Suchergebnisse - Diabetes

Zignoli, A., Martinez-Gonzalez, B., Skroce, K., Lipman, D. J., Zisser, H. C., Giorgi, A. “… This observational study investigated the use of continuous glucose monitoring (CGM) in a team of professional cyclists without diabetes during two consecutive annual training camps.  …”

Hamilton, R., McCarthy, O. M., Bain, S. C, Bracken, R. M. “… Glucose levels below the clinical range may have implications for those without diabetes and warrants further investigation. …”

Amatori, S., Radice, R., Podlogar, T., Gobbi, E., Bertuccioli, A., Sudano, M., Sisti, D., Rocchi, M. B. L., Perroni, F. “… While GCM use is supported by evidence among active and non-active diabetes patients, data on healthy athletes is still very limited (2).  …”

Elliott, A. D., Lau, D. “… The lifetime risk of atrial fibrillation (AF) is approximately 37% after the age of 55 years but increases with the accumulation of cardiovascular risk factors, including hypertension, obesity, and type 2 diabetes [ [1] ]. Lifestyle behaviours that reduce the development of these risk factors, including physical activity, are associated with lower risk of incident AF [ [2] ].  …”

Pitt, J. P., Bracksen, R. M., Scott, S. N., Fontana, F. Y., Skroce, K., McCarthy, O. “… Nahrungsaufnahme beim Radfahren unter Renn- und Trainingsbedingungen bei männlichen Profi-Radsportlern mit Typ-1-Diabetes …”

Scott, S. N., Fontana, F. Y., Martinez-Gonzalez, B., Hayes, C. A., Lagrou, P. H., Marcora, S., Zueger, T., Stettler, C. “… Trainingsbelastung und Zeit im Bereich 4-10 mmol/ beeinflussen bei Radsportlern mit Diabetes Typ 1 die Schlafzeit …”

Webster, C. C., van Boom, K. M., Armino, N., Larmuth, K., Noakes, T. D., Smith, J. A., Kohn, T. A. “… There is growing interest in low-carbohydrate, high-fat (LCHF) diets (~50 g/day of carbohydrate) for their potential to improve insulin resistance and type 2 diabetes (T2D) (Bueno et al., 2013; Feinman et al., 2015; Hallberg et al., 2019).  …”

R .J. Maughan “… Written and edited by the world`s leading authorities on nutrition in sports, this timely new reference: •Provides comprehensive coverage of nutrition for both individual and team sports •Presents current knowledge of macronutrients, micronutrients, and dietary supplements for the athlete, outlining both benefits and risks •Offers clear guidance on the unique nutritional needs of special populations of athletes, such as vegetarian athletes, young athletes and aging athletes •Includes chapters on the clinical nutritional needs of diabetic athletes and athletes with weight management issues •Carries the full endorsement of the IOC Medical Commission Contents List of Contributors, viii Foreword, xii Preface, xiii Part 1 The Underpinning Science 1 Human Nutrition, 3 david a. bender 2 Exercise Physiology, 20 w. larry kenney, robert murray 3 Biochemistry of Exercise, 36 michael gleeson Part 2 Energy and Macronutrients 4 How to Assess the Energy Costs of Exercise and Sport, 61 barbara e. ainsworth 5 Energy Balance and Energy Availability, 72 anne b. loucks 6 Assessing Body Composition, 88 timothy r. ackland, arthur d. stewart 7 Carbohydrate Needs of Athletes in Training, 102 louise m. burke 8 The Regulation and Synthesis of Muscle Glycogen by Means of Nutrient Intervention, 113 john l. ivy 9 Carbohydrate Ingestion During Exercise, 126 asker jeukendrup 10 Defining Optimum Protein Intakes for Athletes, 136 stuart m. phillips 11 Dietary Protein as a Trigger for Metabolic Adaptation, 147 luc j.c. van loon 12 Fat Metabolism During and After Exercise, 156 bente kiens, jacob jeppesen 13 Metabolic Adaptations to a High-Fat Diet, 166 john a. hawley, wee kian yeo 14 Water and Electrolyte Loss and Replacement in Training and Competition, 174 ronald j. maughan 15 Performance Effects of Dehydration, 185 eric d.b. goulet 16 Rehydration and Recovery After Exercise, 199 susan m. shirreffs 17 Nutritional Effects on Central Fatigue, 206 bart roelands, romain meeusen Part 3 Micronutrients and Dietary Supplements 18 Vitamins, Minerals, and Sport Performance, 217 stella l. volpe, ha nguyen 19 Iron Requirements and Iron Status of Athletes, 229 giovanni lombardi, giuseppe lippi, giuseppe banfi 20 Calcium and Vitamin D, 242 enette larson-meyer 21 Exercise-Induced Oxidative Stress: Are Supplemental Antioxidants Warranted? …”

Zbinden-Foncea, H., van Loon, L. J. C., Raymackers, J. M., Francaux, M., Deldicque. L. “… Acipimox was used before and during endurance exercise to prevent the elevation of plasma NEFA levels in healthy subjects and patients with diabetes. In 2 separate studies, healthy subjects cycled for 2 hr and patients with diabetes for 1 hr at 50% Wmax.  …”

M. Engelhardt, B. Franz, G. Neumann, A. Pfützner “… In zwei Beiträgen von Pöttgen werden abschließend Fragen von Konsequenzen einer Diabetes mellitus Typ I Erkrankung auf Ironman-Belastungen und die Möglichkeiten des indirekten Dopingnachweises mit dem Blutpass analysiert. …”

Topanova, A., Golberg, N., Dondukovskaya, R., Bugleeva, E. “… Diabetes …”

Cohen, J. D., Gross, M. T. “… Subject inclusion criteria were: averaged >=80 miles of road bicycling per week during the 2 months prior to enrollment in this study; no history of vascular disease, diabetes, or sexual dysfunction; and had an erection within 15 days prior to study.  …”

“… Otis & Roger Goldingay Sports Medicine The Diabetic Athlete by Sheri Colberg Back Stability by Christopher M.  …”

Froböse, I., Waffenschmidt, S. “… So werden für verschiedene Krankheitsbilder wie Herz-Kreislauf-Erkrankungen, Diabetes, Asthma oder erhöhten Cholesterinwerte spezielle Empfehlungen gegeben.  …”

“… Research activities and publications of the Laboratory of biomechanics of the University if Essen (Germany) with the following topics: barefoot pressure isobarograph animation (107 k) wireframe-animation barefoot walking (117 k) in-shoe pressures in two running shoes (93 k) in-shoe pressures - average of 2090 trials from 22 subjects (80 k) Tennis Ball Impact on the String Area of a Tennis Racket Pressure Distribution Applications Footwear Research & Running Locomotion Foot-Mechanics Foot loading in early childhood, for school children, and adults Foot architecture and loads on the human body Effects of overweight / obesity on foot mechanics Transducer Technology and Measurement Procedures Capacitive and piezoelectric pressure transducers, ultrasonic velocity transducers Global positioning systems (GPS, DGPS) for sport applications Shock Shock transmission through the human body Warm-up & Stretching The effects of warm-up and stretching on muscular performance EMG-Applications EMG of endurance and explosive type activity athletes Tennis Interaction between the racket and the human body Bicycle Research Forces on the pedal, pressure distribution under the foot, fatigue effects Soccer Research Game Analysis, Soccer Shoe Properties, Shooting Speed, Shooting Accuracy Sports-Applications Loads on the human body during various sport activities (trampolining, platform diving, triple jump, fosbury flop, broad jump, volleyball) Clinical Research Ankle brace function, diabetic foot, neuromotor disorders, Parkinsonian gait, prosthesis measurements …”