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Animal Trait Correlation Database

 Horse Traits Genetic Correlations

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Genetic Correlations:106

BLACTCHRLYMPCKCREATCROUPHFECHGBHOOFLDHLEGCOMLYMPHNEUTOARTHPPROTRBCSEMVOLSKFTHSPCONSPERMCTSPMOTSTRINFSUSLINJTENDINJTROTSURACWALKSWBCWITHIH
AST0.28 -0.16-0.76    0.39    0.19          0.88   
BCS     -1.000                      
BFSUS            0.85        0.590.7239     
BLACT  0.09     0.35    0.07          -0.17   
CK        0.83    0.14          -0.12   
CONFS    0.35  0.40 0.39             0.26 0.19 0.41
CREAT-0.76 -0.11     -0.57    -0.06          -0.47   
CROUPH       0.14 0.02             0.14 0.09 0.98
FEC                    1.0       
HCT      0.98   -0.170.17  0.87           0.07 
HGB          -0.180.19  0.87           0.23 
HOOF         0.83             -0.09 0.10 0.11
HSDIA 0.34              -0.02           
LDH             0.32          0.31   
LEGCOM                       0.20 0.19 0.07
LYMPH           -0.99  -0.15           -0.01 
MOTSCT               0.36 0.280.930.20        
NEUT              0.15           0.01 
PPROT                        0.07   
RBC                          0.06 
SEMVOL                 -0.760.43-0.10        
SKFTH 0.94                          
SPCON                  0.250.02        
SPERMCT                   -0.18        
SUSLAR                           0.98
TROTS                         0.56 0.23
WALKS                           0.19
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For the current moment, please use Table View to explore further.
Query notes References
Gottschalk M, Sieme H, Martinsson G, Distl O (2016), Heritability of semen traits in German Warmblood stallions, Animal reproduction science, 170: 10-4.
Escribano BM, Molina A, Valera M, Tovar P, Agüera EI, Santisteban R, Vivo R, Agüera S, Rubio MD (2013), Genetic analysis of haematological and plasma biochemical parameters in the Spanish purebred horse exercised on a treadmill, Animal : an international journal of animal bioscience, 7 (9): 1414-22.
Gold S, Regan CE, McLoughlin PD, Gilleard JS, Wilson AJ, Poissant J (2019), Quantitative genetics of gastrointestinal strongyle burden and associated body condition in feral horses, International journal for parasitology. Parasites and wildlife, 9: 104-111.
De Keyser K, Janssens S, Peeters L M, Foqué N, Gasthuys F, Oosterlinck M, Buys N (2014), Genetic parameters for chronic progressive lymphedema in Belgian Draught Horses, Journal of animal breeding and genetics, 131 (6): 522-8.
Welsh CE, Lewis TW, Blott SC, Mellor DJ, Stirk AJ, Parkin TDH (2014), Estimates of genetic parameters of distal limb fracture and superficial digital flexor tendon injury in UK Thoroughbred racehorses, Veterinary journal (London, England : 1997), 200 (2): 253-6.
Boyko AR, Brooks SA, Behan-Braman A, Castelhano M, Corey E, Oliveira KC, Swinburne JE, Todhunter RJ, Zhang Z, Ainsworth DM, Robinson NE (2014), Genomic analysis establishes correlation between growth and laryngeal neuropathy in Thoroughbreds, BMC genomics, 15: 259.
Schroderus E, Ojala M (2010), Estimates of genetic parameters for conformation measures and scores in Finnhorse and Standardbred foals, Journal of animal breeding and genetics, 127 (5): 395-403.
Brooks SA, Stick J, Braman A, Palermo K, Robinson NE, Ainsworth DM (2018), Identification of loci affecting sexually dimorphic patterns for height and Recurrent Laryngeal Neuropathy risk in American Belgian Draft Horses, Physiological genomics, .
Kornaś S, Sallé G, Skalska M, David I, Ricard A, Cabaret J (2015), Estimation of genetic parameters for resistance to gastro-intestinal nematodes in pure blood Arabian horses, International journal for parasitology, 45 (4): 237-42.
Welsh CE, Lewis TW, Blott SC, Mellor DJ, Lam KH, Stewart BD, Parkin TDH (2013), Preliminary genetic analyses of important musculoskeletal conditions of Thoroughbred racehorses in Hong Kong, Veterinary journal (London, England : 1997), 198 (3): 611-5.

 

 

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