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Research Progress
  • 19

    09 2017

    Novel Nanomaterial Achieves Rapid Formation of Natural Gas Hydrates

    Natural gas hydrates , also called combustible ice , are formed with natural gas and water molecules at suitable pressure and temperature .The estimated amount of natural gas hydrates is equivalent to more than twice of fossil fuels , which are recognized as a clean and efficient alternative energy source in the world .Moreover , natural gas hydrates also produce great potential in natural gas storage and transportation , which has caused great attention during the past decade . Natural gas hydrates, also called combustible ice, are formed with natural gas and water molecules at suitable pressure and temperature. The estimated amount of natural gas hydrates is equivalent to more than twice of fossil fuels, which are recog...

  • 15

    09 2017

    Uncommon P450 Reactions Expand Natural Products Chemical Space

    P450 enzymes ( P450s ) , a super family of proteins widely distributed in animals , plants and microorganisms , represent the most versatile biocatalysts in nature .P450s play important roles in the biosynthesis of natural products due to their substrate diversity and catalytic reactions diversity .In last few years , Professor LI Shengying ’ s group from Qingdao Institute of Bioenergy and Bioprocess Technology ( QIBEBT ) , Chinese Academy of Sciences ( CAS ) , had been focusing on the biochemical function .Of Natural Product Reports as a cover article . P450 enzymes (P450s), a super family of proteins widely distributed in animals, plants and microorganisms, represent the most versatile biocatalysts in nature. P450s play important roles in the biosynthesis of natural products due to their substra...

  • 11

    09 2017

    QIBEBT Reported Novel Substrate-specific Recognition Mechanisms

    As the most abundant renewable resource on earth , lignocellulosic biomass is involved in the central step of “ Carbon Cycle ” in nature .After billions years evolution , plant cell walls form a natural degradation – resistant barriers .Structure of the complex of F32EG5 E193Q mutant and cellotetraose revealed a sharply-bent substrate conformation that fitting to the bent sugar chains in lichenan ( Figure 2B ) . As the most abundant renewable resource on earth, lignocellulosic biomass is involved in the central step of “Carbon Cycle” in nature. After billions years evolution, plant cell walls form a natural degradation–resistant barriers.
      The Micro...

  • 05

    09 2017

    A “Bottom-to-Up” Strategy to Prepare New Carbon Rich Materials

    Energy is a matter of our future. Whether in production, storage or use of energy, carbon materials could provide a good solution. They are closely related to human life and are regarded as one of the most promising candidates for the flexible electrodes in energy storage devices. Energy is a matter of our future. Whether in production, storage or use of energy, carbon materials could provide a good solution. They are closely related to human life and are regarded as one of the most promising candidates for the flexible ele...

  • 04

    09 2017

    QIBEBT Generated Super-microalga for CO2 Fixation

    Microalgae can convert CO2 and solar energy to oil, which provide a potential solution for clean-energy production and value-added utilization of CO2. For the key question of enhancing the efficiency of microalgal carbon fixation, the Single-Cell Center at Qingdao Institute of Bioenergy and Bioprocess Technology (QIBEBT), Chinese Academy of Sciences (CAS) developed a novel microalgal feedstock development strategy towards superior carbon fixation, which significantly elevated the productivity of microalgal biomass and lipids. This new work was published on Algal Research. Microalgae can convert CO2 and solar energy to oil, which provide a potential solution for clean-energy production and value-added utilization of CO2. For the key question of enhancing the efficiency of microalgal carbon fixation, the Single-Cell ...

  • 26

    07 2017

    Duckweed Outbreak Turns be a Good Thing

    The research team led by Dr. ZHOU Gongke from Qingdao Engineering Research Center of Biomass Resources and Environment, Qingdao Institute of Bioenergy and Bioprocess Technology (QIBEBT), Chinese Academy of Sciences (CAS), announced that they found the key gene of the efficient starch accumulation in duckweed using transcriptome, metabolic and related enzyme activity determination method. Due to rising temperatures and rain, recent news reports multiple occurrences of duckweed outbreak. Duckweed is considered a promising source of energy because of its high starch content and rapid growth rate. Starch accumulation in duckweed invol...