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Jane EddlestonTitle: Senior Research Associate  Duties: To direct research projects under the guidance of Associate 
        Professor Bruce Zuraw, Division of Rheumatology in the Department of Molecular 
        and Experimental Medicine (MEM). "I have a great boss and I'm in a great 
        division. Everyone is friendly, helpful, and supportive. I decide the 
        direction of my work, but I get help and advice whenever I need it. I've 
        learned a lot and grown a lot." 
        Started at TSRI: 1999. 
        Background: B.Sc. with honors from the University of Newcastle 
        Upon Tyne, England; Ph.D in genetics, Imperial College, London; postdoctoral 
        fellowship at the National Heart and Lung Institute, London. 
        Research Focus: Understanding the mechanisms of allergic airway 
        inflammation in asthma. In particular, her experiments have focused on 
        the regulation of chemokine receptors in the epithelial cells lining the 
        human airway in response to inflammatory mediators. 
        "Asthma is on the rise, especially in children," Eddleston notes. "It's 
        important to ask how we can break the cycle." 
        While at TSRI, Eddleston found the expression of several chemokine receptors, 
        CXCR1, CXCR2 and CXCR4, is significantly increased in the airway epithelial 
        cells of people with active airway inflammation. 
        She followed this work by investigating whether kinins, inflammatory 
        mediators known to be elevated during airway inflammation, could regulate 
        chemokine receptor expression. She found that kinins up-regulate the expression 
        of these chemokine receptors in the nasal epithelial cells of patients 
        with mild allergic rhinitis, but not in normal controls. 
        "Next, I'd like to look at the down-stream effects of activating CXC 
        chemokine receptors, to discover how they contribute to airway inflammation, 
        " Eddleston says. 
        Use of TSRI Research Facilities: General Clinical Research Center 
        (GCRC), a seven-bed inpatient unit where the clinical utility of discoveries 
        made in the lab can be tested; MEM core facility; laser capture dissection 
        microscope facility. 
        "This research wouldn't have been possible without the GCRC. There is 
        no GCRC in London! I told my friends back home about it and they couldn't 
        believe [how lucky I was]. The GCRC nurses are great-they get samples 
        from patients, follow research protocols, isolate cellsand they 
        are interested in the outcome! 
        "As a scientist, it is invaluable to have the use of core facilitiesnot 
        only the GCRC, but also the real-time PCR machine and flow cytometry machine 
        in the MEM core facility as well as the laser capture dissection microscope 
        facility. It would be impossible to buy some of this instrumentation on 
        a single grant and the staff is there to answer questions. I appreciate 
        the other kinds of support at TSRI, toolike the e-mail "wetlab" 
        classified ads and the seminars on grant writing." 
        Extracurriculars: Hiking, going to the movies, spending time 
        with her fiancé, Mark. She also recently discovered mountain biking. 
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