[1] Chenyu WANG, Hongbing HUANG, Sihui YIN et al. Research progress on comprehensive utilization of by-products of Procambarus clarkii. Tianjin Agricultural Sciences, 27, 83-86(2021).

[2] Hongbing HUANG. The key technology of crayfish culture(2019).

[3] Xiujuan YU, Xiangju HAO, Ziqiao DANG et al. China crayfish industry development report (2022). China Fisheries, 559, 47-54(2022).

[4] Wensi XU, Baihua LI, Mengyuan ZHANG et al. Research progress on processing and utilization of crayfish and its by-products. Farm Products Processing, 60-63(2021).

[5] Xiangyu SUN, Qifeng WEI, Xiulian REN. Extraction technology and application of chitin/chitosan from shrimp and crab shell. Food Research and Development, 39, 214-219(2018).

[6] Meng WANG, Lanpeng LI, Quan ZHANG et al. Research progress on the bio-production of chitin and chitosan. Biotechnology Bulletin, 35, 213-222(2019).

[7] I Boháčová, S Procházková, R Halko. Separation and determination of amygdalin and unnatural neoamygdalin in natural food supplements by HPLC-DAD. Food Additives & Contaminants: Part A, 36, 1445-1452(2019).

[8] Yong DOU, Peihong HU. Ultrasound-assisted CDA enzymatic method for preparation of freshwater crayfish shell chitosan. Food and Fermentation Industries, 40, 127-131(2014).

[9] Jianping FANG, Yi ZHENG, Lin WANG et al. Study on wastewater treatment process during chitosan production with procambarus clarkii. Journal of Anhui Agricultural Sciences, 38, 18866-18867(2010).

[10] Yan WANG, Fangming DENG, Yan LIU et al. Enzymatic extraction of protein from crayfish head and shell. Food Science, 34, 1-5(2013).

[11] Songlin LI. Antioxidant activity of crayfish(procambarus clarkia) shell protein hydrolysate prepared with protamex. Food and Fermentation Industries, 38, 83-86(2012).

[12] Huirong HOU, Zhaoyuan SUN, Hankun GONG. Extraction of astaxanthin from procambarus clarkia shell by ultrasound. Food and Fermentation Industries, 41, 209-214(2015).

[13] Qingyang SONG, Wujuan MI, Binliang WANG et al. Optimization of astaxanthin extraction technology from procambarus clarkii. Environmental Science & Technology, 41, 115-119(2018).

[14] Yali YU, Yuntao ZHOU, Ping WEN et al. Optimization of calcium acetate extraction process from procambarus clarkia shell by response surface methodology. Science and Technology of Food Industry, 38, 167-173(2017).

[15] Jun WU, Honghui MAO. Study on extracting chitin from the shell of spicy crayfish. Cereals and Oils Processing, 128-130(2008).

[16] Yanan LI. Research on the combined extracting technology of several bioactive substances from crayfish by-products(2013).

[17] N Yan, X Chen. Don't waste seafood waste: turning cast-off shells into nitrogen-rich chemicals would benefit economies and the environment. Nature, 524, 155-157(2015).

[18] Qi YANG, Shilong MA, Xuetai BAO et al. Analysis of nutrients and evaluation of feeding value for crayfish wastes. Journal of Hunan University of Arts and Science (Natural Science Edition), 31, 30-33(2019).

[19] Xiaofei CHENG, Rui SONG, Bo HONG et al. Analysis of nutritional components of amino acids and fatty acids in procrustus clarkii crawfish shell meal. China Feed, 66-70(2020).

[20] E A Balazs, A Leshchiner. Crosslinked gels of hyaluronic acid and products containing these gels for cometics and pharmaceuticals.

[21] Qi ZHANG. The invention relates to a method for preparing chitosan with narrow molecular weight distribution by microwave-assisted degradation.

[22] L Callegaro, D Renier. Process for preparing a hyaluronic acid fraction having a low polydispersion index.

[23] Junqi ZHAO, Gangqiao DENG, Sai SHAO et al. Degradation of chitosan by synergetic treatment of irradiation and chemical. Journal of Nuclear Agricultural Sciences, 22, 310-313(2008).

[24] M W Byun, J H Son, H S Yook et al. Effect of gamma irradiation on the physiological activity of Korean soybean fermented foods, Chungkookjang and Doenjang. Radiation Physics and Chemistry, 64, 245-248(2002).

[25] Zhaohui ZOU, Qiang WANG, Zhidong WANG et al. Effect of irradiation on physico-chemical properties of hyaluronic acid. Food Science, 32, 117-120(2011).

[26] Xiaofei CHENG, Rui SONG, Yuanqin XU et al. Nutritional analysis and evaluation on muscle of spinibarbus caldwelli. Modern Food Science and Technology, 35, 245-250(2019).

[27] Rui LI, Qian ZOU, Yulin SUN et al. Preparation of protein hydrolysates from crayfish(procambarus clarkia) head by ultraviolet-induced autolysis and study on their umami substances. Food and Fermentation Industries, 45, 153-160(2019).

[28] Y H Kuan, R Bhat, A Patras et al. Radiation processing of food proteins - a review on the recent developments. Trends in Food Science & Technology, 30, 105-120(2013).

[29] R A Molins. Food irradiation: principles and application(2001).

[31] M Lacroix, B Ouattara. Combined industrial processes with irradiation to assure innocuity and preservation of food products—a review. Food Research International, 33, 719-724(2000).

[32] Guangxian LIU, Hui WANG, Jun LIU et al. Advances in effects of irradiation on proteins and allergens. Journal of Food Safety & Quality, 8, 1110-1114(2017).