VR Wanted - SWE 99939

Production & Efficiency

Trait Index 80 100 120
Production 111
Milk kg 103
Fat, kg 116
Fat, % 115
Protein kg 105
Protein % 101
Persistency 95
Growth 116
Daily carcass gain 119
Carcass conformation score 107
Saved feed 99
Maintenance efficiency 94

NAV proof run date: 03-02-2026 Reliability 99 % Number of daughters: 662

Expected Progeny Difference

Trait Index Bull effect Average
Milk kg, 305 days 103 104.9 9883
Fat kg, 305 days 116 21.7 434
Fat %, 305 days 115 0.19 4.4
Protein kg, 305 days 105 5.3 355
Protein %, 305 days 101 0.01 3.6

NAV proof run date: 03-02-2026 Reliability 99 % Number of daughters: 662

Health & Reproduction

Trait Index 80 100 120
Daughter fertility 97
Interval from calving to first insemination (cows) 107
Interval from first to last insemination (heifers) 96
Interval from first to last insemination (cows) 98
Number of inseminations (heifers) 88
Number of inseminations (cows) 95
Calving sire 104
Calving maternal 90
Udder health 88
General health 99
Longevity 105
Hoof health 98
Sole Ulcer 104
Sole Hemorrhage 105
Heel Horn Erosion 81
Digital dermatitis + Interdigital Dermatitis 99
Verrucose dermatitis + Interdigital Hyperplasia 102
Double sole + White line separation 102
Cork screw claw 109
Youngstock survival 105

NAV proof run date: 03-02-2026 Reliability 95 % Number of daughters: 334

Functional

Trait Index 80 100 120
Milkability 110
Temperament 106

NAV proof run date: 03-02-2026 Reliability 91 % Number of daughters: 358

Conformation

Trait Index 80 100 120
Frame 106
Stature 105 Short Tall
Body depth 105 Shallow Deep
Chest width 103 Narrow Wide
Rib structure 105 Coarse Angular
Top line 89 Weak Strong
Rump width 103 Narrow pins Wide pins
Rump angle 108 High pins Low pins
Feet & legs 99
Rear legs, side view 101 Straight Sickled
Rear legs, back rear view 111 Toes out Parallel, bow-legged
Foot angle 109 Low Steep
Bone quality 92 Coarse Fine and thin
Hock quality 92 Filled Dry
Udder 100
Fore udder attachment 106 Loose Strong
Rear udder height 111 Low High
Rear udder width 98 Narrow Wide
Udder support 103 Weak Strong
Udder depth 100 Deep High
Udder balance 98 Deep rear udder Deep front udder
Teat length 90 Short Long
Teat thickness 103 Thin Thick
Teat placement (front) 97 Wide Close
Teat placement (back) 98 Wide Close

NAV proof run date: 03-02-2026 Reliability 91 % Number of daughters: 358

Monogenic

Name Scientific name Symptoms Code Result
SPAST Bovine Spinal Dysmyelination (SDF = Not carrier, SDC = Single carrier, SDS = Double carrier) Spinal dysmyelination is a Read more (SDF = Not carrier, SDC = Single carrier, SDS = Double carrier) Spinal dysmyelination is a recessive congenital neurodegenerative defect identified in the Brown Swiss population. It is a disorder in the central nervous system and is caused by a defect in the neuronal pathways. Affected calves are unable to stand due to spasms of the limbs and the body. The calves die shortly after birth. The key ancestor is believed to be White Cloud Jason’s Elegant (US 148551). https://omia.org/OMIA001247/9913/ SDF Free
SMA Spinal muscular atrophy (SMF = Not carrier, SMC = Single carrier, SMS = Double carrier) Spinal muscular atrophy is Read more (SMF = Not carrier, SMC = Single carrier, SMS = Double carrier) Spinal muscular atrophy is an autosomal recessively inherited defect in the Brown Swiss population. It is a neuromuscular disorder characterised by a loss of lower motor neurons and progressive muscle wasting. The nerve cells in the spinal cord that control muscle function die, which causes muscle wastage. It is most frequently seen in 1-12 weeks old calves, but in some cases, it can be seen from birth. It causes the calves to become weak and have problems standing, the symptoms progressively worsen until the calves die or are euthanized. The key ancestor is the Brown Swiss bull Meadow View Destiny (US 118619). https://omia.org/OMIA000939/9913/ SMF Free
BTA12 Bos Taurus Autosome 12 (B12F = Not carrier, B12C = Single carrier, B12S = Double carrier) BTA12 is an Read more (B12F = Not carrier, B12C = Single carrier, B12S = Double carrier) BTA12 is an autosomal recessively inherited disease, in the Nordic Red Dairy Cattle population. It causes early embryonic death (spontaneous abortion), between the first and fifth month of gestation. The mutation occurs in the RNASEH2B gene. https://omia.org/OMIA001901/9913/ B12F Free
BTA23 Bos Taurus Autosome 23 (B23F = Not carrier, B23C = Single carrier, B23S = Double carrier) BTA23 is an autosomal Read more (B23F = Not carrier, B23C = Single carrier, B23S = Double carrier) BTA23 is an autosomal recessively inherited defect. The disorder was identified in the Nordic Red Dairy Cattle population and causes embryonic death (spontaneous abortion), late in gestation or stillborn calves. The calves have no deformities. B23F Free
PIRM Ptosis, intellectual disability, retarded growth and mortality (PIF = Not carrier, PIC = Single carrier, PIS = Double carrier) AH1 is an autosomal Read more (PIF = Not carrier, PIC = Single carrier, PIS = Double carrier) AH1 is an autosomal recessively inherited defect, identified in the Canadian and Nordic Ayrshire populations. AH1 and PIRM are located very closely to each other in the genome, and it is expected that they are the same defect. They primarily cause early embryonic death (spontaneous abortion) within the first 100 days of gestation. If affected calves are born, they are malformed and have inhibited growth. There has also been reports of learning disabilities (e.g. difficulties learning to drink) The key ancestor is believed to be Selwood Betty’s Commander (CAN 393145). https://omia.org/OMIA001934/9913/ PIF Free
BH2 Braunvieh Haplotype 2 Many of the calves with the mutation in double dose (homozygotic) are stillborn or die Read more Many of the calves with the mutation in double dose (homozygotic) are stillborn or die shortly after birth. It is common for them that they have a low birth weight and are underdeveloped. The calves, which live longer, suffer from chronic lung defect resulting in little growth and high young animal mortality. Most of these calves die or are put down within the first month, however a few can survive. Surviving calves suffer from repeated airway defects and inhibitory growth, and will most likely die or be put down BH2F Free

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