BBSRC Portfolio Analyser
Investigator / Supervisor details
Name
Professor Cahir O'Kane
Current Institution
University of Cambridge
Current Department
Genetics
Institution website
http://www.cam.ac.uk
Previous Institutions
Current Awards
Reference
Title
Award Role
Value £
Type
BB/S001212/1
Building a continuous and dynamic but neglected cell compartment: axonal endoplasmic reticulum
Principal Investigator
465,676
Research Grant
Completed Awards
Reference
Title
Award Role
Value £
Type
96/B1/G/02122
Identifying genes involved in synapse function in Drosophila
Principal Supervisor
31,623
Studentships
BB/D001900/1
The effect of feedback connections on information processing at the first visual synapse of Drosophila and on the animal behaviour
Co-investigator
173,966
Research Grant
BB/D019699/1
Towards a temperature-sensitive proteome: developing a Drosophila-friendly degron
Principal Investigator
105,348
Research Grant
BB/E01304X/1
Confocal microscope
Co-investigator
240,217
Research Grant
BB/G02233X/1
Structured and graphical queries for Drosophila neuroscience data
Principal Investigator
343,493
Research Grant
BB/I022651/1
Circuitry of inhibition and selectivity in a Drosophila learning centre
Principal Investigator
488,128
Research Grant
BB/L021706/1
Organisation and Roles of Axonal Endoplasmic Reticulum
Principal Investigator
407,898
Research Grant
BB/N007948/1
Functional connectomics of a simple brain centre for discrimination and memory
Principal Investigator
461,360
Research Grant
BB/R000395/1
A multi-user confocal superresolution microscope for cell and developmental biology
Principal Investigator
565,170
Research Grant
BBS/B/06954
Identification and characterisation of habituation mutants in Drosophila
Principal Investigator
349,066
Research Grant
C19002
Function of multidomain protein Eps 15 in Drosophila endocytosis
Principal Investigator
249,728
Research Grant
G09666
A screen for novel Drosophila mutants in a simple automated learning paradigm.
Principal Investigator
280,269
Research Grant
GAN13071
A genomics approach to neuromuscular function in Drosophila
Principal Investigator
224,416
Research Grant
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