Vol. 3 No. 2 (2014): Science & Cycling Congress, 2/3 July 2014, Leeds

Book of Abstracts

• Editorial

  J Hopker, L Passfield

  1

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• Power output and affective load change during time trial according to environmental conditions

  A Abel, F Grappe

  2

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• The effect of exercise mode on salivary IgA secretion in high level triathletes

  S Barret, A Storey, M Harrison

  3

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• Influence of positional biomechanics on gross efficiency within cycling

  J Bateman

  4

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• Laboratory predictors of uphill cycling time trial performance

  A H Bossi, P Lima, J Hopker, JR P Lima

  5

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• Gross efficiency is improved in standing position with an increase of the power output

  A Bouillod, J Pinot, A Valade, J Cassirame, G Soto-Romero, F Grappe

  6

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• Relationship between leg length and trunk orientation in cycling

  7

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• The analysis & forecasting of British cycling time trial records

  BTJ Dyer, H Hossani, M Shadi

  8

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• The effect of IMT on cycling time-trial performance at ~16°C (cool) and ~26°C (hot) temperatures

  C Sharp, M Faghy

  9

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• Individualised training duration induces similar physiological and performance benefits at different intensities

  SL Coakley, L Passfield

  10

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• Differences in static and dynamic bike fit with 3d motion capture

  M Corbett, J Bevins

  11

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• Optimal pacing strategy for a race of two competing cyclists

  T Dahmen, D Saupeand

  12

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• Past attempts to identify a single physiological parameter as the main indicator of success in the tour de France seem to have failed

  C Dauwe

  13-14

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• Measures of training stress in cyclists do not usefully predict maximum mean power in competitions

  HA Ferguson, CD Paton, WG Hopkins

  15

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• Acute effects of small changes in crank length on gross efficiency and pedalling technique during submaximal cycling

  V Ferrer-Roca, V Rivero-Palomo, A Ogueta-Alday, JA Rodríguez-Marroyo, J García-López

  16

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• Quantification of vibrations during mountain biking

  P Macdermid, PW Fink, S Stannard

  17

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• A new test battery to assess bike handling skills of experienced and inexperienced cyclists

  B Fonda, N Sarabon, FX Lee

  18

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• Effects of changing seat height on bike handling

  B Fonda, N Sarabon, R Blacklock, FX Li

  19

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• Increased physical effort overrides the potentially deleterious effects of resource depletion following self-control

  C Fullerton, AM Lane, TJ Devonport

  20

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• The relationship between vertical leg stiffness and gross mechanical efficiency in cyclists

  JD Hughes, G Pitchers, SC How, M Cole

  21

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• The influence of hamstring extensibility on preselected saddle height within experienced competitive cyclists

  J Hynd, D Crowle, C Stephenson

  22

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• Modelling of critical power from road data

  B Karsten, S Jobson, J Hopker, L Stevens, C Beedie

  23-24

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• Efficiency index of a pedaling monitor system depend on load power, cadence and body weight

  T Kitawaki, T Tokuyasu, H Oka

  25

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• Within-individual haemoglobin variation and the athlete biological passport: a longitudinal investigation of 13,887 haemoglobin concentration readings in elite athletes

  LM Lobigs, EJ Knight, YO Schumacher, CJ Gore

  26

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• Multisensor monitoring cycle ergometer

  H Lungo, N Chakravorti, LK Philpott, PP Conway, AA West

  27

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• Reliability of power meter calibration by mathematical modelling of treadmill cycling

  T Maier, T Steiner, S Trösch, B Müller, JP Wehrlin

  28

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• Relation between lactic acid steady-state and muscle oxygenation in elite cyclists

  M Mantovani, M Bongi, A Bandera

  29-31

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• Track tales: A narrative exploration of within-career transition in sprint cycling

  W McConn

  32

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• Potentiation of sprint cycling performance: the effects of a high-inertia ergometer warm-up

  L Munro, S Stannard, P Fink, A Foskett

  33

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• Do 3-min all-out test parameters accurately predict competitive cyclist performance in the severe intensity domain?

  A Nicolò, M Sacchetti

  34

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• Oxygen uptake kinetics during uphill and flat cycling in laboratory and field conditions

  A Nimmerichter, K Haselsberger, B Prinz

  35

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• Changes in whole body and local muscle oxygen consumption during prolonged cycling

  C O’Grady, B Pageaux, JG Hopker

  36-37

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• Effect of environmental temperature on pacing during a simulated 16 km cycling time trial

  S Bailey, C O'Hagan

  38

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• Comparing time-trial and time to exhaustion performance

  L Passfield, S Coakley

  39

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• Effects of a seven day period of high-intensity training on performance and physiology of competitive cyclists

  C Paton, B Clark, V Costa, B O’Brien, L Guglielmo

  40

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• Low dose fish oil increases the omega-3 index improving cycling efficiency and heart rate recovery

  L Hingley, M Macartney, M Brown, P McLennan, G Peoples

  41

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• The effect of wheel diameter on vertical and horizontal mountain bike position

  S Phillips, M Levy, B Alumbaugh, G Smith, G Smitn

  42

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• Comparison of power output demands for a top-10 ranking between Tour de France and Vuelta a España

  J Pinot, F Grappe

  43

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• Acute cycling sport causes upper respiratory tract infections and lung function loss among male recreational cyclists of different age groups

  KV Rajasekhar

  44

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• Three ways of assessing the forces at the knee and ankle while cycling

  EF Rios Soltero, HH CM Savelberg

  45-46

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• The influence of aerobic fitness on the oxygen uptake kinetics of trained cyclists

  G Rose

  47

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• Effect of hand cooling on body temperature, cardiovascular and perceptual responses during recumbent cycling in a hot environment

  AD Ruddock, K Chatziopoulos, T Parkington, GA Tew, A Purvis

  48

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• Optimisation of cycling training

  P Scarf, M Shrahili, S Jobson, L Passfield

  49-50

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• The effects of different strength training regimes on cycling performance

  A Smit, CW Hameetman, T Peters, GWM Heijboer, JJ Bastiaans

  51-52

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• Differences in power output between national and club level cyclists during a new variable power cycling test

  A Sharma, A Sparks, LR McNaughton, A Govus, DJ Bentley

  53-55

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• The effect of beetroot juice dosage on high intensity intermittent cycling performance

  G Byrne, B Wardrop, A Storey

  56

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• An investigation of the biomechanical efficacy and clinical effectiveness of patello-femoral taping in elite and experienced cyclists

  G Theobald, J Selfe, J Richards, H Roddam

  57-63

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• An online survey using social media investigating the use of kinesiology type tape and McConnell type tape with clinicians who treat cycling related knee pain

  G Theobald, J Selfe, J Richards, H Roddam

  64-67

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• Wearable multi-sensor system for embedded body position and motion analysis during cycling

  A Valade, G Soto Romero, C Escriba, A Bouillod, J Pinot, J Cassirame, JY Fourniols, F Grappe

  68

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• Development of a multi-directional rating test method for bicycle frame stiffness

  J Vanwalleghem, I De Baere, M Loccufier, W Van Paepegem

  69

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• Field tests with an instrumented bicycle for comfort measurements

  J Vanwalleghem, I De Baere, M Loccufier, W Van Paepegem

  70

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• Do core stabilization exercises enhance cycling efficiency?

  EJ Weijmans, S van Berkel

  71

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• A contiguous ramp and all-out exercise test to determine critical power in competitive cyclists

  MS Wells, G Atkinson, HB Rossiter, S Marwood

  72

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• A depth camera-based system for estimating cyclist-bike projected frontal area

  JS Wheat, S Clarkson, D Higham, S Choppin

  73

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• Muscular fatigue of the lower limb and subsequent joint angle adaptations during a 16.1km cycling time trial

  I Willitt, N Smith, P Hudson

  74

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• The reliability and validity of the 3-minute critical power test

  J Wright, S Jobson, S Bruce-Low

  75

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• Application to cycling of a bioenergetic model: Towards a multi-level biomechanical model for global cyclist performance analysis

  A Zignoli, A Savoldelli, F Biral, B Pellegrini, F Schena

  76-77

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• The physical, mental and hormonal responses to short-term intensified training in well-trained cyclists with a high carbohydrate nutritional intervention

  SC Killer, IS Svendsen, JM Carter, RK Randell, AE Jeukendrup, M Gleeson

  78

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• Effects of different training protocols on the heart rate variability of trained cyclists

  F Reichert, L Picanço

  79

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• Incorporating internal mechanical power into performance models in cycling

  H Giorgi, M Andrews, A Gray, M Osborne

  80-81

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• Does six-weeks of high-intensity cycle training with induced changes in acid-base balance lead to mitochondrial adaptations?

  E Hawke, D Hammarström, K Sahlin, M Tonkonogi

  82

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• Comparison of physiological and perceptual responses to a maximal exhaustive test performed on the SRM and the Cyclus2 ergometer

  B Karsten, A Peterson, M Champion

  83-84

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• Treadmill-based cycling time trial better predicts seasonal cross-country mountain bike performance than traditional parameters in laboratory tests

  B Müller, T Steiner, T Maier, JP Wehrlin

  85

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