SUPER CARBS CONTAINS A 2:1 RATIO OF FRUCTOSE TO MALTODEXTRIN
RESEARCH PROVEN...

A single research study is almost worthless. Sports scientists work towards what they call consensus - where 3 or 4 good studies show the same performance benefit. They consider this to be strong evidence.

The effectiveness of Super Carbs formulation has now been proven by 9 major independent studies and more than 1500 hours of rigorous testing.
STUDY 1
2004: Oxidation of combined ingestion of
glucose and fructose during exercise. J Appl Physiol 96: 1277-1284, 2004. 00Roy L. P. G. Jentjens,1 Luke Moseley,1 Rosemary H.Waring,2 Leslie K. Harding,3 and Asker E. Jeukendrup1. Result: Peak exogenous carbohydrate oxidation rates were 55% higher with fructose + glucose (2:1 ratio) as compared with glucose only.
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STUDY 2
2004: High oxidation rates from combined
carbohydrates ingested during exercise. Medicine & Science in Sports & Exercise. 36(9):1551-1558, Jentjens, Roy L. P. G.; Achten, Juul; Jeukendrup Asker E. Result: When fructose + glucose & sucrose are ingested simultaneously at high rates, estimated endogenous carbohydrate oxidation is reduced compared to glucose.
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The history of the research follows.
STUDY 3
2005: Exogenous carbohydrate oxidation rates
are combined ingestion of glucose + fructose during exercise in the heat. November 10, 2005; doi:10.1152/japplphysiol.00322.2005 8750-7587/06. Roy L. P.G. Jentjens,1 Katie Underwood,1 Juul Achten,1 Kevin Currell,1 Christopher H. Mann,2 and Asker E. Jeukendrup1. Result: Ingestion of fructose + glucose (2:1 ratio) during exercise in the heat resulted in higher (36%) exogenous carbohydrate oxidation rates and greater fluid availability compared with ingestion of glucose.
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STUDY 8
2008: The effect of consuming a 4:1 protein
STUDY 4
2005: exogenous carbohydrate oxidation
drink (High5 EnergySource) during the 8-day Trans Alp MTB race Vs. a carbohydrate only beverage (SiS Go). Andrew J. Cathcart, Scott R. Murgatroyd et.al. University of Glasgow, ICEARS, Institute of Membrane & Systems Biology, University of Leeds. Publication pending. Result: consumption of a protein drink (EnergySource 4:1) enhanced fluid retention (race temp 38 •C), reduced thermal strain and improved race performance by 10% (overall) as compared to SiS Go Electrolyte.
Pending publication
during ultra-endurance exercise. J Appl Physiol (Dec 1, 2005). Asker E. Jeukendrup1, Luke Moseley, Gareth I. Mainwaring, et al. Result: With fructose + glucose (2:1 ratio) cadence (rpm) was maintained, stomach fullness was reduced and there was a significantly higher peak rate of exogenous carbohydrate oxidation relative to glucose. Click here for abstract....
STUDY 5
2005: Oxidation of combined ingestion of
maltodextrin + fructose during exercise. Medicine & Science in Sports & Exercise. 37(3):426-432, Mar 2005.Wallis, Gareth A, Jentjens, Roy L. P. G., Jeukendrup Asker E, et al. Result: Peak exogenous carbohydrate oxidation was (40%) higher with ingestion of fructose + glucose (2:1 ratio) as compared with maltodextrin only.
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STUDY 9
2008: Superior endurance performance with
ingestion of multiple transportable carbohydrates. K Currell and AE Jeukendrup Med Sci Sports Exerc, Feb 1, 2008; 40(2): 275-8. Result: Ingestion of fructose + glucose (2:1 ratio) resulted in an 8% quicker time to completion during the time trial (1 hour) compared with Glucose.
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STUDY 6
2006: Superior time trial performance with a
fructose + maltodextrin drink (High5) compared to maltodextrin based drink (SiS). Division of Exercise Sciences, Hertfordshire University. Dr. J Roberts, Dr.M Roberts, et al. Publication pending. Result: Ingestion of a fructose + glucose (2:1 ratio) drink (High5 EnergySource) resulted in greater exogenous carbohydrate oxidation (25%), greater fluid uptake (peak 40%) and a 6.15 minute (average) 60km time trial improvement, as compared to a calorie matched maltodextrin drink (SiS PSP22).
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STUDY 10
2007: Pre-loading with caffeine and
carbohydrate improves time trial performance. Study by High5 with full independent scrutiny of data collection and statistical analysis. Result: 28 club to elite time trialist caffeine (4 mg/kg/bodyweight) and carbohydrate loaded (using High5 EnergySource X’treme) 1-hour before a time trial. They completed the 25 mile/40km course 60 seconds faster (on average) as compared to using water.
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STUDY 7
2007: Large 800 hour performance study
comparing a 2:1 high fructose + maltodextrin drink (High5) to 4 other “traditionally formulated” sports drink over a 60km time trial. Study by High5 with full independent scrutiny of data collection and statistical analysis. Result: Ingestion of a fructose + glucose (2:1 ratio) + caffeine drink (High5 EnergySource Plus) resulted in: a 8:40 faster time trial and 39% better hydration when compared to PSP-22 (SiS), a 7.39 faster time trial and 17% better hydration when compared to Go Electrolyte (SiS), a 5:25 faster time trial and 43% better hydration when compared to Maxim and a 5:47 faster time trial and 34% better hydration when compared to Endura (Australia).
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