FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2793602012> ?p ?o ?g. }

• W2793602012 endingPage "494" @default.
• W2793602012 startingPage "484" @default.
• W2793602012 abstract "Two experiments were conducted to determine (i) factors influencing calf temperament at weaning, (ii) association between heifer-calf temperament at weaning and temperament at breeding and (iii) effect of heifer-calf temperament on pregnancy rate per artificial insemination (P/AI). In experiment 1, beef cows and their calves (n = 285) from three farms were used. Sire docility estimated progeny difference (EPD) score, birth type (normal or assisted), calf gender, calf behaviour (during 1st 4 weeks) and calf health status (until weaning) were recorded. Cows and calves were assigned a temperament score (0-calm; 1-excitable), and all cows were given a body condition score (BCS, 1-9; 1-emaciated; 9-obese) at weaning. Calf's illness (p < .05), low sire docility EPD score (p < .05), altered gait (p < .05), altered resting behaviour (p < .01), reduced/no play behaviour (p < .05) and cow excitable temperament (p < .001) increased calf excitable temperament at weaning. In experiment 2, replacement heifer-calves (n = 758) from 12 farms were assigned a temperament score at weaning and later at breeding. Blood from 40 calves at weaning and 31 heifers at initiation of synchronization (same animals) was collected by coccygeal venipuncture for determination of circulating cortisol and substance P concentrations. Heifers were assigned a BCS and reproductive tract score (RTS, 1-5; 1-immature, acyclic; 5-mature, cyclic), synchronized for fixed time AI, observed for oestrus and were artificially inseminated. Cortisol concentrations were increased in excitable heifer-calves compared to calm heifer-calves at weaning (p < .05), and substance P was increased in excitable compared to calm females both at weaning and breeding (p < .05). Low sire EPD docility score (p < .01), heifer-calf excitable temperament at weaning increased excitable temperament at breeding (p < .01). Controlling for BCS categories (p < .01), oestrous expression (p < .0001) and temperament at breeding by oestrous expression (p < .05), the calf's excitable temperament at weaning (p < .001) reduced P/AI (Calm, 62.7 (244/389) vs. Excitable, 53.4% (197/369); p < .01). In conclusion, selection of docile cows and sires with greater docility EPD score should be given consideration to reduce calf excitement. Temperament in beef female can be detected earlier in their life and could be used as a tool in the selection process and to improve their performances." @default.
• W2793602012 created "2018-03-29" @default.
• W2793602012 creator A5011197614 @default.
• W2793602012 creator A5014897070 @default.
• W2793602012 creator A5029129777 @default.
• W2793602012 creator A5068341637 @default.
• W2793602012 date "2018-01-19" @default.
• W2793602012 modified "2023-10-13" @default.
• W2793602012 title "Predictors of beef calf temperament at weaning and its impact on temperament at breeding and reproductive performance" @default.
• W2793602012 cites W11603371 @default.
• W2793602012 cites W1995727920 @default.
• W2793602012 cites W1996055439 @default.
• W2793602012 cites W1999526811 @default.
• W2793602012 cites W2002849332 @default.
• W2793602012 cites W2010314493 @default.
• W2793602012 cites W2017089771 @default.
• W2793602012 cites W2020419003 @default.
• W2793602012 cites W2021173623 @default.
• W2793602012 cites W2034880368 @default.
• W2793602012 cites W2038169349 @default.
• W2793602012 cites W2050678057 @default.
• W2793602012 cites W2074013002 @default.
• W2793602012 cites W2075712765 @default.
• W2793602012 cites W2078278485 @default.
• W2793602012 cites W2080555787 @default.
• W2793602012 cites W2086250208 @default.
• W2793602012 cites W2087352304 @default.
• W2793602012 cites W2088346533 @default.
• W2793602012 cites W2093755117 @default.
• W2793602012 cites W2098967030 @default.
• W2793602012 cites W2102054065 @default.
• W2793602012 cites W2104494221 @default.
• W2793602012 cites W2104917234 @default.
• W2793602012 cites W2106748634 @default.
• W2793602012 cites W2109345981 @default.
• W2793602012 cites W2115611685 @default.
• W2793602012 cites W2116707460 @default.
• W2793602012 cites W2123046978 @default.
• W2793602012 cites W2123353440 @default.
• W2793602012 cites W2125331903 @default.
• W2793602012 cites W2129029076 @default.
• W2793602012 cites W2132738326 @default.
• W2793602012 cites W2133918985 @default.
• W2793602012 cites W2135261256 @default.
• W2793602012 cites W2136631289 @default.
• W2793602012 cites W214277777 @default.
• W2793602012 cites W2143110089 @default.
• W2793602012 cites W2157961052 @default.
• W2793602012 cites W2164777277 @default.
• W2793602012 cites W2169724624 @default.
• W2793602012 cites W2177592317 @default.
• W2793602012 cites W2277846662 @default.
• W2793602012 cites W2280814202 @default.
• W2793602012 cites W2412636124 @default.
• W2793602012 cites W2548103159 @default.
• W2793602012 cites W257091590 @default.
• W2793602012 cites W3206374273 @default.
• W2793602012 cites W4214853617 @default.
• W2793602012 cites W4240101027 @default.
• W2793602012 cites W4254758751 @default.
• W2793602012 doi "https://doi.org/10.1111/rda.13135" @default.
• W2793602012 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29352501" @default.
• W2793602012 hasPublicationYear "2018" @default.
• W2793602012 type Work @default.
• W2793602012 sameAs 2793602012 @default.
• W2793602012 citedByCount "8" @default.
• W2793602012 countsByYear W27936020122018 @default.
• W2793602012 countsByYear W27936020122020 @default.
• W2793602012 countsByYear W27936020122021 @default.
• W2793602012 countsByYear W27936020122022 @default.
• W2793602012 countsByYear W27936020122023 @default.
• W2793602012 crossrefType "journal-article" @default.
• W2793602012 hasAuthorship W2793602012A5011197614 @default.
• W2793602012 hasAuthorship W2793602012A5014897070 @default.
• W2793602012 hasAuthorship W2793602012A5029129777 @default.
• W2793602012 hasAuthorship W2793602012A5068341637 @default.
• W2793602012 hasConcept C140793950 @default.
• W2793602012 hasConcept C15744967 @default.
• W2793602012 hasConcept C187288502 @default.
• W2793602012 hasConcept C194775826 @default.
• W2793602012 hasConcept C1998276 @default.
• W2793602012 hasConcept C2777005246 @default.
• W2793602012 hasConcept C2778610407 @default.
• W2793602012 hasConcept C2778856526 @default.
• W2793602012 hasConcept C2779234561 @default.
• W2793602012 hasConcept C2780284631 @default.
• W2793602012 hasConcept C2780655333 @default.
• W2793602012 hasConcept C54355233 @default.
• W2793602012 hasConcept C61644593 @default.
• W2793602012 hasConcept C77805123 @default.
• W2793602012 hasConcept C86803240 @default.
• W2793602012 hasConceptScore W2793602012C140793950 @default.
• W2793602012 hasConceptScore W2793602012C15744967 @default.
• W2793602012 hasConceptScore W2793602012C187288502 @default.
• W2793602012 hasConceptScore W2793602012C194775826 @default.
• W2793602012 hasConceptScore W2793602012C1998276 @default.
• W2793602012 hasConceptScore W2793602012C2777005246 @default.
• W2793602012 hasConceptScore W2793602012C2778610407 @default.

• next