硕士生导师
通讯/办公地址:b9b8c339007f9212afc909011010aa2c584cdd266a6df17e497252d226cf553a8eb51265bfaaec160e0fec237fbf9a10f5ec6b1117bd59f9b477586f208688b85e034fa25ff33402e7fc6c8d795e2ee5372c03533f800c4285b39e409d3118b6102da112b86d36fcdb24884123ddad9197d1e0363b3a0ba3bf61e92918688e40
邮箱:9d4e87d9c8651f50d77f2b38495dbeeffec4cdc3a2f40f29a8705604ef1bda5d2012e182f4b71d42d36e247d1cb0f0ae88ba1cc329013dec95aae555af47841c737bd1b8e4d45130f846af0394f3153c085584289e9bc756220b461d153dad3a7a7e1091e5cc0f452c498d748f8f10628ed7fadf3664e1a9747fa9250919ae97
利用废弃碳氮资源生物合成单细胞蛋白、四氢嘧啶、类胡萝卜素及紫膜蛋白等高价值化学品