BBSRC Portfolio Analyser
Investigator / Supervisor details
Name
Dr James McWhir
Current Institution
The Roslin Institute
Current Department
Gene Expression and Development
Institution website
http://www.roslin.ed.ac.uk
Previous Institutions
Current Awards
No current BBSRC awards
Completed Awards
Reference
Title
Award Role
Value £
Type
00/A2/G/06560
A mouse model for haemangioblast transplantation
Principal Supervisor
37,132
Studentships
0014935
Gal transferase induced ablation of undifferentiated human ES cells
Principal Investigator
119,712
Research Grant
01/A2/G/07558
Transgenic strategies for elimination of undifferentiated hES cells following in vitro differentiation
Principal Supervisor
39,359
Studentships
97/A1/G/03655
Manipulation of gene targeting frequency in es and somatic cells
Principal Supervisor
35,439
Studentships
BBS/E/R/00000666
Isolation and characterization of stem cell-derived human somatic progenitor cells for therapeutic application
Principal Investigator
939,554
Institute Project
BBS/E/R/01780638
Manipulation of homologous recombination
Principal Investigator
726,562
Institute Project
BBS/E/R/01780666
Isolation and characterization of stem cell-derived human somatic progenitor cells for therapeutic application.
Principal Investigator
163,891
Institute Project
BBS/E/R/04780617
Uses of embryonic cell lines in biology, biotechnology and agriculture
Principal Investigator
154,206
Institute Project
C18180
The role a novel phosphatase in skeletal mineralisation and bone development
Co-investigator
159,876
Research Grant
D08069
Isolation of es cells from refractory genotypes by transient ablation of non-es lineages
Principal Investigator
148,281
Research Grant
G15680
Analysis of the developmental role of Raidd an apoptotic gene whose loss of function causes embryonic lethality
Principal Investigator
171,724
Research Grant
GTH12560
Assessment of the nuclear reprogramming capacity of ES cytoplasm
Principal Investigator
289,636
Research Grant
GTH12599
Targeted modification of the beta-casein locus using a biphasic recombination strategy
Principal Investigator
152,292
Research Grant
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