Qingdao Institute of Bioenergy and Bioprocess Technology, Chinese Academy of Sciences

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Researchers Discover Thermophilic Bacterium can Power Whole-cell System for Depolymerization of PET
New Insights into the Early Adaption of Marine Organisms to Deep-Sea Environments
New "Species-Metabolism" Dual-targeting Technology Unlocks Microbial and Enzyme Resources
Breakthrough Zeolite Structure Unleashes Superior Heavy Oil Cracking Efficiency
Researchers Discover "48-Hour Solution" to Antimicrobial Resistance Evolution

Research Progress

Researchers Discover Thermophilic Bacterium can Power Whole-cell System for Depolymerization of PET
New Insights into the Early Adaption of Marine Organisms to Deep-Sea Environments
New "Species-Metabolism" Dual-targeting Technology Unlocks Microbial and Enzyme Resources
Breakthrough Zeolite Structure Unleashes Superior Heavy Oil Cracking Efficiency
Researchers Discover "48-Hour Solution" to Antimicrobial Resistance Evolution
Tumor Metastasis Becomes Visible: The Ramanome-based Metastasis Index Breakthrough

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Upcoming Events

21
06.2021

Lecture: Mechanics of Redox Active Materials
10:00-11:00

111 Meeting Room, Energy Building
20
11.2019

Lecture: Lipid metabolism in the green microalga Chlamydomonasreinhardtii
9:00-10:00

205 Meeting Room, Administration Building
07
11.2019

Lecture: Darwin’s Invertebrates: Why Is This Primitive Gut Ecosystem Still Here?
10:30-11:30

205 Meeting Room, Administration Building

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