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1,138 results on '"Xie, Xiaolin"'

109. Compound enzymatic hydrolysis of feather waste to improve the nutritional value

Author

Zhou, Lian, Xie, Xiaolin, Wu, Tianfu, Chen, Meibiao, Yao, Qing, Zhu, Honghui, and Zou, Weilin

Abstract

Although feather waste is generated abundantly but rich in natural protein, it is hassled to be digested. To improve the nutritional value of feather waste, compound enzymatic hydrolysis (CEH) was applied to degrade feather waste. Results indicated that the nutritional value of feather meal (FM) produced with CEH was improved in terms of protein solubility increase to 20.75 times and in vitro protein digestibility increase to 10.27 times as compared to fresh FM; this improvement was ascribed to the keratinase breaking up disulfide bond and compound enzymes destroying the smooth surface structure, compact β-sheet structure, and hydrogen bond. In conclusion, CEH is an effective and promising approach to improve the nutrient value of feather waste. The results shed light on the utilization of feather waste for protein resource in feed industry.

Published
2024
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115. Visual Assay for Methicillin-Resistant Staphylococcus aureus Based on Rolling Circular Amplification Triggering G-Quadruplex/Hemin DNAzyme Proximity Assembly

Author

Xie, Xiaolin, primary, Cheng, Xiaoxue, additional, Dong, Juan, additional, Li, Jia, additional, Jiang, Lanxin, additional, Yang, Tiantian, additional, Liao, Bing, additional, Ding, Shijia, additional, Liu, Qingsong, additional, Luo, Fukang, additional, Cheng, Wei, additional, and Chen, Junman, additional

Published
2023
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121. 高数值孔径宽谱段折反射式物镜设计

Author

Wang Chao, 王超, primary, Qu Hemeng, 曲贺盟, additional, Guan Haijun, 管海军, additional, Wang Ha, 王哈, additional, Zhang Jizhen, 张继真, additional, Xie Xiaolin, 谢晓麟, additional, and Wang Ning, 王宁, additional

Published
2023
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135. Structural design and test of arch waist dynamic chassis for hilly and mountainous areas.

Author

Xie, Xiaolin, Han, Xiaobing, Zhang, Zhihong, Qin, Yibo, Li, Yuchao, and Yan, Zixiang

Subjects
*ARCHES, *STRUCTURAL design, *TEST design, *PAVEMENTS, *AGRICULTURE
Abstract

In order to meet the terrain adaptability, flexibility, and stability requirement of the agricultural power chassis when driving in complex terrain and narrow fields in hilly and mountainous areas, an arch waist power chassis suitable for a narrow plot with strong ground adaptability is designed. On the undulating road surface, the longitudinal pitch of the track can be used for active and passive ground copying to exert the maximum driving force. Through the theoretical analysis of the whole machine, it is obtained that the minimum turning radius of the chassis is 568.5 mm between the two rear wheels, which is about 34.12% of the length of the whole machine. The longitudinal uphill slip angle α φ is 26.9–42.84°, and the longitudinal downhill slip angle α φ ′ is 29.28–43.7°. Finally, the performance test of the whole machine is carried out. The test results show that the arch waist power chassis has a minimum turning radius of 1230.7 mm in field driving, which has good steering maneuverability and can adapt to the narrow operating environment in hilly and mountainous areas; the longitudinal downhill slip angle is 32°, and the longitudinal uphill slip angle is 28°. The longitudinal downhill slip angle is about 1.14 times the longitudinal uphill slip angle, and the lateral slope slip angle is 27°, which meets the requirements for stable operation in hilly and mountainous terrain. [ABSTRACT FROM AUTHOR]

Published
2023
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136. A Review on Low‐Molecular‐Weight Gels Driven by Halogen‐Effect.

Author

Zhang, Yuping, Wang, Jing, Liao, Yonggui, and Xie, Xiaolin

Subjects
POLYMERS, LIFE sciences, LIQUID crystals, HYDROGEN bonding interactions, POLYMER colloids
Abstract

As a new type of non‐covalent interaction similar to hydrogen bond, halogen bond has become an important supramolecular tool in crystal engineering, material chemistry, biological science, etc., due to its unique properties. In fact, halogen bond has been confirmed on the effect of molecular assemblies and soft materials, and widely used in various functional soft materials including liquid crystals, gels and polymers. In recent years, halogen bonding has aroused strong interest in inducing molecular assembly into low‐molecular‐weight gels (LMWGs). To the best of our knowledge, there is still a lack of in‐depth review of this field. So, in this paper, the recent progress of LMWGs driven by halogen bonding is reviewed. According to the number of components forming halogen bonded gels, the structural characteristics of halogen bonded supramolecular gels, the relationship between halogen bonding and other non‐covalent interactions, as well as the application fields of halogen bonded gels are introduced, respectively. In addition, the challenges faced by halogenated supramolecular gels at present and their development prospects in future have been proposed. We believe that the halogen bonded gel will have more impressive applications in the next few years, opening exciting new opportunities for the development of soft materials. [ABSTRACT FROM AUTHOR]

Published
2023
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