BBSRC Portfolio Analyser
Investigator / Supervisor details
Name
Professor David Brockwell
Current Institution
University of Leeds
Current Department
Sch of Molecular & Cellular Biology
Institution website
http://www.leeds.ac.uk
Previous Institutions
Current Awards
Reference
Title
Award Role
Value £
Type
BB/T008059/1
Dynamic allostery of Sec machinery in protein transport and folding
Co-investigator
471,638
Research Grant
BB/W007649/1
Does functional misfolding of TonB drive import across the outer membrane of Gram negative bacteria?
Principal Investigator
544,538
Research Grant
BB/W510403/1
Next Gen MIC concurrent selection for affinity and developability of evolved candidates
Principal Investigator
103,929
Training Grants
Completed Awards
Reference
Title
Award Role
Value £
Type
BB/C507029/1
Mapping the complexity of protein unfolding landscapes using novel mechanical unfolding experiments
Co-investigator
258,328
Research Grant
BB/D011191/1
Mechanical fingerprinting of individual biofibrils using atomic force microscopy
Co-investigator
276,365
Research Grant
BB/D017173/1
How are proteins mechanically unfolded? A study spanning fundamental principles and biological complexity
Principal Investigator
290,806
Research Grant
BB/D525013/1
Single molecule investigations of the mechanical chemical and structural properties of biomolecules
Principal Investigator
94,400
Research Grant
BB/G019452/1
Investigating E. coli cell envelope proteins and processes through colicin intoxication
Co-investigator
652,842
Research Grant
BB/K02101X/1
Visualising the aggregation prone surfaces of antibody fragments by dynamic force spectroscopy
Principal Investigator
93,520
Training Grants
BB/M012573/1
Probing biomolecular interactions by combining ETD-tandem mass spectrometry with chemical footprinting methodologies.
Co-investigator
341,166
Research Grant
BB/M01259X/1
In vivo selection of bioprocessable biopharmaceuticals
Principal Investigator
113,379
Research Grant
BB/N007603/1
Unravelling BamA Function Using Fluorescence & Single Molecule Force Experiments
Principal Investigator
358,571
Research Grant
BB/R000174/1
Leeds integrated atomic force and confocal microscopy for life science applications
Co-investigator
299,940
Research Grant
BB/R505468/1
Investigating the mechanism of hydrodynamic force induced protein aggregation
Principal Investigator
98,212
Training Grants
BB/S507234/1
Mapping aggregation-prone regions induced by extensional flow
Principal Investigator
99,034
Training Grants
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