VH Cassidy - DNK 259816 - VikingHolstein

Production & Efficiency

Trait Index 80 100 120
Production 113
Milk kg 116
Fat, kg 110
Fat, % 95
Protein kg 116
Protein % 97
Persistency 94
Growth 97
Daily carcass gain 100
Carcass conformation score 94
Saved feed 102
Maintenance efficiency 99

NAV proof run date: 04-11-2025 Reliability 99 % Number of daughters: 3442

Expected Progeny Difference

Trait Index Bull effect Average
Milk kg, 305 days 116 524.9 11600
Fat kg, 305 days 110 12.5 475
Fat %, 305 days 95 -0.08 4.1
Protein kg, 305 days 116 16.0 406
Protein %, 305 days 97 -0.02 3.5

NAV proof run date: 04-11-2025 Reliability 99 % Number of daughters: 3442

Health & Reproduction

Trait Index 80 100 120
Daughter fertility 103
Calving sire 103
Calving maternal 108
Udder health 97
General health 106
Longevity 111
Hoof health 95
Sole Ulcer 95
Sole Hemorrhage 94
Heel Horn Erosion 108
Digital dermatitis + Interdigital Dermatitis 92
Verrucose dermatitis + Interdigital Hyperplasia 95
Double sole + White line separation 101
Cork screw claw 113
Youngstock survival 104

NAV proof run date: 04-11-2025 Reliability 99 % Number of daughters: 3587

Functional

Trait Index 80 100 120
Milkability 86
Temperament 105

NAV proof run date: 04-11-2025 Reliability 97 % Number of daughters: 1461

Conformation

Trait Index 80 100 120
Frame 110
Stature 110 Short Tall
Body depth 111 Shallow Deep
Chest width 104 Narrow Wide
Rib structure 111 Coarse Angular
Top line 104 Weak Strong
Rump width 95 Narrow pins Wide pins
Rump angle 106 High pins Low pins
Feet & legs 93
Rear legs, side view 110 Straight Sickled
Rear legs, back rear view 89 Toes out Parallel, bow-legged
Foot angle 96 Low Steep
Bone quality 94 Coarse Fine and thin
Hock quality 104 Filled Dry
Udder 92
Fore udder attachment 88 Loose Strong
Rear udder height 88 Low High
Rear udder width 93 Narrow Wide
Udder support 107 Weak Strong
Udder depth 92 Deep High
Udder balance 94 Deep rear udder Deep front udder
Teat length 108 Short Long
Teat thickness 114 Thin Thick
Teat placement (front) 109 Wide Close
Teat placement (back) 104 Wide Close

NAV proof run date: 04-11-2025 Reliability 97 % Number of daughters: 1461

Monogenic

Name Scientific name Symptoms Code Result
BLAD Bovine Leukocyte Adhesion Deficiency (BLF = Not carrier, BLC = Single carrier, BLS = Double carrier) BLAD is an autosomal Read more (BLF = Not carrier, BLC = Single carrier, BLS = Double carrier) BLAD is an autosomal recessively inherited defect in the Holstein population. It is characterized by recurrent bacterial infections, delayed wound healing and stunted growth. Calves with BLAD are more susceptible to infections and their lifespan varies, many die shortly after birth. Osborndale Ivanhoe (US 1189870) has been identified as the key ancestor of the disorder. Several widely used sires after Osborndale, eg. Penstate Ivanhoe Star (US 1441440) and Carlin-M Ivanhoe Bell (US 1667366) are carriers of BLAD. https://omia.org/OMIA000595/9913/ BLF Free
HH1 Holstein Haplotype 1 (HH1F = Not carrier, HH1C = Single carrier, HH1S = Double carrier) HH1 is an autosomal Read more (HH1F = Not carrier, HH1C = Single carrier, HH1S = Double carrier) HH1 is an autosomal recessively inherited defect in the Holstein population. The disorder was identified in the North American Holstein population and primarily causes early embryonic death (spontaneous abortion), but abortion can occur throughout the gestation. The key ancestor is believed to be Pawnee Farm Arlinda Chief (US1427381). https://omia.org/OMIA000001/9913/ HH1F Free
HH3 Holstein Haplotype 3 (HH3F = Not carrier, HH3C = Single carrier, HH3S = Double carrier) HH3 is an autosomal Read more (HH3F = Not carrier, HH3C = Single carrier, HH3S = Double carrier) HH3 is an autosomal recessively inherited defect in the Holstein population. The disorder has been identified in the North American and the Nordic Holstein population, however the frequency was somewhat lower in the Nordic population. HH3 primarily causes early embryonic death (spontaneous abortion), within the first 60 days of gestation. The key ancestors are believed to be Glendell Arlinda Chief (US 1556373) and Gray View Skyliner (US 1244845). https://omia.org/OMIA001824/9913/ HH3F Free
HH4 Holstein Haplotype 4 (HH4F = Not carrier, HH4C = Single carrier, HH4S = Double carrier) HH4 is an autosomal Read more (HH4F = Not carrier, HH4C = Single carrier, HH4S = Double carrier) HH4 is an autosomal recessively inherited defect in the Holstein population. The disorder was identified in the French Holstein population and causes early embryonic death (spontaneous abortion). For animals that are a heterozygous for the gene, a reduction in fertility is seen. The effect is more pronounced in heifers than cows. The key ancestor is believed to be Besne Buck (FRA 4486041658). https://omia.org/OMIA001826/9913/ HH4F Free
RP1 Progressive retinal degeneration (RP1F = Not carrier, RP1C = Single carrier, RP1S = Double carrier) Progressive retinal degeneration is Read more (RP1F = Not carrier, RP1C = Single carrier, RP1S = Double carrier) Progressive retinal degeneration is an autosomal recessively inherited defect. In the French Normande population, an association between homozygotic carrier animals of the RP1 gene and progressive blindness has been demonstrated. Blindness is due to a progressive degeneration of the photoreceptors. The RP1 mutation segregates within many cattle populations and is prevalent in e.g. the Finncattle population. For other breeds than Normande the phenotypic effect of the mutation is unclear. https://omia.org/OMIA000866/9913/ RP1F Free
HH6 Holstein Haplotype 6 (HH6F = Not carrier, HH6C = Single carrier, HH6S = Double carrier) HH6 is an autosomal Read more (HH6F = Not carrier, HH6C = Single carrier, HH6S = Double carrier) HH6 is an autosomal recessively inherited defect in the Holstein population. It was identified in the French Holstein population and causes early embryonic death (spontaneous abortion), before 35 days of gestation. The key ancestor is believed to be Gray View Skyliner (US 1244845). https://omia.org/OMIA002149/9913/ HH6F Free

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