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您的检索式：作者名="Chengchen Guo"
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| 1 | Chemical Modification of Silk Proteins: Current Status and Future Prospects显示文摘Silk extracted from the cocoon of silkworm has been used as textile materials for thousands of years.Recently,silk has been redefined as a protein-based biomaterial with great potential in biomedical applications owing to its excellent mechanical properties,biocompatibility,and biodegradability.With the advances in silk processing technologies,a broad range of intriguing silk-based functional biomaterials have been made and applied for various biomedical uses.However,most of these materials are based on natural silk proteins without chemical modification,leading to limited control of properties and functions(e.g.,biodegradability and bioactivity).A chemical toolbox for modifying the silk proteins is required to achieve versatile silk-based materials with precisely designed properties or functions for different applications.Furthermore,inspired by the traditional fine chemical industry based on synthetic chemistry,developing silk-based fine chemicals with special functions can significantly extend the applications of silk materials,particularly in biomedical fields.This review summarizes the recent progress on chemical modification of silk proteins,focusing on the methodologies and applications.We also discuss the challenges and opportunities of these chemically modified silk proteins. | Haoran Liu Ziyang Sun Chengchen Guo | 2022 | Advanced Fiber Materials2022，4，4： | 1 |
| 2 | Determination of ethyl carbamate in Chinese yellow rice wine using high‐performance liquid chromatography with fluorescence detection显示文摘 | Ming‐liangFu JingLiu Xiao‐jieLiu Guo‐qingHe Ji‐chengChen | 2010 | International Journal of Food Science & Technology2010，，6： | 1 |
| 3 | A hydrogel system containing molybdenum-based nanomaterials for wound healing显示文摘Wound delayed healing or non-healing has seriously affected patients’quality of life and has been a significant economic burden for public health systems worldwide.Excess reactive oxygen species(ROS)play important roles for impeding the process of wound healing.Herein,we report a hydrogel system containing low-valence-state molybdenum nanomaterials(Mo hydrogel)for wound healing by scavenging the detrimental ROS.Both in vitro and in vivo results demonstrate that the synthesized Mo hydrogel can accelerate wound healing,promote angiogenesis,and stimulate the expression of growth factors.Since the molybdenum is an essential element for the survival of all organisms,such novel Mo-hydrogel has the great potential to be clinically translated for wound healing. | Yongzhou Lu Chuanlong Jia Chengchen Gong Han Wang Qin Xiao Jinxiao Guo Dalong Ni Nan Xu | 2023 | Nano Research2023，16，4： | 0 |
| 4 | Research Progress and Present Situation of Tridimensional Reservoir Development显示文摘Designing special well patterns, tridimensional reservoir development selects a variety of wells and uses the gravity energy to maximize the hydrocarbon recovery. It's a new development model to implement the oil and gas exploitation economically and efficiently. It is suitable for both huge oiliness altitude reservoirs and large dip-angle sandstone reservoirs, and more for the carbonate reservoirs developed in high-angle fractures, volcanic reservoirs and metamorphic reservoirs. | Xu Ning Guo Xiuwen He Chengchen | 2013 | China Oil & Gas2013，20，4： | 0 |
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