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期刊名:Animal

缩写:ANIMAL

ISSN:1751-7311

e-ISSN:1751-732X

IF/分区:4.2/Q1

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共收录本刊相关文章索引4513
Clinical Trial Case Reports Meta-Analysis RCT Review Systematic Review
Classical Article Case Reports Clinical Study Clinical Trial Clinical Trial Protocol Comment Comparative Study Editorial Guideline Letter Meta-Analysis Multicenter Study Observational Study Randomized Controlled Trial Review Systematic Review
H Li,J J Han,Y Li et al. H Li et al.
Global attention to food safety and antimicrobial resistance issues continues to rise, and the need for green, efficient antibiotic alternatives in the livestock industry has become urgent. Prebiotics and probiotics, owing to their signific...
M S P Carlis,G Abitante,T K Nishimura et al. M S P Carlis et al.
In tropical beef systems, the dry season coincides with mid-to-late gestation, creating a nutritional conflict between lactation and foetal development. Early weaning (EW) mitigates this stress, but its impact on Bos indicus offspring muscl...
M S P Carlis,G Abitante,T K Nishimura et al. M S P Carlis et al.
Nutritional stress during gestation in tropical grazing systems can impair maternal performance and foetal development. This study evaluated the effects of weaning strategy and dam parity on the feedlot performance, carcass traits, and mRNA...
M Špinka,V Sekyrová,Š Hulmáková et al. M Špinka et al.
Farrowing crates drastically restrict behavioural opportunities for lactating sows. Temporary crating (TC) systems restrain the sow for the first few days after farrowing and then allow free sow movement in the farrowing pen for the rest of...
T Hashiguchi,G Kitahara,K Kanemaru et al. T Hashiguchi et al.
During normal cervical ripening in cows, there is an increase in the concentrations of various cytokines in the cervical mucus, which may be a marker of the progression of cervical ripening. However, the cytokine dynamics during abnormal de...
P Peraza,G Martinez-Boggio,H Naya et al. P Peraza et al.
The ruminant genome exerts moderate control over rumen microbial composition, which is a major determinant of feed efficiency and methane emissions. However, the integration of new omics data, whether for phenotypic prediction, selective br...
R Lomngam,M Duangjinda,W Kenchaiwong et al. R Lomngam et al.
The Thai swamp buffalo (Bubalus bubalis) represents an important genetic resource in Southeast Asia but exhibits slow growth and limited productivity, constraining meat production efficiency. This study aimed to characterise the genetic arc...
T Maruyama,M Ogawa,R Nagai et al. T Maruyama et al.
Pig phenotypes are influenced by host genetics and the gut microbiota. However, the impacts of classification methods and the heritability of the gut microbiota on production traits in pigs remain unclear. Here, we evaluated the impacts of ...
M Di Civita,P Wiener,M Marr et al. M Di Civita et al.
In the context of global climate change, it is important to better understand the genetic drivers of environmental adaptation in livestock. As sheep (Ovis aries) exhibit a multitude of local adaptations, they represent an ideal subject for ...
F Bertolini,S Bovo,M Bolner et al. F Bertolini et al.
Feed represents the largest expense in pig farming and significantly affects the sustainability of the production system. Therefore, enhancing feed efficiency is a key strategy to mitigate these costs and environmental impacts. This is part...