Creator
- Theresa M. Casey, 0000-0002-8835-3550 3
- Aridany Suarez Trujillo, 0000-0002-9343-5016 1
- Aridany Suárez Trujillo, 0000-0002-9343-5016 1
- Conor John Mccabe 1
- James Markworth 1
- Kgouveia@purdue.edu 1
- Lbecket@purdue.edu 1
Type
- Dataset 3
Date
creator: Jacquelyn P Boerman, 0000-0002-0336-8295
Total is 3 Results
Molecular signatures of longissimus dorsi muscle are distinct between multiparous dairy cattle with differing prepartum muscle reserves and altered by branched-chain volatile fatty acid supplementation
10.4231/5PEP-Y543
Jacquelyn P Boerman
,
James Markworth
,
kgouveia@purdue.edu
,
lbecket@purdue.edu
,
Theresa M. Casey
06/20/2024
Differences in prepartum muscle reserves reflect distinct muscle metabolism and branched-chain volatile fatty acid supplementation altered metabolic pathways.
branched-chain volatile fatty acid dairy cattle longissimus dorsi muscle reserves RNA_seq
Supplemental Tables and Figures for Effect of circadian system disruption on the concentration and daily oscillations of cortisol, progesterone, melatonin, serotonin, growth hormone, and core body temperature in periparturient dairy cattle
10.4231/KEHG-RN90
Aridany Suárez Trujillo
,
Jacquelyn P Boerman
,
Theresa M. Casey
12/17/2021
Changes in daily fluctuations of body temperature and hormone concentrations, related with reproduction and metabolism, were measured and the strength of circadian rhythms of body temperature, serotonin and cortisol increased between three weeks...
Dry Matter Intake and Beta-Hydroxybutyrate Response in a GTT in Phase Shifted Dairy Cows
10.4231/WJYX-B949
Aridany Suarez Trujillo
,
Conor John Mccabe
,
Jacquelyn P Boerman
,
Theresa M. Casey
12/10/2020
Circadian disruptions in dairy cattle did not affect BHB concentrations in response to an IVGTT at 14 days before expected calving and 7 days in milk. Additionally, there was no effect of disruptions on dry matter intake
Animal Sciences Circadian Rhythm Glucose Tolerance Test Periparturient Dairy Cows
Display #
Results 1 - 3 of 3