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表8.7 “畜禽消化生理与饲料养分互作机制”工程研究前沿中核心论文的主要产出国家

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表8.7 “畜禽消化生理与饲料养分互作机制”工程研究前沿中核心论文的主要产出国家_第1页

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表8.7 “畜禽消化生理与饲料养分互作机制”工程研究前沿中核心论文的主要产出国家_第2页

表8.7 “畜禽消化生理与饲料养分互作机制”工程研究前沿中核心论文的主要产出国家_第3页

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表8.7 “畜禽消化生理与饲料养分互作机制”工程研究前沿中核心论文的主要产出国家_第4页

表8.7 “畜禽消化生理与饲料养分互作机制”工程研究前沿中核心论文的主要产出国家_第5页

所属报告：

科睿唯安&中国工程院：全球工程前沿2025（315页）.pdf

打包全文图表

研究已进人多组学整合与大数据驱动时代，利用体外模拟系统、类器官模型和人工智能等手段，在细胞和分子水平深人阐释互作机理，推动营养策略从“粗放通用”向“动态精准”跨越。该研究的重要性尤为突出。在资源与环境约束日益严峻的背景下，提高饲料利用效率可直接减少氮、磷排放，降低环境污染，推动畜牧业可持续发展。同时，通过营养手段调控肠道健康，可减少抗生素使用，改善动物福利，保障动物源性食品安全。此外，该机制的研究是实现精准饲作机制，重点研究功能性饲料组分对菌群结构及动物生理机能的调控作用；②养分感知与代谢调控通路，探索营养素如何通过生理信号轴影响养分分配与利用；③肠黏膜屏障功能与营养干预，研究氨基酸、脂肪酸等对肠道完整性、免疫调节的作用机制；④智能化营养模型开发，整合动物基因型、生理阶段、环境参数和饲料营养养分，构建精准预测与决策系统，实现营养供给的动态优化。该领域的研究不仅具有重要理论价值，更是推动畜牧业走向精准化、绿色化和高值化的关键技术路径，对未来动物农业转型升级具有重要意义。名第一，拥有20篇核心论文，占32.79%；中国排名第二，有15篇，占24.59%；英国排名第三，有8篇，占13.11%；其他国家如加拿大、意大利、瑞士分别有7、5、4篇核心论文。在主要产出机构方面，美国北卡罗来纳州立大学以5篇核心论文产出位居第一，占8.20%，其次是帝斯曼－国家间的研究合作较为普遍，以美国与英国、瑞士之间合作相对紧密，中国则与加拿大、美国合论文数排名前三位是中国、美国和加拿大，其中，中国占35.87%，美国占为20.65%。施引论文科学院，分别占12.17%、12.03%和12.03%

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