Additional file 1 of Effect of dietary near ideal amino acid profile on heat production of lactating sows exposed to thermal neutral and heat stress conditions
Creators: name: S. Zhang
name: J. S. Johnson
name: Trottier, N. L.
Publisher: name: figshare
Year: 2020
Subjects: subject: Biochemistry
subject: Medicine
subject: Genetics
subject: FOS: Biological sciences
subject: FOS: Biological sciences
subject: Molecular Biology
subject: Physiology
subject: 59999 Environmental Sciences not elsewhere classified
subject: FOS: Earth and related environmental sciences
subject: FOS: Earth and related environmental sciences
subject: Ecology
subject: Immunology
subject: FOS: Clinical medicine
subject: FOS: Clinical medicine
subject: 69999 Biological Sciences not elsewhere classified

description: Additional file 1:Table S1. Metabolic oxygen (O2) consumption [L/(d·BW0.75)] of lactating sows fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S2. Metabolic carbon dioxide (CO2) production [L/(d·BW0.75)]of lactating sows fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S3. Respiratory quotient (RQ) of lactating sows fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S4. Metabolic oxygen (O2) consumption [L/(d·BW0.75)]during daytime of lactating sows fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S5. Metabolic carbon dioxide (CO2) production [L/(d·BW0.75)] during daytime of lactating sows fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S6. Respiratory quotient (RQ) during daytime of lactating sows fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S7. Metabolic total heat production [kJ/(d·BW0.75)] of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S8. Metabolic oxygen (O2) consumption [L/(d·BW0.75)] of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S9. Metabolic carbon dioxide (CO2) production [L/(d·BW0.75)] of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S10. Respiratory quotient (RQ) of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S11. Metabolic total heat production [kJ/(d·BW0.75)] during daytime of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S12. Metabolic oxygen (O2) consumption [L/(d·BW0.75)] during daytime of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S13. Metabolic carbon dioxide (CO2) production [L/(d·BW0.75)] during daytime of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S14. Respiratory quotient (RQ) during daytime of lactating sows with litters fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions. Table S15. Metabolic carbon dioxide (CO2) production, oxygen (O2) consumption, total heat production (THP) and respiratory quotient (RQ) of piglets from sows fed high crude protein (HCP) and low crude protein (LCP) diet and exposed to thermal neutral and heat stress conditions.