Carpenter, Roger - University of East London - School of Health, Sport and Bioscience

个人简介

Dr Carpenter is an applied human physiologist who teaches at all levels of Undergraduate and Postgraduate degrees in the Biosciences subject area at UEL. He is an active researcher and is currently working on a feasibility study investigating the effects of physical training on patients with Crohn's disease (funded by Crohn's and Colitis UK). This work involves collaborating with the University of Hertfordshire, The University of Northumbria, Loughborough University, University of Bath and NHS trusts (GSST and Barts). His administrative duties include being Quality lead for the School of Health, Sport and Bioscience and a level 4 module leader in the Biosciences subject area. Dr Carpenter is a keen cyclist and triathlete and is currently chair of the UEL Triathlon club that includes staff, students and members of our local community.

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Publications Kass. L and R. Carpenter (2009). The effect of sampling time on blood lactate concentration in trained rowers. International Journal of Sports Physiology and Performance Vol. 4(1), March. Cousins, S., Johnstone, J., Hastings, K., Carpenter, R., & P. A. Ford. (2008). Performance and anthropometric characteristics of junior track and field athletes. BASES Annual Conference. Carpenter, R. (1995) Accumulated oxygen deficit and short distance running performance in young middle-distance runners. Poster communication BASES Annual Conference, Birmingham, UK Carpenter, R. (1997). Effects of workload intensity and duration on the VO2-workload regression. Oral communication; Federal Institute of Medicine and Science in Sport: Annual Conference, Monaco Carpenter, R. (1996). The slow rise in VO2 during constant running exercise above and below the Ventilatory threshold: Poster communication BASES Annual Conference, Lilleshall, UK MSc Thesis (1992): Accumulated oxygen deficit and short distance running performance in young middle-distance runners. PhD Thesis (2001): Methodological effects on the VO2-workload regression and maximal accumulated oxygen deficit (MAOD)