1411
Results of the nMonte algorithm (10% minimum value) Chromosome 3:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.0380
Results of the nMonte algorithm (1% minimum value) Chromosome 3:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.0033
nMonte Results Visualization (1% minimum value) - Chromosome 3
Geographic distribution of populations - Chromosome 3
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- GR_Chios: 1.3727
- Greek_Smyrna: 1.4010
- GR_Kalymnos: 1.4054
- GR_Rhodos: 1.4054
- GR_Crete: 1.4253
- Romanian_Jew: 1.4258
- Latvia_Ashkenazy: 1.4281
- Ashkenazy_average: 1.4456
- GR_Cyclades: 1.4673
- Turkish_Central_West: 1.4690
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.264
Combination: 85.8% GR_Kalymnos + 14.2% Darginian -
Distance: 1.303
Combination: 62.7% GR_Kalymnos + 37.3% Turkish_South-West -
Distance: 1.306
Combination: 83.9% Greek_Smyrna + 16.1% GEO_Tuskheti -
Distance: 1.314
Combination: 81.5% GR_Chios + 18.5% Kurd_IQ -
Distance: 1.337
Combination: 79.4% GR_Crete + 20.6% Talysh
Best combinations of 3 populations:
-
Distance: 1.222
Combination: 7.0% FR_Centre_Val_De_Loire + 77.8% GR_Rhodos + 15.2% Tabassaran -
Distance: 1.239
Combination: 1.3% Kabardin + 34.0% Armenian_Karabakh + 64.7% Latvia_Ashkenazy -
Distance: 1.258
Combination: 3.2% ES_Burgos + 79.3% GR_Rhodos + 17.5% GEO_Khevsureti -
Distance: 1.273
Combination: 57.2% GR_Chios + 10.7% Bulgaria_SE + 32.1% IQ_Chaldean -
Distance: 1.276
Combination: 2.4% DE_Rheinland_Pfalz-east-of-Rhine + 69.3% GR_Kalymnos + 28.3% Azeri_Kars
Best combinations of 4 populations:
-
Distance: 1.256
Combination: 9.1% German_Sudetenland + 57.7% GR_Kalymnos + 10.2% Iranian_Mazandarani + 23.1% Lebanon_Orthodox_Christian -
Distance: 1.362
Combination: 4.7% RU_Bryansk + 7.6% GR_Macedonia + 51.0% GR_Kalymnos + 36.7% Greek_Cyprus -
Distance: 1.365
Combination: 10.9% DE_Niederbayern + 63.3% GR_Crete + 5.1% Iranian_Shiraz + 20.8% Hatay_Nusayri -
Distance: 1.382
Combination: 14.1% GR_Kos + 6.9% Bulgaria_SW + 18.2% IQ_Tikrit + 60.8% Latvia_Ashkenazy
Autosomal analysis for Chromosome 4
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 4 used to create heat map):
Ancestor 1:
Lezgin
Ancestor 2:
Lebanon_Maronite
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 4:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.3923
Results of the nMonte algorithm (10% minimum value) Chromosome 4:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.3117
Results of the nMonte algorithm (1% minimum value) Chromosome 4:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.2624
nMonte Results Visualization (1% minimum value) - Chromosome 4
Geographic distribution of populations - Chromosome 4
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Turkish_North-West: 1.9034
- Armenian_Karabakh: 1.9479
- Turkish_Central-East: 1.9767
- Turkish_South-West: 1.9886
- Turkish_Central_West: 1.9889
- Turkish_South: 1.9895
- Mountain_Jew: 2.0471
- Tat_Jew: 2.0638
- Azeri_west: 2.0808
- Azeri_NE: 2.0908
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.856
Combination: 28.8% Serbia_Belgrade + 71.2% Mountain_Jew -
Distance: 1.857
Combination: 22.4% ES_Murcia + 77.6% Mountain_Jew -
Distance: 1.858
Combination: 21.0% IT_Lazio + 79.0% Armenian_Karabakh -
Distance: 1.880
Combination: 21.7% FR_Champagne-Ardenne + 78.3% Mountain_Jew -
Distance: 1.884
Combination: 20.5% ES_Asturias + 79.5% Mountain_Jew
Best combinations of 3 populations:
-
Distance: 1.707
Combination: 27.2% Chechen + 3.1% Ethiopian_Jew + 69.6% Mountain_Jew -
Distance: 1.773
Combination: 16.4% DE_Mecklenburg_central-east + 22.0% Ingush + 61.6% Tat_Jew -
Distance: 1.794
Combination: 21.5% Croat_Tropolie_B-H + 9.9% GEO_Khevsureti + 68.6% Armenian_Karabakh -
Distance: 1.797
Combination: 17.8% DE_Nordrhein + 11.5% North_Osettian + 70.7% Armenian_Karabakh -
Distance: 1.798
Combination: 10.3% DE_Niedersachsen_north + 14.6% GR_Thessaly + 75.1% Armenian_Karabakh
Best combinations of 4 populations:
-
Distance: 1.796
Combination: 14.5% IT_Lombardia + 4.7% Beserman + 13.2% Avar + 67.7% Armenian_Karabakh -
Distance: 1.801
Combination: 10.5% Portugal_Norte + 8.6% PL_Kuyavia_&_SE_Pomerania + 77.3% Armenian_Karabakh + 3.6% Turkmen_AFG -
Distance: 1.806
Combination: 14.3% IT_Calabria + 13.8% Romania_SW + 60.6% Azeri_NE + 11.3% Yemen_NW -
Distance: 1.835
Combination: 12.8% Lithuanian_southern_Aukstota + 4.7% Greek_Pontus + 73.8% Armenian_Karabakh + 8.7% Lebanon_Sunni -
Distance: 1.925
Combination: 8.7% PL_Kuyavia_&_SE_Pomerania + 4.7% GEO_Ratcha + 60.4% Azeri_west + 26.2% Romaniotes
Autosomal analysis for Chromosome 5
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 5 used to create heat map):
Ancestor 1:
IT_Toscania
Ancestor 2:
Latvia_Ashkenazy
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 5:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.4337
Results of the nMonte algorithm (10% minimum value) Chromosome 5:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.2970
Results of the nMonte algorithm (1% minimum value) Chromosome 5:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.2909
nMonte Results Visualization (1% minimum value) - Chromosome 5
Geographic distribution of populations - Chromosome 5
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- GR_Andros: 1.4853
- IT_Marche: 1.5373
- GR_Central: 1.5404
- GR_Peloponese: 1.5497
- GR_Patmos: 1.5594
- IT_Campania: 1.5643
- IT_Molise: 1.5691
- IT_Apulia: 1.5731
- IT_Lazio: 1.5799
- Latvia_Ashkenazy: 1.5801
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.525
Combination: 93.5% IT_Marche + 6.5% IQ_Marsh_Arabs -
Distance: 1.555
Combination: 85.8% IT_Molise + 14.2% Pomak -
Distance: 1.555
Combination: 7.8% IT_Ladinia + 92.2% GR_Patmos -
Distance: 1.557
Combination: 16.2% IT_Friuli + 83.8% IT_Apulia -
Distance: 1.569
Combination: 25.9% Sicily_Siracuse + 74.1% Latvia_Ashkenazy
Best combinations of 3 populations:
-
Distance: 1.494
Combination: 78.5% IT_Marche + 15.2% GR_Crete + 6.3% Yemen_mixed -
Distance: 1.543
Combination: 60.3% IT_Lazio + 35.9% GR_Ipeiros + 3.8% IQ_Turkmen -
Distance: 1.555
Combination: 10.2% Sicily_Agrigento + 17.6% Bulgaria_SE + 72.2% Latvia_Ashkenazy -
Distance: 1.564
Combination: 83.7% IT_Lazio + 13.3% GR_Vlach + 3.0% Lori
Best combinations of 4 populations:
Autosomal analysis for Chromosome 6
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 6 used to create heat map):
Ancestor 1:
IT_Sudtirol
Ancestor 2:
IQ_Basra
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 6:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.4334
Results of the nMonte algorithm (10% minimum value) Chromosome 6:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.4071
Results of the nMonte algorithm (1% minimum value) Chromosome 6:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.3867
nMonte Results Visualization (1% minimum value) - Chromosome 6
Geographic distribution of populations - Chromosome 6
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Romanian_Jew: 1.8558
- Crimean_Tatar_Coast: 1.8979
- Turkish_Istanbul: 1.9254
- Belarus_Ashkenazy: 1.9318
- Poland_Ashkenazy: 1.9360
- Greek_Azov: 1.9536
- GR_Laconia: 1.9578
- GR_Cyclades: 1.9653
- Sephardi_Bulgaria: 2.0070
- North-eastern_Bulgaria_Turks: 2.0137
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.743
Combination: 23.8% Tabassaran + 76.2% Sephardi_Bulgaria -
Distance: 1.805
Combination: 39.1% Turkish_Istanbul + 60.9% Romanian_Jew -
Distance: 1.812
Combination: 23.4% FR_Ile-de-France + 76.6% Crimean_Tatar_Coast -
Distance: 1.821
Combination: 24.6% DE_Baden-Wurrtemberg + 75.4% Crimean_Tatar_Coast -
Distance: 1.842
Combination: 19.0% ES_Asturias + 81.0% Turkish_Istanbul
Best combinations of 3 populations:
-
Distance: 1.683
Combination: 34.9% FR_Lorraine + 30.8% Oman + 34.3% Sephardi_Bulgaria -
Distance: 1.729
Combination: 16.9% ES_Murcia + 51.4% Crimean_Tatar_Coast + 31.7% Arab_Khuzestan -
Distance: 1.730
Combination: 47.9% Greek_Azov + 20.8% Bulgaria_NC + 31.3% Oman -
Distance: 1.732
Combination: 24.5% DE_Schleswig-Holstein + 23.8% IQ_Mandean + 51.7% Romanian_Jew -
Distance: 1.733
Combination: 18.2% ES_Andalusia_South + 46.7% GR_Cyclades + 35.1% IQ_Muthanna
Best combinations of 4 populations:
-
Distance: 1.715
Combination: 5.3% Basques_FR_Labourdin + 9.3% RU_Belgorod + 63.2% GR_Cyclades + 22.1% Yemen_mixed -
Distance: 1.716
Combination: 28.7% German_Nieder_Schlesien + 26.1% GR_Laconia + 35.0% Jordanian + 10.2% Bukharan_Jew -
Distance: 1.731
Combination: 6.9% FR_Hautes_Pyrenees + 5.1% Bulgaria_SW + 22.5% Yemen_desert + 65.6% Romanian_Jew -
Distance: 1.745
Combination: 11.0% Ukraine_Chernigov + 3.1% Moldova_nord + 32.5% IQ_Babylon + 53.5% Poland_Ashkenazy -
Distance: 1.750
Combination: 18.6% ES_Castilla_y_Leon + 4.9% Lithuanian_Eastern_Aukstota + 37.3% Crimean_Tatar_Coast + 39.3% IQ_Mosul
Autosomal analysis for Chromosome 7
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 7 used to create heat map):
Ancestor 1:
Lebanon_Maronite
Ancestor 2:
ES_Castilla-La_Mancha
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 7:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.5268
Results of the nMonte algorithm (10% minimum value) Chromosome 7:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.5078
Results of the nMonte algorithm (1% minimum value) Chromosome 7:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.5270
nMonte Results Visualization (1% minimum value) - Chromosome 7
Geographic distribution of populations - Chromosome 7
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Latvia_Ashkenazy: 1.9173
- Algerian_Jew: 1.9683
- Moroccan_Jew: 1.9749
- German_Ashkenazy: 1.9768
- Sephardi_Turkey: 1.9859
- Cyprus_Turk: 1.9945
- Ashkenazy_average: 2.0018
- GR_Rhodos: 2.0159
- GR_Patmos: 2.0168
- France_Ashkenazy: 2.0226
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.906
Combination: 14.4% Basques_ES_Gipuzkoa_central + 85.6% Cyprus_Turk -
Distance: 1.914
Combination: 46.9% GR_Patmos + 53.1% Cyprus_Turk -
Distance: 1.914
Combination: 19.3% Portugal_Centro + 80.7% Sephardi_Turkey -
Distance: 1.923
Combination: 40.9% GR_Rhodos + 59.1% Algerian_Jew -
Distance: 1.947
Combination: 30.3% GR_Kalymnos + 69.7% Moroccan_Jew
Best combinations of 3 populations:
-
Distance: 1.971
Combination: 4.9% FR_Centre_Val_De_Loire + 2.9% Iranian_Gilaki + 92.2% German_Ashkenazy
Best combinations of 4 populations:
Autosomal analysis for Chromosome 8
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 8 used to create heat map):
Ancestor 1:
Lebanon_Orthodox_Christian
Ancestor 2:
DE_Mecklenburg_central-east
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 8:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.7673
Results of the nMonte algorithm (10% minimum value) Chromosome 8:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.7263
Results of the nMonte algorithm (1% minimum value) Chromosome 8:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.7114
nMonte Results Visualization (1% minimum value) - Chromosome 8
Geographic distribution of populations - Chromosome 8
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Romanian_Jew: 2.4463
- Ashkenazy_average: 2.4538
- Turkish_North-West: 2.4613
- Crimean_Tatar_Coast: 2.4634
- Romania_Central: 2.4977
- Latvia_Ashkenazy: 2.5158
- Turkish_Istanbul: 2.5233
- IQ_Kirkuk: 2.5282
- Turkish_South-West: 2.5341
- Gagauz: 2.5390
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.200
Combination: 35.5% FR_Central + 64.5% IQ_Kirkuk -
Distance: 2.206
Combination: 37.2% DE_Westfalen + 62.8% Ashkenazy_average -
Distance: 2.231
Combination: 39.2% DE_Brandenburg + 60.8% Turkish_South-West -
Distance: 2.241
Combination: 25.7% Latvia_north-east + 74.3% IQ_Kirkuk -
Distance: 2.321
Combination: 29.3% German_Danzig + 70.7% Crimean_Tatar_Coast
Best combinations of 3 populations:
-
Distance: 2.144
Combination: 40.6% DE_Niedersachsen_north + 3.3% Iranian_Bandari + 56.1% Latvia_Ashkenazy -
Distance: 2.187
Combination: 60.1% Romania_Central + 11.8% GEO_Javakhaneti + 28.1% Samaritan -
Distance: 2.199
Combination: 43.5% DE_Mecklenburg + 29.6% Turkish_Istanbul + 27.0% Azeri_NE -
Distance: 2.206
Combination: 27.6% Lithuanian_Zematija + 9.0% GR_Kos + 63.3% IQ_Kirkuk -
Distance: 2.212
Combination: 39.2% PL_Masurian + 12.4% Turkish_South-West + 48.4% Armenian_North-Central
Best combinations of 4 populations:
-
Distance: 2.082
Combination: 41.0% Austria_Salzburg + 6.2% Karachay + 16.2% IQ_Kirkuk + 36.6% Lebanon_Orthodox_Christian -
Distance: 2.217
Combination: 35.9% NL_Friesland + 21.9% Sicily_Agrigento + 22.5% Romania_Central + 19.7% GEO_Mtiuleti -
Distance: 2.227
Combination: 10.1% IT_Toscania + 26.8% Ukraine_Donietsk + 60.2% IQ_Kirkuk + 2.9% Lebanon_Sunni -
Distance: 2.248
Combination: 54.5% Romania_Central + 7.4% South_Ossetian + 9.4% Iranian_Khorasan + 28.7% Libyan_Jew -
Distance: 2.262
Combination: 32.3% DE_Nordrhein + 2.9% GEO_Svaneti + 18.0% Iranian_Mazandarani + 46.8% Ashkenazy_average
Autosomal analysis for Chromosome 9
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 9 used to create heat map):
Ancestor 1:
Hatay_Nusayri
Ancestor 2:
Ukraine_Black_Sea_coast
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 9:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.7126
Results of the nMonte algorithm (10% minimum value) Chromosome 9:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.7043
Results of the nMonte algorithm (1% minimum value) Chromosome 9:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.6879
nMonte Results Visualization (1% minimum value) - Chromosome 9
Geographic distribution of populations - Chromosome 9
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Latvia_Ashkenazy: 2.0789
- Belarus_Ashkenazy: 2.0891
- Romanian_Jew: 2.1437
- Ashkenazy_average: 2.1776
- Algerian_Jew: 2.1929
- Moroccan_Jew: 2.2423
- Crimean_Tatar_Coast: 2.2715
- Hatay_Nusayri: 2.2737
- Libyan_Jew: 2.2784
- France_Ashkenazy: 2.2821
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.852
Combination: 32.0% RU_Central + 68.0% Hatay_Nusayri -
Distance: 2.036
Combination: 24.4% Assyrian + 75.6% Latvia_Ashkenazy -
Distance: 2.048
Combination: 24.6% Syrian + 75.4% Belarus_Ashkenazy -
Distance: 2.072
Combination: 8.2% Mordva_Erzya + 91.8% Belarus_Ashkenazy -
Distance: 2.074
Combination: 5.7% Azeri_NE + 94.3% Latvia_Ashkenazy
Best combinations of 3 populations:
-
Distance: 1.855
Combination: 26.9% PL_Kashubian + 37.2% Armenian + 35.9% Moroccan_Jew -
Distance: 1.933
Combination: 24.9% PL_Lublin + 36.6% IQ_Babylon + 38.6% Ashkenazy_average -
Distance: 1.948
Combination: 21.0% RU_Smolensk + 1.3% GEO_Lekhumi + 77.6% Latvia_Ashkenazy -
Distance: 1.949
Combination: 38.2% Serbia_west_central + 5.9% Assyrian + 55.9% Hatay_Nusayri -
Distance: 1.951
Combination: 25.3% RU_Metschora_Murom + 4.9% Arab_Khuzestan + 69.8% Algerian_Jew
Best combinations of 4 populations:
-
Distance: 2.065
Combination: 17.4% FR_West + 11.4% Macedonia_east + 51.9% IQ_Chaldean + 19.3% Ashkenazy_average -
Distance: 2.070
Combination: 18.3% German_Nieder_Schlesien + 6.7% GEO_Lekhumi + 7.7% Kuwait + 67.2% Algerian_Jew -
Distance: 2.086
Combination: 14.1% Crimean_Tatar_Coast + 41.2% Romania_SW + 36.1% Kurd_IQ_Erbil + 8.6% IQ_Basra -
Distance: 2.096
Combination: 8.2% Walloon + 5.7% FR_Bearn + 37.4% Kurd_IQ_Erbil + 48.7% France_Ashkenazy
Autosomal analysis for Chromosome 10
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 10 used to create heat map):
Ancestor 1:
IQ_Zhi-Qar
Ancestor 2:
Belarus_Ashkenazy
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 10:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.2223
Results of the nMonte algorithm (10% minimum value) Chromosome 10:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.1741
Results of the nMonte algorithm (1% minimum value) Chromosome 10:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.1530
nMonte Results Visualization (1% minimum value) - Chromosome 10
Geographic distribution of populations - Chromosome 10
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Syrian: 1.6939
- Palestinian: 1.7251
- Lebanon_Shia: 1.7261
- Jordanian: 1.7337
- Syrian_Jew: 1.7477
- Lebanon_Sunni: 1.7526
- Libyan_Jew: 1.7626
- Latvia_Ashkenazy: 1.7661
- Ashkenazy_average: 1.7677
- Hatay_Nusayri: 1.7693
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.381
Combination: 24.5% DE_Frisian + 75.5% Syrian -
Distance: 1.475
Combination: 25.2% German_Neumark_east-Brandenburg + 74.8% Hatay_Nusayri -
Distance: 1.521
Combination: 26.2% Swiss_French + 73.8% Lebanon_Sunni -
Distance: 1.531
Combination: 20.8% Croatia_Central + 79.2% Syrian -
Distance: 1.535
Combination: 24.3% DE_Vorpommern + 75.7% Libyan_Jew
Best combinations of 3 populations:
-
Distance: 1.286
Combination: 30.8% DE_Oberschwaben + 1.0% German_Pommern_east + 68.2% Palestinian -
Distance: 1.365
Combination: 32.3% FR_Centre_Val_De_Loire + 42.6% Samaritan + 25.1% Jordanian -
Distance: 1.418
Combination: 27.7% DE_Sachsen-Anhalt_south + 20.4% IQ_Qadisiyah + 51.9% Lebanon_Sunni -
Distance: 1.458
Combination: 27.8% Serbia_Voivodina + 61.3% Palestinian + 10.9% Oman -
Distance: 1.477
Combination: 20.5% PL_Wielkopolska + 66.4% Lebanon_Shia + 13.1% Yemen_desert
Best combinations of 4 populations:
-
Distance: 1.382
Combination: 26.5% NL_Gelderland + 1.6% GR_Karpathos + 17.8% Lebanon_Sunni + 54.2% Syrian -
Distance: 1.503
Combination: 15.9% FR_South + 5.8% Tatar_Kryashen + 4.2% Romania_SW + 74.1% Jordanian -
Distance: 1.566
Combination: 12.3% FR_Provence + 7.8% RU_Bryansk + 43.2% IQ_Syriac + 36.7% Libyan_Jew -
Distance: 1.623
Combination: 22.1% Sicily_Caltanisetta + 8.7% Chuvash + 2.5% Tatar_Lithuanian + 66.8% Lebanon_Sunni -
Distance: 1.626
Combination: 5.5% ES_Castilla_y_Leon + 15.0% Macedonia_Skopje + 40.3% Kurdish_Jew + 39.2% Syrian_Jew
Autosomal analysis for Chromosome 11
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 11 used to create heat map):
Ancestor 1:
GR_Central
Ancestor 2:
Lebanon_Maronite
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 11:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.6365
Results of the nMonte algorithm (10% minimum value) Chromosome 11:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.5943
Results of the nMonte algorithm (1% minimum value) Chromosome 11:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.5700
nMonte Results Visualization (1% minimum value) - Chromosome 11
Geographic distribution of populations - Chromosome 11
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- GR_Rhodos: 1.7571
- GR_Chios: 1.7827
- GR_Andros: 1.8064
- GR_Ikaria: 1.8162
- GR_Central: 1.8306
- Ashkenazy_average: 1.8558
- Romanian_Jew: 1.8630
- GR_Crete: 1.8784
- GR_Patmos: 1.9146
- Greek_Smyrna: 1.9179
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.752
Combination: 90.3% GR_Rhodos + 9.7% Turkish_Central-East -
Distance: 1.755
Combination: 3.3% DE_Saarland + 96.7% GR_Rhodos -
Distance: 1.755
Combination: 84.7% GR_Andros + 15.3% Laz -
Distance: 1.756
Combination: 2.2% DE_Nordrhein + 97.8% GR_Rhodos -
Distance: 1.778
Combination: 3.9% German_Danzig + 96.1% GR_Chios
Best combinations of 3 populations:
-
Distance: 1.727
Combination: 7.7% DE_Sachsen + 87.6% GR_Rhodos + 4.8% Cirkassian -
Distance: 1.733
Combination: 84.9% GR_Rhodos + 11.3% Bulgaria_SW + 3.8% Kumyk -
Distance: 1.739
Combination: 88.2% GR_Rhodos + 8.2% Serb_Bosnia_NE + 3.6% GEO_Ratcha -
Distance: 1.760
Combination: 4.7% RU_Kaluga + 74.0% GR_Ikaria + 21.3% Assyrian -
Distance: 1.779
Combination: 89.5% GR_Andros + 6.5% Kaitag + 4.0% Yemen_highland
Best combinations of 4 populations:
-
Distance: 1.768
Combination: 3.2% Ukraine_Chernigov + 88.4% GR_Chios + 1.8% Kabardin + 6.6% Azeri_Igdir
Autosomal analysis for Chromosome 12
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 12 used to create heat map):
Ancestor 1:
ES_Extremadura
Ancestor 2:
Lebanon_Orthodox_Christian
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 12:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.4896
Results of the nMonte algorithm (10% minimum value) Chromosome 12:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.4109
Results of the nMonte algorithm (1% minimum value) Chromosome 12:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.3049
nMonte Results Visualization (1% minimum value) - Chromosome 12
Geographic distribution of populations - Chromosome 12
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Moroccan_Jew: 1.8224
- Cyprus_Turk: 1.8977
- Latvia_Ashkenazy: 1.8979
- Algerian_Jew: 1.9174
- Ashkenazy_average: 1.9342
- France_Ashkenazy: 1.9838
- Malta: 1.9885
- IT_Basilicata: 1.9923
- Sephardi_Turkey: 1.9970
- German_Ashkenazy: 2.0029
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.686
Combination: 31.1% ES_Huelva + 68.9% Cyprus_Turk -
Distance: 1.773
Combination: 13.6% FR_Finistere + 86.4% Moroccan_Jew -
Distance: 1.814
Combination: 6.8% Austria_Burgenland + 93.2% Moroccan_Jew -
Distance: 1.821
Combination: 1.8% Lithuanian_Zematija + 98.2% Moroccan_Jew -
Distance: 1.864
Combination: 11.9% Walloon + 88.1% Cyprus_Turk
Best combinations of 3 populations:
-
Distance: 1.718
Combination: 27.7% ES_Asturias + 14.3% GEO_Kakheti + 58.0% Algerian_Jew -
Distance: 1.774
Combination: 24.8% ES_Galicia + 13.5% Samaritan + 61.7% Moroccan_Jew -
Distance: 1.829
Combination: 14.8% FR_Normandy + 58.7% Cyprus_Turk + 26.4% Libyan_Jew -
Distance: 1.835
Combination: 22.0% Portugal_Norte + 12.3% Turkish_Central-East + 65.7% Algerian_Jew -
Distance: 1.856
Combination: 1.5% Hungarian_Alfold + 10.7% GEO_Svaneti + 87.8% Algerian_Jew
Best combinations of 4 populations:
Autosomal analysis for Chromosome 13
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 13 used to create heat map):
Ancestor 1:
IT_Umbria
Ancestor 2:
Austria_Tirol
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 13:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.6228
Results of the nMonte algorithm (10% minimum value) Chromosome 13:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.6220
Results of the nMonte algorithm (1% minimum value) Chromosome 13:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.6169
nMonte Results Visualization (1% minimum value) - Chromosome 13
Geographic distribution of populations - Chromosome 13
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- IT_Lombardia: 2.7041
- IT_Sudtirol: 2.7061
- Austria_Tirol: 2.7338
- IT_Toscania: 2.7365
- IT_Umbria: 2.7555
- IT_Veneto: 2.7719
- IT_Aosta: 2.7748
- IT_Emilia-Romagna: 2.8015
- Swiss_Italian: 2.8089
- DE_Oberschwaben: 2.8462
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.689
Combination: 17.5% DE_Oberbayern + 82.5% IT_Lombardia -
Distance: 2.697
Combination: 82.2% Austria_Tirol + 17.8% GR_Karpathos -
Distance: 2.702
Combination: 4.9% DE_Thuringen_east + 95.1% IT_Lombardia -
Distance: 2.703
Combination: 3.3% DE_Niedersachsen_north + 96.7% IT_Lombardia -
Distance: 2.707
Combination: 66.3% Austria_Tirol + 33.7% Swiss_Italian
Best combinations of 3 populations:
-
Distance: 2.765
Combination: 66.2% DE_Oberschwaben + 6.3% Portugal_Lisboa + 27.5% IT_Molise
Best combinations of 4 populations:
Autosomal analysis for Chromosome 14
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 14 used to create heat map):
Ancestor 1:
Belarus_East
Ancestor 2:
Azeri_west
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 14:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.9182
Results of the nMonte algorithm (10% minimum value) Chromosome 14:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.8035
Results of the nMonte algorithm (1% minimum value) Chromosome 14:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.7673
nMonte Results Visualization (1% minimum value) - Chromosome 14
Geographic distribution of populations - Chromosome 14
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Crimean_Tatar_Coast: 2.3134
- North-eastern_Bulgaria_Turks: 2.4197
- Azeri_west: 2.4302
- Turkish_Istanbul: 2.4311
- Turkish_South-West: 2.4996
- Greek_Azov: 2.5261
- Turkish_South: 2.5271
- Pomak: 2.5406
- Azeri_Igdir: 2.5558
- Turkish_Central-East: 2.5631
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.111
Combination: 40.6% Serb_Lika_CRO + 59.4% Azeri_west -
Distance: 2.150
Combination: 38.8% PL_Slovincian + 61.2% Turkish_Central-East -
Distance: 2.162
Combination: 36.7% Mordva_Erzya + 63.3% Azeri_Igdir -
Distance: 2.181
Combination: 39.0% Ukraine_Podolia + 61.0% Turkish_South-West -
Distance: 2.248
Combination: 33.8% Lithuanian_southern_Aukstota + 66.2% Greek_Azov
Best combinations of 3 populations:
-
Distance: 2.077
Combination: 38.8% RU_Voronezh + 21.3% Crimean_Tatar_Coast + 39.9% Tat_Jew -
Distance: 2.081
Combination: 41.2% PL_Lublin + 41.5% Turkish_Central-East + 17.3% Ingush -
Distance: 2.088
Combination: 36.6% RU_Kaluga + 46.3% Turkish_South + 17.1% Karachay -
Distance: 2.260
Combination: 15.9% ES_Navarra_north-east + 70.1% Azeri_west + 14.0% Jordanian -
Distance: 2.277
Combination: 39.8% Moldova_nord + 54.5% Turkish_South-West + 5.7% Iranian_Kerman
Best combinations of 4 populations:
-
Distance: 2.260
Combination: 24.3% Hungarian_Transylvania + 23.1% Croatia_North + 3.4% Turkish_South-West + 49.3% IQ_Tikrit -
Distance: 2.335
Combination: 10.9% Udmurt + 23.9% Bosniak_west + 48.2% Turkish_Istanbul + 17.0% Lebanon_Shia
Autosomal analysis for Chromosome 15
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 15 used to create heat map):
Ancestor 1:
IT_Umbria
Ancestor 2:
GR_Cyclades
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 15:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.2418
Results of the nMonte algorithm (10% minimum value) Chromosome 15:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.1697
Results of the nMonte algorithm (1% minimum value) Chromosome 15:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.1620
nMonte Results Visualization (1% minimum value) - Chromosome 15
Geographic distribution of populations - Chromosome 15
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- GR_Cyclades: 2.2595
- IT_Umbria: 2.3046
- Sicily_Ragusa: 2.3160
- GR_Thessaly: 2.3161
- IT_Lazio: 2.3226
- IT_Apulia: 2.3501
- IT_Abruzzo: 2.3707
- IT_Campania: 2.3709
- GR_Kythira: 2.3730
- IT_Calabria: 2.3741
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.294
Combination: 30.7% Sicily_Palermo + 69.3% GR_Thessaly -
Distance: 2.311
Combination: 16.4% IT_Basilicata + 83.6% GR_Thessaly -
Distance: 2.321
Combination: 98.0% IT_Lazio + 2.0% Tsakhur -
Distance: 2.346
Combination: 91.4% IT_Apulia + 8.6% Romania_SW -
Distance: 2.369
Combination: 85.0% IT_Abruzzo + 15.0% GR_Central
Best combinations of 3 populations:
Best combinations of 4 populations:
Autosomal analysis for Chromosome 16
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 16 used to create heat map):
Ancestor 1:
Qatari
Ancestor 2:
Abazin
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 16:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.6983
Results of the nMonte algorithm (10% minimum value) Chromosome 16:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.5730
Results of the nMonte algorithm (1% minimum value) Chromosome 16:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.5354
nMonte Results Visualization (1% minimum value) - Chromosome 16
Geographic distribution of populations - Chromosome 16
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Turkish_Istanbul: 2.5040
- Kuwait: 2.5100
- Crimean_Tatar_Coast: 2.5717
- Turkish_North-West: 2.5975
- Turkish_South-West: 2.6001
- Turkish_Central_West: 2.6354
- Greek_Azov: 2.6445
- Romanian_Jew: 2.6614
- Ashkenazy_average: 2.6768
- Georgian_Jew: 2.6814
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.203
Combination: 31.6% German_north-east_Ost_Preussen + 68.4% Kuwait -
Distance: 2.236
Combination: 34.8% Cirkassian + 65.2% Kuwait -
Distance: 2.287
Combination: 41.8% Austria_mixed + 58.2% Georgian_Jew -
Distance: 2.337
Combination: 35.3% GR_Peloponese + 64.7% Kuwait -
Distance: 2.373
Combination: 26.2% Basques_ES_Gipuzkoa_east + 73.8% Georgian_Jew
Best combinations of 3 populations:
-
Distance: 2.127
Combination: 29.4% German_Danzig + 39.0% Turkish_South-West + 31.5% Yemen_mixed -
Distance: 2.201
Combination: 33.6% DE_Niedersachsen_north + 15.7% Balkar + 50.7% Georgian_Jew -
Distance: 2.220
Combination: 29.2% Tatar_Mishar + 14.2% Greek_Smyrna + 56.6% Kuwait -
Distance: 2.272
Combination: 26.8% Greek_Azov + 33.2% GEO_Kartli + 40.0% UAE_Arabs -
Distance: 2.275
Combination: 40.0% DE_Niederbayern + 27.2% Turkish_South-West + 32.9% Abkhasian
Best combinations of 4 populations:
-
Distance: 1.992
Combination: 15.7% FR_Bearn + 14.3% Hungarian_Transylvania + 29.0% Laz + 41.0% Kuwait -
Distance: 2.141
Combination: 12.8% DE_Oberpfalz + 9.6% ES_Navarra_central-south + 15.3% German_north-east_Ost_Preussen + 62.3% Kuwait -
Distance: 2.181
Combination: 25.2% RU_Don_Cossack + 11.2% GR_Ikaria + 8.4% Kubachinian + 55.2% Kuwait -
Distance: 2.302
Combination: 28.6% Mordva_Erzya + 4.9% Greek_Azov + 32.7% GEO_Adjar + 33.8% IQ_Muthanna -
Distance: 2.341
Combination: 25.9% DE_Schleswig-Holstein + 4.7% RU_Samara + 25.9% Turkish_Istanbul + 43.5% Kurd_IQ
Autosomal analysis for Chromosome 17
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 17 used to create heat map):
Ancestor 1:
IT_Sudtirol
Ancestor 2:
Crimean_Tatar_Coast
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 17:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.0152
Results of the nMonte algorithm (10% minimum value) Chromosome 17:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.9856
Results of the nMonte algorithm (1% minimum value) Chromosome 17:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.9655
nMonte Results Visualization (1% minimum value) - Chromosome 17
Geographic distribution of populations - Chromosome 17
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Crimean_Tatar_Coast: 2.2308
- Turkish_Istanbul: 2.3163
- Greek_Azov: 2.3813
- Romania_South: 2.3836
- Bulgaria_SE: 2.3868
- GR_Laconia: 2.3903
- GR_Macedonia: 2.3949
- Belarus_Ashkenazy: 2.4021
- Romanian_Jew: 2.4035
- North-eastern_Bulgaria_Turks: 2.4096
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.169
Combination: 21.8% German_Nieder_Schlesien_Glatz + 78.2% Crimean_Tatar_Coast -
Distance: 2.202
Combination: 12.8% DE_Schleswig-Holstein + 87.2% Crimean_Tatar_Coast -
Distance: 2.216
Combination: 7.6% RU_Kotlas + 92.4% Crimean_Tatar_Coast -
Distance: 2.236
Combination: 23.8% German_North_Bohemia + 76.2% Turkish_Istanbul -
Distance: 2.267
Combination: 14.6% DE_Frisian + 85.4% Turkish_Istanbul
Best combinations of 3 populations:
-
Distance: 2.138
Combination: 60.9% Crimean_Tatar_Coast + 27.2% Croatia_Central + 11.9% France_Ashkenazy -
Distance: 2.188
Combination: 78.2% Crimean_Tatar_Coast + 9.0% GR_Ipeiros + 12.8% Yemen_desert -
Distance: 2.194
Combination: 6.7% DE_Saarland + 11.1% Ukraine_Volhyn + 82.2% Crimean_Tatar_Coast -
Distance: 2.202
Combination: 31.5% FR_Ile-de-France + 54.1% Turkish_Istanbul + 14.4% GEO_Lekhumi -
Distance: 2.214
Combination: 7.5% Sicily_Caltanisetta + 9.0% RU_Kaluga + 83.5% Crimean_Tatar_Coast
Best combinations of 4 populations:
-
Distance: 2.238
Combination: 20.5% FR_Central + 13.5% PL_Masurian + 46.3% Greek_Azov + 19.7% GEO_Lekhumi -
Distance: 2.247
Combination: 10.7% DE_Sachsen + 14.7% IT_Piemonte + 1.0% Tatar_Mishar + 73.5% Turkish_Istanbul -
Distance: 2.263
Combination: 14.1% RU_Bryansk + 27.8% Romania_South + 10.0% Darginian + 48.1% Sephardi_Bulgaria -
Distance: 2.297
Combination: 8.9% FR_Hauts-de-France + 2.6% RU_Samara + 55.1% Bulgaria_SE + 33.4% Turkish_South -
Distance: 2.297
Combination: 18.2% FR_Alsace + 9.3% IT_Calabria + 51.1% Romania_South + 21.4% Lebanon_Sunni
Autosomal analysis for Chromosome 18
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 18 used to create heat map):
Ancestor 1:
IT_Lombardia
Ancestor 2:
IT_Toscania
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 18:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.3711
Results of the nMonte algorithm (10% minimum value) Chromosome 18:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.3251
Results of the nMonte algorithm (1% minimum value) Chromosome 18:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.3462
nMonte Results Visualization (1% minimum value) - Chromosome 18
Geographic distribution of populations - Chromosome 18
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- IT_Toscania: 2.5217
- IT_Lombardia: 2.5281
- IT_Emilia-Romagna: 2.6332
- IT_Marche: 2.6427
- FR_Corsica: 2.6632
- IT_Lazio: 2.6719
- IT_Umbria: 2.6884
- GR_Thessaly: 2.6950
- GR_Ipeiros: 2.7174
- Swiss_Italian: 2.7237
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.607
Combination: 30.5% Portugal_Lisboa + 69.5% IT_Marche -
Distance: 2.655
Combination: 65.3% Swiss_Italian + 34.7% IT_Campania -
Distance: 2.662
Combination: 96.0% FR_Corsica + 4.0% Bosniak -
Distance: 2.663
Combination: 98.1% FR_Corsica + 1.9% Serbia_Belgrade
Best combinations of 3 populations:
-
Distance: 2.646
Combination: 55.1% FR_Corsica + 26.0% Portugal_Lisboa + 18.9% IT_Abruzzo
Best combinations of 4 populations:
Autosomal analysis for Chromosome 19
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 19 used to create heat map):
Ancestor 1:
Tunisian_Jew
Ancestor 2:
Sephardi_Portugal_Belmonte
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 19:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.1996
Results of the nMonte algorithm (10% minimum value) Chromosome 19:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.1899
Results of the nMonte algorithm (1% minimum value) Chromosome 19:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.1947
nMonte Results Visualization (1% minimum value) - Chromosome 19
Geographic distribution of populations - Chromosome 19
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Sephardi_Bulgaria: 1.4490
- Italian_Jew: 1.4947
- Sicily_Messina: 1.5100
- Tunisian_Jew: 1.5219
- Sephardi_Portugal_Belmonte: 1.5434
- France_Ashkenazy: 1.5718
- Moroccan_Jew: 1.5762
- Sicily_Agrigento: 1.5837
- Sicily_Caltanisetta: 1.5921
- Algerian_Jew: 1.6082
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 1.333
Combination: 52.0% Sephardi_Portugal_Belmonte + 48.0% Moroccan_Jew -
Distance: 1.473
Combination: 9.6% ES_Andalusia_South + 90.4% Italian_Jew -
Distance: 1.520
Combination: 2.0% Ukraine_Donietsk + 98.0% Tunisian_Jew -
Distance: 1.537
Combination: 3.2% Adyghe + 96.8% Sephardi_Portugal_Belmonte -
Distance: 1.541
Combination: 3.8% Montenegrin + 96.2% Sephardi_Portugal_Belmonte
Best combinations of 3 populations:
Best combinations of 4 populations:
Autosomal analysis for Chromosome 20
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 20 used to create heat map):
Ancestor 1:
GEO_Imereti
Ancestor 2:
IT_Molise
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 20:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 1.9977
Results of the nMonte algorithm (10% minimum value) Chromosome 20:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 1.9829
Results of the nMonte algorithm (1% minimum value) Chromosome 20:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 1.9245
nMonte Results Visualization (1% minimum value) - Chromosome 20
Geographic distribution of populations - Chromosome 20
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- GR_Andros: 2.5973
- Turkish_Trabzon: 2.6008
- GR_Rhodos: 2.6094
- GR_Chios: 2.6228
- Greek_Central_Anatolia: 2.6556
- GR_Athens: 2.6709
- GR_Ikaria: 2.6714
- GR_Patmos: 2.7099
- GR_Crete: 2.7130
- Ashkenazy_average: 2.7319
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.468
Combination: 40.5% IT_Campania + 59.5% Turkish_Trabzon -
Distance: 2.498
Combination: 20.0% Czech + 80.0% Turkish_Trabzon -
Distance: 2.503
Combination: 72.0% GR_Patmos + 28.0% Abkhasian -
Distance: 2.534
Combination: 24.6% ES_Islas_Baleares + 75.4% Greek_Central_Anatolia -
Distance: 2.583
Combination: 10.5% PL_Central + 89.5% GR_Rhodos
Best combinations of 3 populations:
-
Distance: 2.547
Combination: 6.3% GR_Karpathos + 68.9% GR_Athens + 24.9% GEO_Lekhumi -
Distance: 2.558
Combination: 16.6% ES_Andalusia_South + 81.5% GR_Rhodos + 1.9% Tsakhur -
Distance: 2.589
Combination: 8.8% Slovakia_east + 1.9% Crimean_Tatar_Steppe + 89.3% GR_Rhodos -
Distance: 2.597
Combination: 8.6% Luxembourg + 89.7% GR_Rhodos + 1.8% IQ_Turkmen -
Distance: 2.621
Combination: 1.8% Portugal_Norte + 88.9% GR_Chios + 9.3% Cyprus_Turk
Best combinations of 4 populations:
Autosomal analysis for Chromosome 21
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 21 used to create heat map):
Ancestor 1:
Lebanon_Orthodox_Christian
Ancestor 2:
Romanian_Jew
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 21:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.0451
Results of the nMonte algorithm (10% minimum value) Chromosome 21:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.0525
Results of the nMonte algorithm (1% minimum value) Chromosome 21:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.0271
nMonte Results Visualization (1% minimum value) - Chromosome 21
Geographic distribution of populations - Chromosome 21
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- Lebanon_Sunni: 2.2948
- Palestinian: 2.3078
- Lebanon_Shia: 2.3118
- Lebanon_Orthodox_Christian: 2.3269
- Hatay_Nusayri: 2.3381
- Lebanon_Maronite: 2.3858
- Jordanian: 2.3895
- Samaritan: 2.3922
- Libyan_Jew: 2.4152
- Tunisian_Jew: 2.4441
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.060
Combination: 24.9% DE_Niedersachsen_north + 75.1% Lebanon_Orthodox_Christian -
Distance: 2.067
Combination: 28.3% DE_Sachsen-Anhalt + 71.7% Lebanon_Maronite -
Distance: 2.106
Combination: 24.4% German_North_Bohemia + 75.6% Lebanon_Orthodox_Christian -
Distance: 2.118
Combination: 23.5% Ukraine_Western + 76.5% Lebanon_Orthodox_Christian -
Distance: 2.170
Combination: 23.5% Croat_Herzegovina + 76.5% Lebanon_Orthodox_Christian
Best combinations of 3 populations:
-
Distance: 2.128
Combination: 22.1% Slovakia_west + 54.9% Lebanon_Maronite + 23.0% Jordanian -
Distance: 2.139
Combination: 3.7% ES_Murcia + 16.9% Lithuanian_western_Zematija + 79.5% Lebanon_Orthodox_Christian -
Distance: 2.164
Combination: 4.9% ES_Murcia + 18.5% RU_Kotlas + 76.6% Lebanon_Maronite -
Distance: 2.176
Combination: 6.0% ES_Alava + 12.6% RU_Pinega + 81.3% Lebanon_Orthodox_Christian -
Distance: 2.185
Combination: 4.2% IT_Liguria + 16.2% Chuvash + 79.6% Lebanon_Orthodox_Christian
Best combinations of 4 populations:
-
Distance: 2.368
Combination: 9.6% NL_Friesland + 5.9% PL_Lublin + 5.5% Kurd_IQ_Dohuk + 79.0% Tunisian_Jew
Autosomal analysis for Chromosome 22
This section presents a detailed breakdown of your genetic ancestry for each chromosome. We analyze each chromosome separately using three different thresholds (1%, 10%, and 25% minimum values) to show both major and minor genetic influences. The charts display the percentage of DNA from reference populations that most closely match your genetic signature, providing insights into your ancestral origins at the chromosomal level.
Parental origin for Chromosome 22 used to create heat map):
Ancestor 1:
Mordva_Erzya
Ancestor 2:
Lebanon_Maronite
These populations are used to create a mixed-ancestry heat map (based on nMonte calculation with 50% minimum value).
Results of the nMonte algorithm (25% minimum value) Chromosome 22:
This analysis uses the nMonte algorithm with a 25% minimum threshold, showing only the most significant genetic contributions. It filters out minor genetic signatures to highlight your major ancestral components, creating a simplified view of your genetic structure by focusing on populations that contribute at least 10% to your genetic makeup.
Distance of the resulting mixture: 2.2114
Results of the nMonte algorithm (10% minimum value) Chromosome 22:
This analysis applies a 10% minimum threshold, revealing more detailed genetic contributions than the 25% analysis. It captures moderately significant ancestry components while still filtering out very minor influences, providing a balanced view between major and minor genetic contributions to your ancestry.
Distance of the resulting mixture: 2.1733
Results of the nMonte algorithm (1% minimum value) Chromosome 22:
This analysis uses a 1% minimum threshold, showing the most comprehensive picture of your genetic ancestry. It includes even small genetic contributions, revealing minor ancestral components that might be missed with higher thresholds. This detailed view is useful for identifying distant or minor ancestry that may still be genetically significant.
Distance of the resulting mixture: 2.1534
nMonte Results Visualization (1% minimum value) - Chromosome 22
Geographic distribution of populations - Chromosome 22
Percentage share
10 most similar populations (Euclidean distance):
This section lists the 10 reference populations that are genetically most similar to your DNA for each chromosome, ranked by Euclidean distance (smaller values indicate greater similarity). These populations represent your closest genetic matches and can provide insights into your ancestral origins even if they don't appear in the percentage breakdown.
- IQ_Kirkuk: 2.7511
- Pomak: 2.9217
- Gagauz: 2.9267
- Romania_Central: 2.9398
- Romania_NW: 2.9491
- Mountain_Jew: 2.9882
- Cyprus_Turk: 3.0055
- Ashkenazy_average: 3.0125
- Kurd_IQ: 3.0138
- Iranian_Jew: 3.0163
Optimal Admixture Combinations
These analyses identify the optimal combinations of 2, 3, and 4 reference populations that best explain your genetic composition. Each combination shows the precise percentages that minimize the genetic distance to your DNA. These mathematically optimized models can reveal ancestry patterns that might not be apparent from individual population matches alone.
Best combinations of 2 populations:
-
Distance: 2.549
Combination: 40.5% RU_Ryazan + 59.5% Iranian_Jew -
Distance: 2.586
Combination: 31.9% Serb_Dalmatia_CRO + 68.1% IQ_Kirkuk -
Distance: 2.597
Combination: 39.9% PL_Upper_Silesia + 60.1% Iranian_Jew -
Distance: 2.659
Combination: 35.2% RU_Kotlas + 64.8% Cyprus_Turk -
Distance: 2.675
Combination: 31.1% Latvia_north-east + 68.9% Kurd_IQ
Best combinations of 3 populations:
-
Distance: 2.587
Combination: 51.7% Romania_Central + 32.0% Turkish_Trabzon + 16.3% Yemen_NW -
Distance: 2.672
Combination: 30.6% RU_Ryazan + 9.4% Tatar_Kazan + 60.0% Cyprus_Turk -
Distance: 2.785
Combination: 32.3% Bashkir + 58.5% Cyprus_Turk + 9.2% Armenian_North-Central -
Distance: 2.789
Combination: 56.9% Romania_NW + 40.9% Turkish_South + 2.2% Syrian_Jew -
Distance: 2.860
Combination: 23.4% DE_Rheinland-Pfalz + 11.8% Kurd_IQ_Kirkuk + 64.8% Mountain_Jew
Best combinations of 4 populations:
-
Distance: 2.600
Combination: 24.5% RU_North_Dvina + 5.0% Tatar_Kazan + 46.3% Kurd_IQ_Erbil + 24.1% Ashkenazy_average -
Distance: 2.604
Combination: 43.4% Ukraine_Bukovina + 8.0% Bakhtiari + 5.1% Saudi_Arabian + 43.5% Iranian_Jew