Name | HD | ED | DM | DW | |||
---|---|---|---|---|---|---|---|
MIA | HD B | ED 0 | n/n | n/n | |||
GREEN CHAKRA DELLA FAVOLA DEL LUPO | HD A | ED 0 | n/n | n/DW |
Gen. | Generations | Name | Rate | % Blood | Cons % | HD | ED | |
---|---|---|---|---|---|---|---|---|
4,7,7,7 | OASIA | 0,10831% | 8.59375% | 17,79% | - | - | ||
5,5,6,6,6,7,7,7,7 | Charon Šedá eminence | 0,33422% | 14.0625% | 17,24% | HD A | - | ||
5,6 | Grey Wolf z Molu Es | 0,10794% | 4.6875% | 16,29% | HD A | - | ||
5,6 | MIKY PASSO DEL LUPO | 0,10898% | 4.6875% | 23,85% | HD A | - | ||
5,7,7 | CLOVER | 0,05551% | 4.6875% | 18,51% | - | - |
GREEN CHAKRA DELLA FAVOLA DEL LUPOHD A ED 0 |
Kraken KuklíkHD A ED 0 |
Curt z Vlčího dubuHD A - |
Argo Přízrak KarpatHD A - |
Fea z Ponického dvoraHD A - |
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Amy KuklíkHD A ED 0 |
Hero od ÚhoštěHD A - |
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Uny Tossa z Molu EsHD A - |
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BODHIDHARMAHD A ED 0 |
JULIUS CAESAR OLIM PALUSHD A ED 0 |
Carr Malý BysterecHD A - |
|
ASHANTIHD A ED 0 |
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IKAHD A ED 0 |
ARIMMINUM VASSELHD A ED 0 |
||
MIAHD B ED 0 |
INUIT- - |
KING ARTHUR- - |
ATROX- - |
ANYANKAHD B - |
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AMOR PASSO DEL LUPOHD A ED 0 |
|||
EDA PASSO DEL LUPOHD A ED 0 |
|||
KIMBERLY INUIT- - |
ZEUS- - |
OXERHD A - |
|
IELA PASSO DEL LUPOHD C ED 2 |
|||
FIJI- - |
PASCALHD A - |
||
OASIA- - |
Gen. | Generations | Name | HD | ED | DM | DW | Cons % | % Blood |
---|---|---|---|---|---|---|---|
1 | MIA | HD B | ED 0 | n/n | n/n | 24,79% | 50% |
1 | GREEN CHAKRA DELLA FAVOLA DEL LUPO | HD A | ED 0 | n/n | n/DW | 19,89% | 50% |
2 | INUIT | - | - | - | - | 24,16% | 25% |
2 | KIMBERLY INUIT | - | - | - | - | 26,66% | 25% |
2 | Kraken Kuklík | HD A | ED 0 | n/n | n/DW | 18,56% | 25% |
2 | BODHIDHARMA | HD A | ED 0 | n/n | n/n | 22,28% | 25% |
3 | KING ARTHUR | - | - | - | - | 21,51% | 12.5% |
3 | HELLY PASSO DEL LUPO | - | - | - | - | 23,71% | 12.5% |
3 | FIJI | - | - | - | - | 28,86% | 12.5% |
3 | Amy Kuklík | HD A | ED 0 | n/n | - | 18,13% | 12.5% |
3 | Curt z Vlčího dubu | HD A | - | n/n | - | 19,75% | 12.5% |
3 | JULIUS CAESAR OLIM PALUS | HD A | ED 0 | n/n | n/DW | 19,57% | 12.5% |
3 | IKA | HD A | ED 0 | n/n | n/n | 19,25% | 12.5% |
3 | ZEUS | - | - | - | - | 22,84% | 12.5% |
4 | Argo Přízrak Karpat | HD A | - | n/DM | - | 17,94% | 6.25% |
4 | Uny Tossa z Molu Es | HD A | - | n/n | - | 19,33% | 6.25% |
4 | Fea z Ponického dvora | HD A | - | - | - | 19,85% | 6.25% |
4 | ANYANKA | HD B | - | n/DM | - | 21,03% | 6.25% |
4 | OXER | HD A | - | - | - | 21,78% | 6.25% |
4 | AMOR PASSO DEL LUPO | HD A | ED 0 | - | - | 23,88% | 6.25% |
4 | ASHANTI | HD A | ED 0 | n/n | n/n | 18,15% | 6.25% |
4 | ATROX | - | - | - | - | 27,79% | 6.25% |
4 | EDA PASSO DEL LUPO | HD A | ED 0 | - | - | 20,62% | 6.25% |
4 | ARIMMINUM VASSEL | HD A | ED 0 | n/n | - | 18,42% | 6.25% |
4 | PASCAL | HD A | - | - | - | 20,65% | 6.25% |
4 | Hero od Úhoště | HD A | - | - | - | 17,4% | 6.25% |
4 | IELA PASSO DEL LUPO | HD C | ED 2 | - | - | 22,15% | 6.25% |
4 | FALU' PASSO DEL LUPO | - | - | - | - | 23,17% | 6.25% |
4,6 | Carr Malý Bysterec | HD A | - | n/n | n/DW | 21,58% | 7.8125% |
4,7,7,7 | OASIA | - | - | - | - | 17,79% | 8.59375% |
5 | VANJA PASSO DEL LUPO | HD A | ED 0 | - | - | 23,85% | 3.125% |
5 | Art z Viktoriinej záhrady | HD A | ED 0 | n/n | n/n | 23,69% | 3.125% |
5 | BYRON PASSO DEL LUPO | HD A | ED 0 | n/DM | - | 26,78% | 3.125% |
5 | ARIMMINUM RAJKA | HD A | - | - | - | 20,18% | 3.125% |
5 | QUERIS | HD A | - | - | - | 20% | 3.125% |
5 | SAREK | HD A | - | - | - | 19,38% | 3.125% |
5 | ARIMMINUM UPSTREAM | HD B | ED 0 | n/n | - | 18,59% | 3.125% |
5 | TABOR | HD A | - | - | - | 20,03% | 3.125% |
5 | NAZKA | HD B | - | - | - | 20% | 3.125% |
5 | Cira z Ponického dvora | HD C | - | - | - | 17,02% | 3.125% |
5 | Assisi z Dehnic | HD A | - | - | - | 15,67% | 3.125% |
5 | Nord Šedá eminence | HD A | - | - | - | 14,33% | 3.125% |
5 | Cassandra ze Smaragových vodopádů | - | - | - | - | 13,15% | 3.125% |
5 | CIAKI PASSO DEL LUPO | - | - | - | - | 20% | 3.125% |
5 | ARIMMINUM LAST NAVARRE | HD A | ED 0 | n/n | - | 20,19% | 3.125% |
5 | RAISSA | - | - | - | - | 19,64% | 3.125% |
5 | NIA | HD B | - | - | - | 21,29% | 3.125% |
5 | ARIMMINUM USHAKIRAN | HD B | ED 0 | - | - | 18,59% | 3.125% |
5 | OLIVER PASSO DEL LUPO | HD A | ED 0 | n/DM | - | 24,35% | 3.125% |
5 | Avahoc Stín vlka | HD A | - | - | - | 14,55% | 3.125% |
5 | Arin na Blatech | HD B | - | - | - | 20,72% | 3.125% |
5 | FENDY PASSO DEL LUPO | HD A | - | - | - | 20,03% | 3.125% |
5,5,6,6,6,7,7,7,7 | Charon Šedá eminence | HD A | - | - | - | 17,24% | 14.0625% |
5,6 | Grey Wolf z Molu Es | HD A | - | - | - | 16,29% | 4.6875% |
5,6 | MIKY PASSO DEL LUPO | HD A | - | - | - | 23,85% | 4.6875% |
5,6,7,7,7,7,7 | Fehérlófia Dalos Duna | - | - | - | - | 16,83% | 8.59375% |
5,7 | Azor od Poluchov | HD A | - | - | - | 17,12% | 3.90625% |
5,7 | Ali Reolup | HD A | - | n/DM | - | 17,11% | 3.90625% |
5,7 | Askia Slnečný dvor | HD A | - | - | n/DW | 23,73% | 3.90625% |
5,7 | Juna Hlas divočiny CS | - | - | - | - | 11,78% | 3.90625% |
5,7,7 | CLOVER | - | - | - | - | 18,51% | 4.6875% |
The COI Tool allows you to evaluating the pairing from a genealogical point of view. By choosing the bitch, the stud dog and the number of generations to evaluate the program detects all common ancestors among the subjects chosen by calculating the coefficient consanguinity (Coefficient of Inbreending) according to the method of Wright, the most widespread in the zootechnical field.
The result page presents a table with the common ancestors detected between the two dogs sorted by rows. Starting from the left there is the generation of positions in the pedigree (eg 4-4 means that is found twice in the fourth generation), the name of the ancestor, the inbreeding contribution when calculating the COI of the simulation (of 5, 6 or 7 generations depending on your choice), the percentage of blood (family support), the absolute kinship (relative to all generations) ancestor, and the data on dysplasias if present .. in the bottom of the table is the sum of the contributions of each ancestor, which represents the level of consanguinity expected in the progeny, for the evaluated generations. This coefficient is of crucial importance to assess that there is a kinship between excessive breeding.
Through the contents at the bottom, accessible through the tabs you can find the pedigree resulting from the simulation, a list of all the ancestors that make up the pedigree as their relevant data, and lists of Collateral where you can view all of the subject with a more genealogical and genetic similarity to our simulation already present in the population.
A careful study of these lists allows to evaluate complex traits such as dysplasia as well as morphological traits and defects that can be seen from the photos or by technical selection codes.