Letter to Lord William Symington McCormick from Sir Donald Francis Tovey

Papers relating to grants and funding

Letter to Mrs Holman Hunt from Sir Donald Francis Tovey

Letter to Mr Hilliard from Sir Donald Francis Tovey

Copies of letters from organisations to Roslin Institute about potentially funding research

Correspondence with David Walliker

Copy of grant application to the BBSRC for project 'Molecular mechanisms that reprogramme nuclei early in mammalian development and their importance for animal well-being', with related papers

CD-R labelled 'Ian [Maccone?] 10/1/04 NIH Grant'

Correspondence with Richard Carter

Applications for licenses for various projects within the Large Animal Unit, with papers relating to MAFF project proposals

Proposed costings for project 'Development of a large animal model for use in cellular therapeutics'

Copy of a proposal to PPL for funding for a project 'Assessment of new sheep TNT cells'

File relating to a Commission of the European Communites Biotechnology grant for the project 'Totipotency and commitment in farm animal embryos'

Papers relating to meetings of the joint MRC/UK Stem Cell Foundation scientific advisory board, including draft funding proposals

File relating to the project 'Cardiovascular Functional Genomics: translating experimental work to human disease'

Copy of a proposal to PPL for funding for a project 'Gene addition by nuclear transfer'

Proposal for project 'Transgenic pigs to study degenerative retinopathies Number One'

File relating to the BBSRC Core Strategic Grant-funded project 'Identification, comparison and analysis of factors that influence development of cloned mouse embryos'

Letter to Ian Wilmut from the BBSRC concerning his final report for the project 'Use of frog oocyte and egg extracts to reprogramme nuclear function in mammalian cells'

Copy of a grant application to the Motor Neurone Disease Association for the proposed project 'Deriving motor neurones and astroglia from human embryonic stem cells: exploring models, mechanisms and the potential for transplantation'