Quentin Bickle BA MSc PhD
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Reader in Parasite Immunology
Room 484,
Keppel St, London
WC1E 7HT, UK
Tel: 44 20 7927 2609
Fax: 44 20 7323 5687
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Affiliated to:
IMMU.
Disciplines: Immunology, Molecular biology, Pathology. Research areas: Drug discovery and development, Helminths, Immunopathology, Parasites, Vaccines. Other keywords: schistosomiasis, intestinal nematodes. |
BackgroundGraduated with a degree in Zoology from Oxford University. An interest in insects led to the MSc in Medical Parasitology at LSHTM. Learning about the parasites themselves resulted in a particular focus on schistosomes. Encouraged by Professor George Nelson (the Head of the Helminthology Department at the time) he joined Martin Taylor at Winches farm, the field station of LSHTM in St Albans, to work on mechanisms of irradiated vaccine-induced immunity against schistosomes, completing a London University PhD, further postdoctoral studies and an MSc in Applied Immunology at Brunel University. During subsequent employment at the field station he spent time at the National Insitute for Medical Research in London working on schistosome molecular biology and took a year sabbatical at the Walter and Eliza Hall Institute in Melbourne working on malaria antigen genes. On his return he moved to the Keppel Street site of LSHTM. TeachingTeaches helminthology and helminth immunology for the Core Parasitology and Entomology unit, the Core Immunology unit, CID, DTN and DTM&H; has been the Course organiser and Exam board chair for MSc Medical Parasitology; is the Module Organiser for: Immunology of Parasitic infection (Principles) (3177) and Immunology of Parasitic Infection (Practice) (3190) and teaches on the Basic Parasitology and the Advanced Parasite Diagnosis units. External teaching: MSc courses at Barts and the London School of Medicine and Dentistry, University of Westminster. ResearchA long-term interest in the possibility of developing vaccines against schistosomes has focussed on the key parasitological and immunological features necessary for induction of high levels of immunity induced by attenuated larval vaccines. Other more recent interests are concerned with: (i) the control of intestinal nematode infections in humans and development and implementation of methods for the monitoring of possible drug resistance (ii) immune responses during co-infections of schistosomes with viruses, protozoa and other helminths (iv) immune responses in infants to initial intestinal nematode infections (iv) target identification and development and use of higher throughput screening methods for anti-schistosome drugs. Selected publications
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