Anne Dell
Australian biochemist
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Through Carbohydrate, Protein and Organic chemistry
Early life
Anne Dell was the youngest of seven children and grew up on a farm in the Australian outback, where she was educated at home by her mother using Correspondence School lessons until the age of eleven. She earned a First Class Honors degree in Organic chemistry from the University of Western Australia, and came to the UK to carry out her PhD at the University of Cambridge, before joining Imperial College where she is currently employed. She also has a daughter, who was born in 1984.
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Education and research
After gaining a First Class Honors degree (equivalent to B.S) in Organic Chemistry from the University of Western Australia, Dell was awarded an 1851 Exhibition Scholarship to study for a PhD at the University of Cambridge. After she was awarded her PhD in 1975 her doctoral supervisor, Howard R. Morris, moved to Imperial College London as a lecturer in biochemistry and brought Dell with him. She would remain at Imperial for the rest of her career. Anne was elected to the Fellowship of the Royal Society in 2002 and was appointed a CBE in recognition of her services to science in 2009. Other honours include election to Fellowship of the Academy of Medical Sciences and Membership of the European Academy of Science. She has Honorary Doctorates from the University of Western Australia and the University of Waterloo in Canada. In 2017 Dell and her colleagues determined in their experiment that O-linked glycosylation is not necessary for the natural replication cycle of HIV. They also determined that the diversity of the many GalNAc transferase enzymes that initiate O-linked carbohydrate attachment and the theoretical possibility that natural target cells for HIV in vivo could potentially complete such O-linked carbohydrate attachment to increase infectivity further. Dell's other contributions to the study of Glycobiology are the additions she has made to chapter 50 of the textbook "Essentials of Glycobiology" this chapter gave methods for the characterisation of glycan structure, including residue composition, linkage types, and attachment to aglycones. It covered methods for detection of specific glycan sequences on glycoproteins and it covers methods for characterising structures in three dimensions. The methods varied widely and included nuclear magnetic resonance (NMR) spectroscopy and mass spectrometry (MS) techniques that allow more detailed structures to be observed in the study of Glycobiology.
Honors and awards
- Tate and Lyle Medal, Royal Society of Chemistry (1986)
- Whistler Award, International Carbohydrate Organisation (2000)
- FRS (2002)
- Haworth Memorial Lectureship, Royal Society of Chemistry (2003)
- International Glycoconjugate Organisation Award (2005)
- Fellow of the Academy of Medical Sciences (2008)
- Commander of the Order of the British Empire (2009)

