No1038 Da Gu Nan Lu,
Tianjin , 300222
China
Tianjin University of Science & Technology
Vegetable waste, steam explosion, humification, Fulvic acids, Hydrothermal process
Vegetable waste, Steam explosion, humification, Fulvic acids, Hydrothermal process
black garlic, melanoidins, physicochemical properties, hypoglycemic activity
steam explosion, Lignocellulose, fractal dimension, enzymatic digestibility, Biorefinery
Pu-erh tea, HTHH, Volatile organic compounds, Odor activity value
glass transition, lentinan, Molecular weight, dough structure, Molecular interaction, processing property
ginger waste, Steam explosion, extraction, hydrothermal conversion, gingerol derivatives
Pine nut, Steam explosion, ACE inhibitory peptides, molecular docking, metal chelation
Pu-erh tea, Non-volatile substances, Non-targeted metabolomics, Ripening