Ralph Bates Pancreatic Cancer Research Fund

The Ralph Bates Pancreatic Cancer Research Fund is a UK-based charity (number 1007819) set up in 1992 in memory of British actor Ralph Bates, who died of the disease six weeks after diagnosis. The main objective of the fund is to provide grants for research into causes, diagnosis and treatments of pancreatic cancer. The grants enable equipment to be purchased or leased and cover the employment costs and expenses of researchers.[1]

The Ralph Bates Pancreatic Cancer Research Fund
charity
Founded1992 (1992)
Headquarters
United Kingdom 
Key people
patron John Sullivan
Websitehttp://www.ralphbatespcr.org.uk/

Fundraising

The Fund receives no direct Government assistance, except for Gift Aid on qualifying donations. All donations are from private individuals and institutions such as Freemasons' Lodges, with a small amount deriving from corporations. Golf Days, sponsored runs such as the London Marathon, and other similar events all help to generate funds.

With the exception of some miscellaneous administration expenditure such as postage and stationery, fund raising costs and annual audit fees, all donations are used for the main objective of the Fund.

  • In the Financial Year to March 2002, 96% of all donations were used for Charitable purposes.
  • In the year to March 2003, the figure reduced to 87%, due to a reduction in donations received for the year.
  • to March 2004, 92%
  • to March 2005, 94%,
  • to March 2006, 97%.
  • to March 2007, 95%,
  • to March 2008, 87%, due to a reduction in donations received for the year.
  • to March 2009, 98%.[2]

Funded research

The charity mainly funds research at St George's University of London, where work is currently focused on the effectiveness of drugs or a combination of drugs on pancreatic cancer cells and also their effectiveness in inhibiting cell resistance to chemotherapy. The research has resulted in a high impact publication in the International Journal of Cancer, showing that a commonly used antibiotic, Doxycycline, is capable of inducing cell death in human pancreatic cancer cells.[3]

Other funded research work at St George’s has concentrated on the effect of protein control on cancer cells, where a naturally occurring hormone-like agent has been identified as having potential as a cancer treatment but which has no effect on healthy cells.[2]

Medical equipment

In October 2007 the Fund entered into an operating lease for the supply and installation of Endoscopic Ultrasound equipment in the Oncology Department at St George’s. This equipment enables earlier diagnosis of pancreatic cancer and will provides data and samples to support the research work.

Trustees

The Trustees meet as necessary to review the work of the Fund and its financial status. None receive remuneration for their services or reimbursement of expenses. The Trustees are

  • Mr John Sullivan OBE (patron)
  • Mrs Virginia Bates
  • Dr John Glees MD, FRCR
  • Mr Michael Knight MS, FRCS
  • Mr Patrick Baly FCA
  • Mr John Sherry
  • Mr Les Biggs ACIS (Secretary).

The Patron of the Fund, John Sullivan OBE, is the writer of the BBC TV series Dear John, in which Ralph Bates starred, and Only Fools and Horses. Virginia Bates, Ralph Bates’ widow, plays an active part in raising funds.

gollark: Well, enjoy your being in Qatar, I guess.
gollark: I'm aware, but it's odd.
gollark: I don't think Discord will *let* you go around retroactively editing images, so that's an odd thing to say.
gollark: Airport "security" is very uncool.
gollark: It's nice, although I do wish they'd support more extensions sometimes.

See also

References
  1. "Ralph Bates Pancreatic Cancer Research Fund Charity Commission Registration". Charity Commission. Retrieved 2009-10-21.
  2. "Ralph Bates Pancreatic Cancer Research Fund Annual Report 2008" (PDF). Charity Commission Filings.
  3. Mouratidis, Petros X.E.; Kay W. Colston; Angus G. Dalgleish (2006-11-27). "Doxycycline induces caspase-dependent apoptosis in human pancreatic cancer cells". International Journal of Cancer. 120 (4): 743–752. doi:10.1002/ijc.22303. PMID 17131308. Archived from the original on 2013-01-05. Retrieved 2009-10-20.
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.