KING MATADOR
MATADOR IS NOT AT PUBLIC STUD – HE WILL BE USED TO PRESERVE W. PANICK’S HARD WORK.
5 GENERATION PEDIGREE
|
PANICK’S COD
|
HOLLAND’S MATADOR
|
HOLLAND’S CADILLAC II POR
|
BAILEY’S BINGO POR
|
BASS’ TRAMP RED BOY ROM |
| MARLOWE’S FANNY ROM | ||||
|
BAILEY’S CHERRY
|
CH MARLOWE’S BRITCHES | |||
| MARLOWE’S JEWEL | ||||
|
HOLLAND’S CHERRY SHAKE
|
HOLLAND’S CADILLAC II POR
|
BAILEY’S BINGO POR | ||
| BAILEY’S CHERRY | ||||
|
BAILEY’S CHERRY
|
CH MARLOWE’S BRITCHES | |||
| MARLOWE’S JEWEL | ||||
|
HOLLAND’S SLEW
|
MIMS’ STUFF POR
|
MIMS’ DOPEY POR
|
MARLOWE’S MR. BULLDOG | |
| MARLOWE’S FANNY ROM | ||||
|
MIMS’ LITTLE AMBER ROM
|
CH MARLOWE’S BRITCHES | |||
| MARLOWE’S FANNY ROM | ||||
|
HOLLAND’S CHERRY JUBILEE
|
HOLLAND’S CADILLAC II ROM
|
BAILEY’S BINGO POR | ||
| BAILEY’S CHERRY | ||||
|
BAILEY’S CHERRY
|
CH MARLOWE’S BRITCHES | |||
| MARLOWE’S JEWEL | ||||
|
PANICK’S MEGA
|
PANICK’S COD
|
HOLLAND’S MATADOR
|
HOLLAND’S CADILLAC II ROM
|
BAILEY’S BINGO POR |
| BAILEY’S CHERRY | ||||
|
HOLLAND’S CHERRY SHAKE
|
HOLLAND’S CADILLAC II POR | |||
| BAILEY’S CHERRY | ||||
|
HOLLAND’S SLEW
|
MIMS’ STUFF POR
|
MIMS’ DOPEY POR | ||
| MIMS’ LITTLE AMBER ROM | ||||
|
HOLLAND’S CHERRY JUBILEE
|
HOLLAND’S CADILLAC II POR | |||
| BAILEY’S CHERRY | ||||
|
PANICK’S MARY SACK
|
PANICK’S COD SACK
|
PANICK’S COD
|
HOLLAND’S MATADOR | |
| HOLLAND’S SLEW | ||||
|
PANICK’S MAE
|
HOLLAND’S MATADOR | |||
| HOLLAND’S SLEW | ||||
|
PANICK’S SALLY
|
HOLLAND’S MATADOR
|
HOLLAND’S CADILLAC II POR | ||
| HOLLAND’S CHERRY SHAKE | ||||
|
HOLLAND’S SLEW
|
MIMS’ STUFF POR | |||
| HOLLAND’S CHERRY JUBILEE | ||||
Coeficient of inbreeding (COI): 31.250 %
The Inbreeding Coefficient (IC) or Coefficient of Inbreeding (COI) or Coefficient of Kinship of an individual is defined as the probability that the two genes this individual has in a locus are identical by descent, i.e., they are both inherited from a common ancestor.The calculation of the inbreeding coefficient is done up to a given pedigree depth (number of generations): the greater the depth of the pedigree, the greater the chance of finding new common ancestors, and the higher the inbreeding coefficient.It only makes sense to compare the inbreeding coefficients of different pedigrees if the number of generations used for the calculation is the same and the pedigrees are complete for the generations!
The Inbreeding Coefficient (IC) or Coefficient of Inbreeding (COI) or Coefficient of Kinship of an individual is defined as the probability that the two genes this individual has in a locus are identical by descent, i.e., they are both inherited from a common ancestor.The calculation of the inbreeding coefficient is done up to a given pedigree depth (number of generations): the greater the depth of the pedigree, the greater the chance of finding new common ancestors, and the higher the inbreeding coefficient.It only makes sense to compare the inbreeding coefficients of different pedigrees if the number of generations used for the calculation is the same and the pedigrees are complete for the generations!
Ancestor loss (AVK): 12.598 %
The maximum number of possible ancestors in a pedigree is 2^(number of generations+1)-2. The ancestor loss is calculated by comparing the number of possible ancestors in a pedigree with the actual number of different ancestors.e.g. a four-generation pedigree contains 30 animals and if a particular pedigree consists of 30 unique animals then this pedigree has no ancestor loss at all; but in a pedigree with some inbreeding there might only be 26 unique animals in these four generations, meaning an ancestor loss of 13.3%.
The maximum number of possible ancestors in a pedigree is 2^(number of generations+1)-2. The ancestor loss is calculated by comparing the number of possible ancestors in a pedigree with the actual number of different ancestors.e.g. a four-generation pedigree contains 30 animals and if a particular pedigree consists of 30 unique animals then this pedigree has no ancestor loss at all; but in a pedigree with some inbreeding there might only be 26 unique animals in these four generations, meaning an ancestor loss of 13.3%.
Actual ancestors in 7 generations: 32 dogs
Maximum ancestor count: 254 dogs
Ancestor loss: 222 dogs
Maximum ancestor count: 254 dogs
Ancestor loss: 222 dogs
This COI and AVK is calculated from 7 generations pedigree
| Name of dog | Blood % | # of appearances | Gen 1 | Gen 2 | Gen 3 | Gen 4 | Gen 5 | Gen 6 | Gen 7 |
|---|---|---|---|---|---|---|---|---|---|
| PANICK’S COD | 81.25% | ||||||||
| PANICK’S MEGA | 50% | ||||||||
| HOLLAND’S SLEW | 50% | ||||||||
| HOLLAND’S CADILLAC II POR | 50% | ||||||||
| HOLLAND’S MATADOR | 50% | ||||||||
| BAILEY’S CHERRY | 48.4375% | ||||||||
| MARLOWE’S BRANDY GIRL POR | 32.8125% | ||||||||
| BASS’ TRAMP RED BOY ROM | 28.90625% | ||||||||
| MARLOWE’S BRITCHES CH | 26.5625% | ||||||||
| PANICK’S MARY SACK | 25% | ||||||||
| HOLLAND’S CHERRY JUBILEE | 25% | ||||||||
| MIMS’ STUFF POR | 25% | ||||||||
| HOLLAND’S CHERRY SHAKE | 25% | ||||||||
| BAILEY’S BINGO POR | 23.4375% | ||||||||
| MARLOWE’S JEWEL | 21.09375% | ||||||||
| MARLOWE’S FANNY ROM | 21.09375% | ||||||||
| MARLOWE’S MR. BULLDOG | 14.0625% | ||||||||
| PANICK’S SALLY | 12.5% | ||||||||
| PANICK’S COD SACK | 12.5% | ||||||||
| MIMS’ LITTLE AMBER ROM | 12.5% | ||||||||
| MIMS’ DOPEY POR | 12.5% | ||||||||
| MARLOWE’S RATTLER | 10.9375% | ||||||||
| BASS’ CLEO | 8.59375% | ||||||||
| MARLOWE’S VENOM | 8.59375% | ||||||||
| PANICK’S MAE | 6.25% | ||||||||
| TEAL’S JEFF | 5.46875% | ||||||||
| MC LEOD’S SUSIE Q GAL | 4.6875% | ||||||||
| BASS’ CAT | 3.125% | ||||||||
| MARLOWE’S RED FEATHER | 2.34375% | ||||||||
| FRANK’S SUGAR | 0.78125% | ||||||||
| TEAL’S LOU | 0.78125% | ||||||||
| TEAL’S SARGE | 0.78125% |
PANICK’S COD |
HOLLAND’S CADILLAC II |
BAILEY’S BINGO |
BASS’ TRAMP REDBOY |
MARLOWE’S BRITCHES |
MARLOWE’S BRANDY GIRL |
MARLOWE’S RATTLER |
MARLOWE’S MR BULLDOG |