FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W29686710> ?p ?o ?g. }

• W29686710 endingPage "3143" @default.
• W29686710 startingPage "3143" @default.
• W29686710 abstract "Pregnant Brahman cows (n = 42), bred to either Brahman or Tuli bulls, were randomly assigned to one of three treatments: 1) transported in a stock trailer for 24.2 km, unloaded at a second farm and penned for 1 h, and then returned to the original farm (TRANS); 2) i.v. injection of ACTH, 1 IU/kg BW (ACTH); or 3) walked through the handling facilities (SHAM). Treatments were initiated on d 60 and repeated at 80, 100, 120, and 140 d of gestation. The calves from these cows were subjected to tests to measure their capacity to react to stress. In Test 1, Tuli-sired calves were restrained at 10 and 150 d of age for 3.5 h. In Test 2, Brahman-sired calves were restrained for 3.5 h and given an injection of ACTH (.125 IU ACTH/kg of BW). In Test 3, Test-2 calves were restrained at 180 d of age and hot-iron branded. In Test 4, Test-1 calves were restrained at 180 d of age and given an injection of cortisol (6.7 ng/kg BW) to estimate cortisol clearance rate. During all tests, calves were restrained for 3.5 h, and heart rates were recorded and blood samples were taken at -15, 0, 15, 30, 45, 60, 90, 120, and 180 min. The 10- and 150-d-old TRANS calves maintained greater plasma cortisol in Test 1 (restraint) than the ACTH and SHAM calves (P < .01). The ACTH challenge (Test 2) increased plasma cortisol and ACTH, but cow treatment did not alter the response (P > .4). In response to branding (Test 3), the TRANS, ACTH, and SHAM calves' overall mean plasma cortisol was not affected by treatment (52, 51, and 43 ± 3 ng/mL, respectively; P > .1), nor was the calves' overall heart rate (91, 94, and 86 ± 3 beats/min, respectively; P > . 1). In Test 4, TRANS calves cleared plasma of cortisol at a slower rate than did the SHAM calves (P < .01), but not the ACTH calves (261, 374, and 473 ± 50 mL/min, respectively; P > .1). The TRANS calves had an overall greater heart rate than did the ACTH or the SHAM calves (91, 79, and 77 ± 2 beats/min, respectively; P < .001). Exposing cows to repeated transportation stress during gestation altered their calf's physiological response to stress, and these alterations could have a profound influence on the calfs ability to adapt to stress, thereby influencing its welfare. Further research should examine the growth, immune function, and reproductive function of prenatally stressed calves to determine whether these changes in plasma cortisol are beneficial or deleterious." @default.
• W29686710 created "2016-06-24" @default.
• W29686710 creator A5005240388 @default.
• W29686710 creator A5012710642 @default.
• W29686710 creator A5012860977 @default.
• W29686710 creator A5013087424 @default.
• W29686710 creator A5019676726 @default.
• W29686710 creator A5043043094 @default.
• W29686710 creator A5070942506 @default.
• W29686710 creator A5080210618 @default.
• W29686710 date "1997-01-01" @default.
• W29686710 modified "2023-10-15" @default.
• W29686710 title "Effects of prenatal stress on suckling calves." @default.
• W29686710 cites W1916395565 @default.
• W29686710 cites W1966842227 @default.
• W29686710 cites W1975468173 @default.
• W29686710 cites W1977353867 @default.
• W29686710 cites W1992016031 @default.
• W29686710 cites W1992860474 @default.
• W29686710 cites W1993062409 @default.
• W29686710 cites W1994570653 @default.
• W29686710 cites W1995683588 @default.
• W29686710 cites W1995896369 @default.
• W29686710 cites W2002664886 @default.
• W29686710 cites W2017799042 @default.
• W29686710 cites W2028001414 @default.
• W29686710 cites W2042718440 @default.
• W29686710 cites W2057939915 @default.
• W29686710 cites W2061371622 @default.
• W29686710 cites W2065144231 @default.
• W29686710 cites W2066610267 @default.
• W29686710 cites W2085929653 @default.
• W29686710 cites W2090215646 @default.
• W29686710 cites W2113962949 @default.
• W29686710 cites W2143837759 @default.
• W29686710 cites W2293540056 @default.
• W29686710 cites W2402051746 @default.
• W29686710 cites W2408815793 @default.
• W29686710 cites W2418227394 @default.
• W29686710 cites W2421944419 @default.
• W29686710 cites W2486511241 @default.
• W29686710 cites W636704907 @default.
• W29686710 doi "https://doi.org/10.2527/1997.75123143x" @default.
• W29686710 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9419987" @default.
• W29686710 hasPublicationYear "1997" @default.
• W29686710 type Work @default.
• W29686710 sameAs 29686710 @default.
• W29686710 citedByCount "64" @default.
• W29686710 countsByYear W296867102012 @default.
• W29686710 countsByYear W296867102013 @default.
• W29686710 countsByYear W296867102014 @default.
• W29686710 countsByYear W296867102015 @default.
• W29686710 countsByYear W296867102016 @default.
• W29686710 countsByYear W296867102017 @default.
• W29686710 countsByYear W296867102018 @default.
• W29686710 countsByYear W296867102019 @default.
• W29686710 countsByYear W296867102020 @default.
• W29686710 countsByYear W296867102021 @default.
• W29686710 countsByYear W296867102022 @default.
• W29686710 countsByYear W296867102023 @default.
• W29686710 crossrefType "journal-article" @default.
• W29686710 hasAuthorship W29686710A5005240388 @default.
• W29686710 hasAuthorship W29686710A5012710642 @default.
• W29686710 hasAuthorship W29686710A5012860977 @default.
• W29686710 hasAuthorship W29686710A5013087424 @default.
• W29686710 hasAuthorship W29686710A5019676726 @default.
• W29686710 hasAuthorship W29686710A5043043094 @default.
• W29686710 hasAuthorship W29686710A5070942506 @default.
• W29686710 hasAuthorship W29686710A5080210618 @default.
• W29686710 hasConcept C126322002 @default.
• W29686710 hasConcept C134018914 @default.
• W29686710 hasConcept C140793950 @default.
• W29686710 hasConcept C2776482104 @default.
• W29686710 hasConcept C2776521926 @default.
• W29686710 hasConcept C71924100 @default.
• W29686710 hasConcept C86803240 @default.
• W29686710 hasConceptScore W29686710C126322002 @default.
• W29686710 hasConceptScore W29686710C134018914 @default.
• W29686710 hasConceptScore W29686710C140793950 @default.
• W29686710 hasConceptScore W29686710C2776482104 @default.
• W29686710 hasConceptScore W29686710C2776521926 @default.
• W29686710 hasConceptScore W29686710C71924100 @default.
• W29686710 hasConceptScore W29686710C86803240 @default.
• W29686710 hasIssue "12" @default.
• W29686710 hasLocation W296867101 @default.
• W29686710 hasLocation W296867102 @default.
• W29686710 hasOpenAccess W29686710 @default.
• W29686710 hasPrimaryLocation W296867101 @default.
• W29686710 hasRelatedWork W1966504330 @default.
• W29686710 hasRelatedWork W1966775726 @default.
• W29686710 hasRelatedWork W1979139803 @default.
• W29686710 hasRelatedWork W1991560548 @default.
• W29686710 hasRelatedWork W2030889776 @default.
• W29686710 hasRelatedWork W2037631372 @default.
• W29686710 hasRelatedWork W2040058909 @default.
• W29686710 hasRelatedWork W2063957970 @default.
• W29686710 hasRelatedWork W2132898409 @default.
• W29686710 hasRelatedWork W4249176446 @default.

• next