How does the canal remain so clear?

Acid can NIC The research paper by the scientific team, “The Mechanism by Which a Daidzein Combination Effectively Increases Egg Production Rate,” has been awarded the Outstanding Paper Prize.

In the sweltering summer days of the South, The 34 The Guangdong Animal Husbandry and Veterinary Science and Technology Conference at 6 month 26-27 The event was held as scheduled in Guangzhou, with participants from China Agricultural University, The Ohio State University, Huazhong Agricultural University, Nanjing Agricultural University, Northwest A&F University, Sun Yat-sen University, Zhejiang University, Sichuan Agricultural University, Northeast Agricultural University, South China Agricultural University, Yangzhou University, Hunan Agricultural University, Zhongkai University of Agriculture and Engineering, Chinese Academy of Agricultural Sciences, Guangdong Academy of Agricultural Sciences, Zhejiang Academy of Agricultural Sciences, Jiangsu Academy of Agricultural Sciences, and the Research Institute of Haida Group A distinguished gathering of experts and scholars in animal nutrition and related fields convened, with the conference focusing on new technologies, smart innovations, and emerging opportunities in the livestock industry, fostering in-depth dialogue and the exchange of ideas. The cutting-edge academic presentations delivered by the experts flowed like a gentle breeze, infusing the summer city of Guangzhou with a refreshing stream of knowledge and leaving the attendees feeling invigorated.

A total of academic papers were solicited for this conference. 74 chapter , a total of were selected for inclusion in the proceedings 49 chapter , Selected Papers 80% The research originates from renowned institutions such as South China Agricultural University, Guangdong Academy of Agricultural Sciences, and Zhongkai University of Agriculture and Engineering, and scientific findings from corporate innovation centers are also beginning to gain prominence, among which Guangdong nuacid Innovation R&D Center ( NIC Team) Contribution done 4 chapter Research papers. At this conference, the expert organizing committee voted to select the following papers for the Outstanding Paper Award: 8 chapter ， Acid can NIC and by virtue of Antioxidant Effects of a Combination of Daidzein and Ampelopsis Flavonoids on Ovarian Granulosa Cells in Laying Hens and Its Impact on Production Performance During the Late Laying Period An article won “ Outstanding Paper Award ” , it is one of the two papers that received awards outside of universities and research institutes. This honor not only highlights the significance of acid energy among acids Functional Additives Sector Its research strength has earned the expectations and recognition of experts, while also serving as an important incentive for corporate R&D centers to pursue new product development and public‑benefit research.

The award-winning paper is titled "nuacid" NIC The team, in collaboration with the Institute of Animal Science at the Guangdong Academy of Agricultural Sciences, jointly completed this work, focusing on the core pain points of the layer chicken farming industry. —— The problem of excessively rapid decline in production performance during the late laying period As laying hens age, their antioxidant capacity declines and ovarian function deteriorates, leading to reduced egg production and lower egg quality, directly impacting farming profitability. This study innovatively proposes daidzein ( DA ) and vine tea flavonoids ( DHM ) Formulation Plan ”， Through Cells and Animals Dual validation through experimentation confirmed that this combination significantly enhances antioxidant capacity and improves reproductive performance in laying hens, providing a practical and viable solution for the industry.

The level of egg production in laying hens is closely linked to the core issue of follicular development. Granulosa cells are indispensable when discussing follicles; once these cells are damaged by adverse factors such as oxidative stress, their normal functions are impaired, leading to abnormal follicular development and reduced oocyte quality, ultimately affecting the hens’ egg-laying performance. Therefore, granulosa cells represent a key target for research aimed at improving reproductive performance in laying hens, and elucidating their underlying mechanisms holds significant guidance for enhancing egg production rates and prolonging peak laying periods. Acid energy NIC The research team utilized tert-Butyl hydroperoxide ( TBHP ) Construction of ovarian granulosa cells in laying hens ( GCs ) Oxidative stress model, comparing different ratios DA and DHM The intervention effect. The results show that, Flavonoids suitable for use with the component Can significantly improve SOD 、GSH-PX、 CAT Antioxidant enzyme activity increases, while levels decrease. MDA (lipid peroxidation products) and ROS (Reactive oxygen species) levels, effectively repairing cellular damage.

This study is the first to reveal that DA and DHM Synergistic effects of compounding ， DA Exerts estrogen-like effects, DHM Enhances anti-inflammatory and antioxidant functions, with the two complementing each other to form “1+1>2” Efficiency-enhancing effect. For “ Antibiotic-free farming ” Providing natural alternatives to help the aquaculture industry reduce costs and improve efficiency. Elucidating antioxidant properties - Reproductive hormones - The molecular mechanisms of follicular development lay the groundwork for future research. Notably, this study has been successfully translated into acid energy. “ Qimei Su ” The product series has been deployed at several large-scale layer farms, with customers reporting a significant improvement in laying consistency, particularly in farms housing one million hens. 30-40 There is a steady increase in weekly age. 2-4% The record of egg production rate validates the practical value of research findings under big data conditions.

Acid can NIC The team consistently upholds a research and development philosophy of rigor and innovation, driving continuous technological breakthroughs in the field of animal nutrition through a well-established research infrastructure and extensive industry–university–research collaboration. In terms of team building, NIC It has brought together a group of research professionals deeply engaged in acidifiers and animal nutrition, including full-time researchers holding doctoral or master’s degrees. 16 name, 2400 ㎡ of modern laboratory innovation platforms and 35 An acre-scale standardized animal experimentation and breeding base, encompassing a full-chain validation system from molecular research to animal testing; in collaboration with research institutions including China Agricultural University, Sichuan Agricultural University, Jiangxi Agricultural University, Nanjing University of Science and Technology, Jinan University, Guizhou University, South China Agricultural University, and the Guangdong Academy of Agricultural Sciences, focusing on the application of functional acid preparations in animal digestion, antibacterial activity, in vivo antioxidant effects, and reduction of viral load for the healthy farming of livestock and poultry; in recent years, multiple papers have been published in Molecular 、 Frontiers in Veterinary Science, Viruses 、 Animals Published in the Journal of Animal Nutrition, Chinese Journal of Animal Husbandry & Veterinary Medicine, and Chinese Journal of Animal Science, these findings have attracted industry attention. Aciditech will continue to build on solid scientific research to lead innovation and application of acidifiers, providing the industry with more innovative solutions and supporting the development of healthy animal husbandry.

Written by: E Xiaodi

Review: Hu Youjun