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Effects of dietary oat supplementation on carcass traits, muscle metabolites, amino acid profiles, and its association with meat quality of Small-tail Han sheep.

Food chemistry
January 1, 1970
Li-Wei Wang et al. (16 authors)
Journal ArticleAnimal Study
Extracted Claims (15)
InterventionDirectionEndpointPopulationDosageImpactClaim #
oat supplementation of the ruminant diet
increase
growth performance and meat quality traits
ruminant
-
can improve
#1
oat grass supplementation (OS)
increase
growth performance
Small-tail Han sheep
-
improved
#2
oat grass supplementation (OS)
increase
muscle tissue metabolites that are associated with better meat quality and flavor
Small-tail Han sheep
-
improved
#3
OS
increase
live-weight
sheep
-
had higher
#4
OS
increase
carcass-weight
sheep
-
had higher
#5
OS
decrease
carcass fat
sheep
-
had lower
#6
OS
increase
taurine
sheep
-
had higher levels of
#7
OS
increase
l-carnitine
sheep
-
had higher levels of
#8
OS
increase
inosine-5'-monophospgate
sheep
-
had higher levels of
#9
OS
increase
cholic acid
sheep
-
had higher levels of
#10
OS
increase
taurocholic acid
sheep
-
had higher levels of
#11
OS
decrease
fat accumulation
-
-
decreased
#12
OS
increase
functional or flavor metabolites
-
-
promote
#13
OS
increase
muscle levels of amino acids that are attributed to better quality and flavorsome mutton
-
-
increased
#14
supplementing sheep with oat grass
increase
growth performance and meat quality
sheep
-
to improve
#15
Abstract

Oat supplementation of the ruminant diet can improve growth performance and meat quality traits, but the role of muscle metabolites has not been evaluated. This study aimed to establish whether oat grass supplementation (OS) of Small-tail Han sheep improved growth performance and muscle tissue metabolites that are associated with better meat quality and flavor. After 90-day, OS fed sheep had higher live-weight and carcass-weight, and lower carcass fat. Muscle metabolomics analysis showed that OS fed sheep had higher levels of taurine, l-carnitine, inosine-5'-monophospgate, cholic acid, and taurocholic acid, which are primarily involved in taurine and hypotaurine metabolism, purine metabolism, and bile acid biosynthesis and secretion, decreased fat accumulation and they promote functional or flavor metabolites. OS also increased muscle levels of amino acids that are attributed to better quality and flavorsome mutton. These findings provided further evidence for supplementing sheep with oat grass to improve growth performance and meat quality.

Medical Subject Headings (MeSH)
SheepAnimalsAmino AcidsAvenaTailBody CompositionFatty AcidsDietMusclesMeatDietary SupplementsTaurineAnimal Feed
Study Links
PubMed ID36669340
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