• Learning a new method: Teaching Games for Understanding in the coaches’ eyes

      Harvey, Stephen; Cushion, Christopher J.; Massa-Gonzalez, Ada N.; University of Bedfordshire (2010-10-11)
    • London 2012 training guide athletics - track events

      Brewer, John (Carlton Books Ltd, 2011)
      This training book is the perfect introduction to the Olympic Athletics track events and will prove an indispensable guide for both the keen beginner and club athlete. Written by a leading sports scientist and fully illustrated with over 50 specially commissioned diagrams, this official book gives an overview of each track event and covers training safety, tactics and techniques, and standards of performance to aim for. Whether you are a beginner who simply wants to try a new sport or a budding Olympian who dreams of one day winning a gold medal, this concise and easy-to-use book will take you to the next level.
    • Low calorie sweetness and hydration: applications in exercise and sport

      Brewer, John (Teknoscienze Srl, 2011)
      Loss of fluid and energy stores are key challenges faced during sport and exercise. Consumption of beverages containing optimal concentrations of fluid, energy and electrolytes are known to offer the best means of delivering fuel and energy to the body during exercise, with palatability a key factor in determining volitional fluid consumption. In certain cases, where weight loss is a primary goal for exercise, a low energy level in a beverage is of increased importance. Hence many manufacturers use low calorie sweeteners within a sports beverage to ensure that the product retains optimal scientific constituents, calorific content and palatability
    • Making cooperation a real part of your teaching

      Casey, Ashley (The Australian Council for Health, Physical Education and Recreation (ACHPER), 2009)
    • Managing classroom entry: an ecological analysis of ritual interaction and negotiation in the changing room

      O'Donovan, Toni M.; Kirk, David (2012-05-15)
      The first interactions between teachers and pupils in physical education often take place in the changing rooms, and, as such, the changing rooms are a useful place to begin an exploration of the processes and practices of negotiation in physical education. Pupils are generally required to change their clothing for physical education lessons, an activity consistently identified as negatively experienced by many young people, and particularly girls (Kay, 1995; Flintoff & Scraton, 2001); hence the changing rooms are an important location to consider in determining young people’s engagement with physical education. Throughout this paper, I foreground the naturally occurring interaction between teachers and pupils in the changing rooms of one suburban UK secondary school. This is supplemented by interviews with three teachers and pupils in year 7 (aged 11 12 years) throughout the Spring term. The paper examines how the young people attempted to modify participation requirements in a way that allowed them to pursue their own agendas, and yet also comply with the school, department and teacher rules. Throughout the paper, a consideration of the way in which the teachers held the pupils accountable for their attendance and dress in physical education is present. The orderliness of interaction sequences highlights the ritual nature of pupil teacher talk in the changing room. The analysis of naturally occurring talk is interspersed with a consideration of how the teachers understood the young people’s changing room behaviour.
    • The mediating influence of unconditional self-acceptance and labile self-esteem on the relationship between multidimensional perfectionism and exercise dependence

      Hall, Howard K.; Hill, Andrew P.; Appleton, Paul Richard; Kozub, Stephen A.; University of Bedfordshire (2009)
    • Microparticle-associated vascular adhesion molecule-1 and tissue factor follow a circadian rhythm in healthy human subjects

      Madden, Leigh A.; Vince, Rebecca V.; Sandström, Marie E.; Taylor, Lee; McNaughton, Lars R.; Laden, Gerard (Schattauer, 2008-05)
      An increased risk of death or severe injury due to late-morning thrombotic events is well established. Tissue factor (TF) is the initiator of the coagulation cascade, and endothelial stresses, coupled with production of pro-coagulant microparticles (MP) are also important factors in loss of haemostasis. TF and vascular cell adhesion molecule-1 (VCAM-1) -positive cell microparticles were assessed periodically over a 24-hour (h) period in healthy human subjects to ascertain if they followed a circadian rhythm. Eleven healthy male subjects were assessed in a temperature-controlled environment with dietary intake consistent between subjects. Blood samples were taken every 4 h by venipuncture, and TF and VCAM-1 positive microparticles were quantified by flow cytometry. A significant circadian rhythm was observed in VCAM-1 MP (p=or<0.0001), and a trend was shown, although not statistically significant (p=0.065) in TF microparticles. A peak was observed at 9 a.m. for VCAM-1 positive MP, followed by a decrease and subsequent peak at 9 p.m. and a minimum at 5 a.m. TF-positive MP followed a strikingly similar trend in both variation and absolute numbers with a delay. A circadian rhythm was observed in VCAM-1 and less so TF-positive MP. This has significant implications in terms of the well known increased risk of cardiovascular thrombotic events matching this data. To our knowledge this is the first such report of quantified measurements of these MP over a 24-h period and the only measurement of a 24-h variation of in-vivo blood-borne TF.
    • The missing risk: MRI and MRS phenotyping of abdominal adiposity and ectopic fat.

      Thomas, E. Louise; Parkinson, James R.; Frost, Gary S.; Goldstone, Anthony P.; Doré, Caroline J.; McCarthy, John; Collins, Adam L.; Fitzpatrick, Julie; Durighel, Giuliana; Taylor-Robinson, Simon D.; et al. (Wiley, 2012-01)
      Individual compartments of abdominal adiposity and lipid content within the liver and muscle are differentially associated with metabolic risk factors, obesity and insulin resistance. Subjects with greater intra-abdominal adipose tissue (IAAT) and hepatic fat than predicted by clinical indices of obesity may be at increased risk of metabolic diseases despite their "normal" size. There is a need for accurate quantification of these potentially hazardous depots and identification of novel subphenotypes that recognize individuals at potentially increased metabolic risk. We aimed to calculate a reference range for total and regional adipose tissue (AT) as well as ectopic fat in liver and muscle in healthy subjects. We studied the relationship between age, body-mass, BMI, waist circumference (WC), and the distribution of AT, using whole-body magnetic resonance imaging (MRI), in 477 white volunteers (243 male, 234 female). Furthermore, we used proton magnetic resonance spectroscopy (MRS) to determine intrahepatocellular (IHCL) and intramyocellular (IMCL) lipid content. The anthropometric variable which provided the strongest individual correlation for adiposity and ectopic fat stores was WC in men and BMI in women. In addition, we reveal a large variation in IAAT, abdominal subcutaneous AT (ASAT), and IHCL depots not fully predicted by clinically obtained measurements of obesity and the emergence of a previously unidentified subphenotype. Here, we demonstrate gender- and age-specific patterns of regional adiposity in a large UK-based cohort and identify anthropometric variables that best predict individual adiposity and ectopic fat stores. From these data we propose the thin-on-the-outside fat-on-the-inside (TOFI) as a subphenotype for individuals at increased metabolic risk.
    • Models-based practice: great white hope or white elephant?

      Casey, Ashley (Taylor and Francis, 2012)
      The purpose of this paper was to review the literature around pedagogical and curricular change in physical education that relates to teachers experience of models-based practice. This review of research on teachers’ perceptions and use of models-based practice was undertaken in an effort to ascertain the ways in which practitioners interpreted this type of change in practice. Conclusion was made: While models-based practice has begun to help practitioners to change and develop their pedagogies and curriculum, we are still a way away from understanding the impact of changing to a models-based approach. Research needs to be focused beyond the initial use of the model(s) and one needs to explore the longitudinal impact of adopting a multi-model curriculum. Furthermore, advocates of models-based practice need to explore the pedagogical and curricular ramifications on teachers of the long-term adoption of a models-based approach.
    • A multi-ingredient nutritional supplement increases fat oxidation and augments metabolic rate

      Saini, Amarjit; McBride, Roisin; Davies, Ben Rhys; Martin, Neil Richard William; Sculthorpe, Nicholas; Brewer, John (SciTechnol, 2013)
      The study investigated the impact of a multi-ingredient nutritional supplement (MINS) on resting metabolic rate and energy expenditure. The supplement contained a combination of factors that are normally administered in isolation (32 g protein, 8.4 g CHO, 1.7 g fibre, 105 mg caffeine and 21 mg green tea extract with 10.5 mg catechins, per 50 g serving. 18 subjects participated in the study (10 males, 8 females), mean age 21.8 yrs. Following overnight fasting, subjects ingested either MINS or an isocaloric maltodextrin placebo. Resting oxygen uptake was determined by gas analysis measuring VCO2 produced and VO2 consumed. 7 days later, the protocol was repeated using a randomised twotreatment crossover design so each individual subject’s response to both placebo and supplement was assessed. Results showed mean resting Respiratory Exchange Ratios were 0.77 ± 0.03 after supplementation, compared with 0.93 ± 0.03 after placebo (P<0.05), indicating a shift in contribution of fat to metabolism from 24 ± 2.5% (Control) to 79 ± 1.9% (MINS). Mean resting metabolic rate was found to be 3.69 ml per kg.min-1 O2 after supplementation, compared with 3.45 ml per kg.min-1 O2 after placebo. Whilst this difference is not statistically significant, it impacts on the absolute amount of fat metabolised at rest, increasing from 0.3 kcal.min-1 (Control) to 1.0 kcal.min-1 (MINS) (P<0.05). These findings may have significant implications for individuals involved in weight loss or weight management programmes.
    • Myoblast models of skeletal muscle hypertrophy and atrophy.

      Sharples, Adam P.; Stewart, Claire E.; University of Bedfordshire; Manchester Metropolitan University (2011-05)
      To highlight recent breakthroughs and controversies in the use of myoblast models to uncover cellular and molecular mechanisms regulating skeletal muscle hypertrophy and atrophy.
    • A new VO2max protocol allowing self-pacing in maximal incremental exercise

      Mauger, Alexis R.; Sculthorpe, Nicholas; University of Bedfordshire (2012-01)
      The traditional maximal oxygen uptake (VO(2max)) protocol has received criticism for being an unnatural form of exercise, lacking ecological validity and producing different VO(2max) responses depending on protocol duration and work rate increments.
    • Novel retrotransposed imprinted locus identified at human 6p25

      Zhang, Aiping; Skaar, David A.; Li, Yue; Huang, Dale; Price, Thomas M.; Murphy, Susan K.; Jirtle, Randy L. (Oxford University Press, 2011)
      Differentially methylated regions (DMRs) are stable epigenetic features within or in proximity to imprinted genes. We used this feature to identify candidate human imprinted loci by quantitative DNA methylation analysis. We discovered a unique DMR at the 50-end of FAM50B at 6p25.2. We determined that sense transcripts originating from the FAM50B locus are expressed from the paternal allele in all human tissues investigated except for ovary, in which expression is biallelic. Furthermore, an antisense transcript, FAM50B-AS, was identified to be monoallelically expressed from the paternal allele in a variety of tissues. Comparative phylogenetic analysis showed that FAM50B orthologs are absent in chicken and platypus, but are present and biallelically expressed in opossum and mouse.