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职业迁徙
个人简介
co-Director of the EPSRC/DHSC Future Research Vaccine Manufacturing Hub (Vax-Hub). She is Associate Member of the Institution of Chemical Engineers (AMIChemE) and a Fellow of the Higher Education Academy (FHEA).
Martina leads research in mixing and fluid dynamics applied to bioprocesses and has applied her novel techniques and rigorous approach to obtain fundamental understanding of single-use bioreactor technologies and in increasingly important sectors like cell and gene therapy, continuous production of monoclonal antibodies and vaccine manufacture.
Her main line of research focuses on the fundamental engineering characterisation of upstream technologies for improved scale-up. She has applied her expertise in the use of advanced optical techniques for the measurement and quantification of flow characteristics and mixing dynamics to different systems: bioreactors, primary recovery and scale-down. She has established an entirely new area within the department focused on the characterisation, design and use of single-use bioprocess technologies, which have led to key outcomes in prestigious journals. Martina has worked on automated microscale bioprocessing techniques and has recently applied these to new areas, namely process development of novel glycoconjugate vaccine technologies and as novel high throughput methods for mammalian cell culture perfusion processes.
Martina leads research in mixing and fluid dynamics applied to bioprocesses and has applied her novel techniques and rigorous approach to obtain fundamental understanding of single-use bioreactor technologies and in increasingly important sectors like cell and gene therapy, continuous production of monoclonal antibodies and vaccine manufacture.
Her main line of research focuses on the fundamental engineering characterisation of upstream technologies for improved scale-up. She has applied her expertise in the use of advanced optical techniques for the measurement and quantification of flow characteristics and mixing dynamics to different systems: bioreactors, primary recovery and scale-down. She has established an entirely new area within the department focused on the characterisation, design and use of single-use bioprocess technologies, which have led to key outcomes in prestigious journals. Martina has worked on automated microscale bioprocessing techniques and has recently applied these to new areas, namely process development of novel glycoconjugate vaccine technologies and as novel high throughput methods for mammalian cell culture perfusion processes.
研究兴趣
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BIOTECHNOLOGY AND BIOENGINEERING (2024)
CHEMICAL ENGINEERING SCIENCE (2024): 119683
BIOTECHNOLOGY AND BIOENGINEERING (2024)
Chemical Engineering Research and Design (2024)
CHEMICAL ENGINEERING SCIENCE (2023): 119175-119175
BIOCHEMICAL ENGINEERING JOURNAL (2023): 108906
Chemical Engineering Research and Design (2023): 344-357
Social Science Research Network (2023)
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