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Dr Rosemary Ekong
206
Darwin Building
Gower Street
London
WC1E 6BT
Tel: 020 7679 4398
Dr Rosemary Ekong profile picture
Appointment
  • Honorary Senior Research Fellow
  • Genetics, Evolution & Environment
  • Div of Biosciences
  • Faculty of Life Sciences
Biography

Prior to leading the global Tuberous Sclerosis Complex (TSC) Variation Databases I held post-doctoral and Senior Research positions at Brunel University, MRC Human Biochemical Genetics Unit and UCL. My research has involved generating resources for human genome mapping, developing DNA mapping techniques, identifying human genes and human genetic variations in health and disease.


I worked on the positional cloning of the TSC1 gene in Professor Sue Povey’s group at the MRC Human Biochemical Genetics Unit (1994-2000) and identified the TSC1 gene, as a member of the international consortium. Together with colleagues in Paris, I developed the molecular combing technique (Science. 1997. 277:1518-23) which aided contig orientation and determination of chromosomal rearrangements. I also developed a genomic microarray (Hum Mutat. 2004. 24:76-85) which led to my evaluation of the genomic microarray for the North East Thames Regional Cytogenetics Service (now North East Thames Regional Genetics Service) based at Great Ormond Street Hospital, and its subsequent integration into their service at the time.


I undertook secondments with HUGO Gene Nomenclature Committee (2007) and then, as Research Manager of The Centre for Genetic Anthropology (2007-2012). I oversaw projects on drug metabolising enzymes in defined ethnic populations, to discover genetic differences and investigate the relevance of such genetic differences to drug treatment (e.g. Pharmacogenomics J. 2021. 21:47-59). I also oversaw work in Ethiopia that contributed to the generation of the African Genome (Nature. 2015. 517: 327–332) and instructed collaborators on the establishment of a biobank in Addis Ababa.


Through my work on human genetic variations, gene databases and ethical sharing of variant data, I chaired an international working group of the Human Variome Project and produced practical guidelines for database curators to aid ethical data management (Hum Mutat. 2019. 40:1634-1640). I serve on various councils and committees concerned with standards for documenting and sharing human genetic data, including the HVP Gene/Disease Specific Database Advisory Council, the Human Genome Variation Society (HGVS) Council, and the Global Variome Oversight Committee for databases. I am also the Editor-in-Chief of The Annals of Human Genetics.

Research Themes
Research Summary

Research background: Human Molecular and Population Genetics

Recent research - Tuberous Sclerosis Complex (TSC), where I now lead the TSC Variation Database project, and focus on genomic and genetic variation in human disease phenotypes. TSC affects in 1:10,000 live births, and the increasing size of the benign tumours in many organs (e.g. heart, kidneys, lungs, skin, brain, eyes) causes significant health problems such as intractable epilepsy, severe learning disability, cardiac arrhythmia, skin lesions, kidney and lung damage. I was a member of the international consortium that identified the TSC1 gene (van Slegtenhorst et al. Science. 1997. 277(5327):805-8)

The serious health problems caused by TSC, and variability in severity of the disease phenotype, made it necessary to distinguish disease-causing variants from variants that do not cause disease.

I started the TSC1 and TSC2 Variation Databases (www.lovd.nl/TSC1 and www.lovd.nl/TSC2) in 2005 with Professor Povey. Both databases hold >16,000 variant records, representing >4,900 different variants from TSC1 and TSC2, collated from all over the world. These global databases, which attempt to record and classify all known variants identified in the two TSC genes, are invaluable to diagnostic labs and clinicians in patient-related matters, as well as researchers in addressing clinical and basic science questions. Information gained from collating variants into one resource gave new insights previously undocumented about the TSC2 gene (Ekong et al, Hum Mutat. 2016. 37:364-70). Classification of TSC variants by functional assessment (Hoogeveen-Westerveld et al, 2013. Hum Mutat. 34:167-75) is in collaboration with Dr. Mark Nellist (Erasmus MC, Rotterdam).

Other research interest is on the genetics of Sickle Cell Disease in Nigeria. This is in collaboration with Professor Obiageli Nnodu (University of Abuja, Nigera) and Dr Stephan Menzel (King's College London).

Teaching Summary

 Research lecture on the BSc BIOL1005: Introduction to Genetics course

Academic Background
1991   Doctor of Philosophy London School of Hygiene and Tropical Medicine
1984   Master of Science London School of Hygiene and Tropical Medicine
1982   Bachelor of Science (Honours) University of Calabar
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