
毕业学校:日本京都大学
学历学位:博士研究生
专业:微生物分子生物学,生物信息学
研究方向:环境微生物学
讲授课程:基因工程、分子生物学、生物信息学、生物工程导论
E-mail:gongcj606@sina.com
联系电话:13476089568
出生年月:1975年1月
中国微生物学会、生物工程学会会员,日本农化学会会员
教育工作经历
东北师范大学 本科学士 1999.07-2002.07
东北师范大学 硕士研究生 2005.09-2008.07
长春职业技术学院 教师 2008.07-2009.03
中国赴日本国留学生预备学校 基金委公派赴日博士项目 2008.10-2009.08
京都大学 研究生 2009.10-2010.03
京都大学 博士研究生 2010.04-2013.03
京都大学 博士后研究员 2013.04-2014.06
湖北工业大学 讲师、副教授 2014.09-
京都大学 基金委公派赴日访问学者 2022.05-2023.05
荣获奖励
1. 日本文部省奖学金,2009,国家留学基金管理委员会,公派赴日博士项目
2. 国家留学基金,2020,国家留学基金管理委员会,公派赴日访问学者项目
3. 湖北省第七批博士服务团先进个人, 2018,湖北省委组织部,共青团湖北省委员会
4. 湖北省第九批博士服务团先进个人, 2021,湖北省委组织部,共青团湖北省委员会
5. 湖北省科技进步三等奖.发酵红曲的开发及应用.2016,2016J-232-3-122-021-R05.
科研基金
1. 国家自然科学基金面上项目,鞘氨醇杆菌利用纤维素的关键分子机制及其在阿魏酸细胞工厂构建中的应用,50万元,基金号:32570149,2026.1-2029.12,主持。
2. 国家自然科学基金面上项目,转化纤维素合成PHA的鞘氨醇杆菌设计构建研究,58万元,基金号:32070107,2021.1-2024.12,主持。
3. 固液串联耦合碳氧代谢协同调控高密度发酵生产酵母粉,湖北中农华威生物工程有限公司,25万元,项目号:4201/01199,2021.6-2022.5,主持。
4. 厨余垃圾有机固渣定向制备高值生物有机肥工艺研发,合肥市“揭榜挂帅”项目,中节能(肥西)环保能源有限公司,88万元,项目号:4201/03076,2023.7-2025.6,主持。
科研论文(近5年,唯一第一或唯一通讯论文如下)
1. Beining Wang;Jintao Lu;Ruzhe Zhang;Jung-Kul Lee;Vipin Chandra Kalia;Chunjie Gong*. Rosmarinic acid production using advanced metabolic engineering strategies. Enzyme and Microbial Technology., 2026, 192: 110748. 通讯作者, 排序 6/6, SCI三区, 影响因子 3.4.
2. Jintao Lu; Beining Wang;Xiqiang Liu; Jung-Kul Lee;Vipin Chandra Kalia ;Chunjie Gong*. Revolutionizing caffeic acid production: Advanced microbial metabolic engineering and synthetic biology approaches. Biotechnolology Journal., 2025, 20(8), e70091. 通讯作者,排序 6/6, SCI四区, 影响因子3.2.
3. Xiqiang Liu;Jintao Lu;Siqi Chen ;Mingyang Wang ;Aamer Ali Shah;Chunjie Gong*. Recent advances of muconic acid production using microbial synthetic biology. Archives of Microbiology., 2025, 07(9), 221. 通讯作者,排序 6/6, SCI四区, 影响因子2.8.
4. Ruzhe Zhang;Aamer Ali Shah;Beining Wang;Chunjie Gong*. Current progress of p-coumaric acid production using bioengineering technologies. Food Bioscience., 2025, 71, 107109. 通讯作者,排序 4/4, SCI二区, 影响因子5.9.
5. Donglai Fang;Zhiwei Zeng;Jintao Lu;Beibei Cao;Beining Wang;Ruzhe Zhang;Xiqiang Liu;Jianing Wu;Xiaoji Liu;Chunjie Gong*. Simultaneous production of food additives ferulic acid and xylose from wheat bran by bifunctional enzyme catalysis. Food Bioscience., 2025, 71, 107124. 通讯作者,排序 10/10, SCI二区, 影响因子5.9.
6. Jianing Wu;Vipin Chandra Kalia;Jung-Kul Lee;Chunjie Gong*. Revolutionizing chlorogenic acid production: cutting-edge synthetic biology strategies. Reaction Chemistry & Engineering., 2025. 通讯作者,排序 4/4, SCI三区, 影响因子3.1.
7. Xiaoji Liu; Zhihua Wang; Yingying Zhang; Aamer Ali Shah ;Chunjie Gong*. Microbial strategies on polyhydroxyalkanoates production from food waste to support the circular bioeconomy. International Journal of Biological Macromolecules. 2025, 320, 146023. 通讯作者,排序 5/5, SCI二区, 影响因子8.5.
8. Hao Chen;Zhiwei Zeng; Rup Lal;Jie Wu; Jia Chen;Mei Li ; Lulu Cao; Xiqiang Liu;Ruzhe Zhang;Chunjie Gong*. Acetic acid production from corn straw via enzymatic degradation using putative acetyl esterase from the metagenome assembled genome. Enzyme and Microbial Technology., 2025, 187: 110619. 通讯作者, 排序 10/10, SCI三区, 影响因子 3.4.
9. Mei Li; Qiang Li; Jung-Kul Lee; Vipin Chandra Kalia; Chunjie Gong*. Metabolic engineering strategies for food additive ferulic acid production. Food Bioscience, 2025, 65: 106108, 通讯作者,排序 5/5, SCI一区, 影响因子4.8.
10. Jia Chen; Mei Li; Lulu Cao; Hao Chen; Jung-Kul Lee; Vipin Chandra Kalia; Chunjie Gong*. The bifunctional enzymatic catalysis of maize waste for simultaneous production of arabinose and xylose. Process Biochemistry., 2025, 150: 161-167. 通讯作者,排序 7/7, SCI三区, 影响因子3.7.
11. Jia Chen; Chunjie Gong*. Preparation of polyhydroxyalkanoates nanocomposites for biomedical applications. Polymer International., 2025, DOI: 10.1002/PI.6742. 通讯作者,排序 2/2, SCI四区, 影响因子2.9.
12. Mei Li; Hongzhi Tang; Haiyang Hu; Xiaoji Liu; Dongsheng Xue; Xun Yu; Jiaqi Zhang; Hao Chen; Jia Chen; Chongju Wang; Chunjie Gong*. Production of acetic acid from wheat bran by catalysis of an acetoxylan esterase. Bioresource Technology., 2024, 396, 130443. 通讯作者,排序 11/11, SCI一区, 影响因子11.4.
13. Jiaqi Zhang; Hongzhi Tang; Xun Yu; Dongsheng Xue; Mei Li; Xingyue Xing; Hao Chen; Jia Chen; Chongju Wang; Chunjie Gong*. Co-production of ferulic acid and p-coumaric acid from distiller grain by a putative feruloyl esterase discovered in metagenome assembled genomes. Journal of Cleaner Production., 2024, 439, 140814. 通讯作者, 排序 10/10, SCI一区, 影响因子11.1.
14. Hao Chen; Jiaqi Zhang; Mei Li; Jia Chen; Chongju Wang; Chunjie Gong*. Microbial metabolic engineering techniques in the application of fatty acid production. Food Bioscience., 2024, 61: 104687.通讯作者, 排序 6/6, SCI一区, 影响因子 4.8.
15. Dongsheng Xue; Xingyue Xing; Benrong Jiang; Tianxiang Xiao; Xihuo You; Jie Huang; Feifan He; Chunjie Gong*. Ethyl lactate biosynthesis by the cascade of the aerobic process and the anaerobic process with corn stover. Cellulose., 2024, 31, 1497-1508. 通讯作者, 排序 8/8, SCI一区, 影响因子5.7.
16. Lulu Cao; Jiaqi Zhang; Jia Chen; Mei Li; Hao Chen; Chongju Wang; Chunjie Gong*. Tryptophan production by catalysis of a putative tryptophan synthase protein. Archives of Microbiology., 2024, 206:390. https://doi.org/10.1007/s00203-024-04123-z. 通讯作者,排序7/7, SCI三区,影响因子2.3.
17. Liping Cao; Dongsheng Xue; Xiaoji Liu; Chongju Wang; Donglai Fang; Jiaqi Zhang; Chunjie Gong*. Ferulic acid production from wheat bran by integration of enzymatic pretreatment and a cold-adapted carboxylesterase catalysis. Bioresource Technology., 2023, 385: 129435. 通讯作者, 排序 7/7, SCI一区, 影响因子11.889.
18. Donglai Fang; Dongsheng Xue; Xiaoji Liu; Liping Cao; Jiaqi Zhang; Chunjie Gong*. Concurrent production of ferulic acid and glucose from wheat bran by catalysis of a putative bifunctional enzyme. Bioresource Technology., 2023, 369: 128393. 通讯作者, 排序 6/6, SCI一区, 影响因子11.889.
19. Jiaqi Zhang; Dongsheng Xue; Chongju Wang; Donglai Fang; Liping Cao; Chunjie Gong*. Genetic engineering for biohydrogen production from microalgae. iScience., 2023, 26: 107255. 通讯作者, 排序 6/6, SCI二区, 影响因子6.107.
20. Chunjie Gong; Liping Cao; Donglai Fang; Jiaqi Zhang; Mukesh Kumar Awasthi; Dongsheng Xue*. Genetic manipulation strategies for ethanol production from bioconversion of lignocellulose waste. Bioresource Technology., 2022, 352: 127105. 第一作者, 排序 1/6, SCI一区, 影响因子11.889.
21. Dongsheng Xue; Donghai Yao; Rajeev Kumar Sukumaran; Xihuo You; Zhenbang Wei; Chunjie Gong*. Tandem integration of aerobic fungal cellulase production, lignocellulose substrate saccharification and anaerobic ethanol fermentation by a modified gas lift bioreactor. Bioresource Technology., 2020, 302: 122902. 通讯作者, 排序 4/4, SCI一区, 影响因子11.889 .
22. Dongsheng Xue; Yanming Jiang; Chunjie Gong*. Exogenous xylanase expression simultaneously with the indigenous cellulose to increase the cellulose hydrolysis efficiency. International Biodeterioration and Biodegradation., 2019, 40: 126–132. 通讯作者, 排序 3/3, SCI二区, 影响因子4.32.
23. Chunjie Gong; Qiliang Lai; Hanfeng Cai; Yanming Jiang; Hu Liao; Yunfei Liu; Dongsheng Xue*. Cryobacterium soli sp. nov., isolated from forest soil. International Journal Systematic Evolutionary Microbiology., 2020, 70(1): 675-679. 第一作者, 排序 1/7, SCI三区, 影响因子2.747.
24. Dongsheng Xue; Donghai Yao; Xihuo You & Chunjie Gong*. Green Synthesis of the Flavor Esters with a Marine Candida parapsilosis Esterase Expressed in Saccharomyces cerevisiae. Indian Journal of Microbiology., 2020, 60(2):175-181. 通讯作者, 排序 4/4, SCI四区, 影响因子 2.461.
25. Chunjie Gong; Xihuo You; Shuyang Zhang; Dongsheng Xue. Functional Analysis of a Glutamine Biosynthesis Protein from a Psychrotrophic Bacterium, Cryobacterium soli GCJ02. Indian Journal of Microbiology., 2020, 60(2):153-159. 第一作者, 排序 1/4, SCI四区, 影响因子 2.461.
26. Chunjie Gong; Ankit Singh; Pranjali Singh; Archana Singh*. Anaerobic Digestion of Agri-Food Wastes for Generating Biofuels. Indian Journal of Microbiology., 2021, 61(4): 427-440. 第一作者, 排序 1/4, SCI四区,影响因子 3.0.
教研文章(16篇,中文核心1篇)
1. 宫春杰,薛栋升,张含含,王崇鞠*. 通识教育选修课“微生物与生活”课程教学改革实践. 微生物学通报.Apr. 20, 2020, 47(4): 1139-1147. (中文核心).
2. 宫春杰,王崇鞠*.新工科背景下分子生物学课堂教学改革初探.科教导刊. 2023,15,93-95.
3. 宫春杰,李强,王崇鞠*.海外访学对研究生成长培养的作用.教育科学.2023,25,111.
4. 宫春杰,王崇鞠*.研究室开放对本科生科研兴趣激发的影响.北大荒文化. 2023,21,34.
5. 宫春杰,王崇鞠*.班导师对大学生成长培养的重要性.赤子. 2019,14,130.
6. 宫春杰,王崇鞠*.本科生发表科研论文对成长培养的作用.青年与社会. 2019,5,16.
7. 谭韩涵,宫春杰,王崇鞠*.科研训练对大学生培养的必要性.科教导刊.2019,6,2.
8. 宫春杰,王崇鞠*.大学社会开放日对儿童科研兴趣激发的作用.科教导刊. 2018,34,42.
9. 宫春杰,王崇鞠*.教育国际化背景下大学生创办留学服务机构的预想.科教导刊. 2018,2,17.
10.宫春杰,王崇鞠*.游学对中学生培养的作用.教育学文摘. 2018,286,7.
11.宫春杰,王崇鞠*.专任导师对大学生培养的作用.科教导刊. 2018,35,37.
12.张抒扬,宫春杰,王崇鞠*.中日文化交流对高等教育的影响.当代教育实践与教学研究.2018,07,488.
13.张抒扬,宫春杰,王崇鞠*.中日高等教育交流的发展与展望.教育学文摘2018,273,7.
14.童心语,宫春杰,王崇鞠*.大学生创新创业教育对成长培养的作用.科教导刊.2018,16,28.
15.张抒扬,宫春杰,王崇鞠*.新时代背景下国际化教育的进程.科教导刊.2018,8,34.
16.宫春杰,王崇鞠*.大学通识教育课堂创新探索.课程教育研究. 2017,32,16.
发明专利(第一发明人授权6项,转让4项)
1. 宫春杰,张华山. 细菌磷酸泛酰巯基乙胺基转移酶抗体制备及检测方法,ZL201510964035.1
2. 宫春杰,张抒杨,陶冶,胡征,杨波,王毅.天冬氨酸转氨酶及其制备方法, ZL201710916374.1
3. 宫春杰,童心语,薛栋升,胡征,杨波,王毅.双功能亚甲基四氢叶酸脱氢酶/环化酶及其多克隆抗体,ZL201711241067.4
4. 宫春杰,王崇鞠,胡征. 一种治疗支气管炎的制剂及其制备方法,ZL201711290604.4
5. 宫春杰,薛栋升,陶冶,胡征,杨波.一种脲基甲酸水解酶及其制备方法,ZL201711374808.6
6. 宫春杰,张抒杨,陶冶,胡征,杨波,王毅.一种ABC转运蛋白及其制备方法,ZL201711374880.9