Charles Syrett Farrell Easmon

Dr Charles Syrett Farrell Easmon, CBE, MRCP, FRCPath, FMedSci, (born 20 August 1946), is a British microbiologist and medical professor who has made significant contributions to medical education in Britain. He is a descendant of the distinguished Easmon family.

Charles Syrett Farrell Easmon

CBE, MRCP, FRCPath, FMedSci
Born
Charles Syrett Farrell Easmon

(1946-08-20) 20 August 1946
NationalityBritish
EducationSt Mary's Hospital Medical School
OccupationMedical doctor
Years active1969-
Known forContributions to medical education
Spouse(s)Dr Susan Lynn Easmon
Parent(s)
Relatives

Education

Charles Easmon attended Epsom College and qualified with an M.B.B.S, M.R.C.S. and L.R.C.P. from St Mary's Hospital Medical School in 1969. Between 1975 and 1976, he qualified with an MRCPath and a PhD, and in 1981, Easmon gained an M.D.

Career

After qualifying as a medical doctor, Easmon specialised in Medical Microbiology and in 1976 was appointed as the senior lecturer at St Mary’s Hospital Medical School in addition to being an honorary consultant at St Mary’s hospital. In 1980, Easmon was appointed a Reader in Bacteriology and became the head of the Medical Microbiology department at St. Mary's Hospital Medical School. Easmon was the first Clinical Director of Pathology in 1989 at St Mary's Hospital and became Dean of Postgraduate Medicine in the University of London.

In 1995, Easmon was appointed as the Director of Education and Training for North Thames and he was responsible for the Education and Training levies and the education Consortia in North Thames. In 2003, Easmon became professor of health policy at the Thames Valley University and retired in 2010 after being appointed emeritus professor. Easmon was a Founding Fellow of the Academy of Medical Sciences.

Recognition

Dr C.S.F. Easmon was listed in the 2000 New Year Honours list and in 2000 he was made a Commander of the Order of the British Empire for his contributions to medical education.

Selected works
  • Medical Microbiology Series (Volume I-V)
  • The induction and control of cell-mediated hypersensitivity to staphylococcus aureus in mice
  • The Diagnosis and Management of Bacterial Vaginosis (Round Table)
gollark: If the dataset consists of people who are able to spell and grammar somewhat, then the model should also do that.
gollark: You could probably do something like that.
gollark: The ceramic server almost certainly isn't big enough of a dataset to train from scratch, nor do they have the GPUs for that, presumably.
gollark: The base GPT-2 models can do that. So if they finetuned one and didn't accidentally erase all its previous knowledge, it should also do that.
gollark: Generally they can manage to use basically-correct grammar and spelling, even if the semantics are wrong.

References
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