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Ben Hankamer co-directs the Solar Bio-fuels Consortium which brings together an international team of specialists to develop high-efficiency 2nd-generation bio-fuel production systems using microalgae. This represents a rapidly expanding area of biotechnology of global significance.
His group has a strong research focus on automation to increase the rate of protein structure determination. Their specialisation is the structural biology and biochemistry of the photosynthetic machinery, which drives the first step of converting solar energy into chemical energy (fuels). Consequently its optimisation offers significant downstream benefits for all bio-fuel production systems (bio-ethanol, bio-diesel, BTL diesel, bio-H2 and bio-methane). With colleagues, Prof Hankamer is now taking the ‘Visible Cell®’ approach to develop a 3D atlas of the photosynthetic machinery within the cellular context. This 3D atlas will assist in the fine-tuning of the light capture and conversion processes of photosynthesis, just as a manual is required to tune the engine of a car.
His group has a strong research focus on automation to increase the rate of protein structure determination. Their specialisation is the structural biology and biochemistry of the photosynthetic machinery, which drives the first step of converting solar energy into chemical energy (fuels). Consequently its optimisation offers significant downstream benefits for all bio-fuel production systems (bio-ethanol, bio-diesel, BTL diesel, bio-H2 and bio-methane). With colleagues, Prof Hankamer is now taking the ‘Visible Cell®’ approach to develop a 3D atlas of the photosynthetic machinery within the cellular context. This 3D atlas will assist in the fine-tuning of the light capture and conversion processes of photosynthesis, just as a manual is required to tune the engine of a car.
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论文共 160 篇作者统计合作学者相似作者
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Ian L Ross, Sabar Budiman, Hong Phuong Le,Dake Xiong, Fritz Hemker, Elizabeth Anne Millen,Melanie Oey,Ben Hankamer
biorxiv(2024)
Chemical Engineering Journalpp.151684, (2024)
Trends in Plant Scienceno. 3 (2023): 370-382
Trends in plant scienceno. 5 (2023): 583-596
Algal Research (2023): 103187-103187
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Sustainable Global Resources Of Seaweeds Volume 1pp.265-294, (2022)
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