SISBFGO
特性
‧ 1:0.8 麥芽糊精:果糖
‧ 每份含40克碳水化合物
‧ 純素
使用建議
如何以及何時使用 Beta Fuel 雙源能量膠
每支能量膠含有40克碳水化合物。根據您的運動或賽事,建議您在運動過程中每小時服用1-3支能量膠,以達到每小時80-120克的碳水化合物攝取目標。在某些情況下,例如寒冷天氣,可能需要增加攝取量。只需撕開包裝頂部,根據需要將內容物擠入口中即可。
直接從包裝中取出食用
與 Beta Fuel 系列的其他能量補充劑搭配使用,可達到每小時80-120克碳水化合物的攝取量。
營養成分
請參考圖片
成分
水、麥芽糊精(玉米來源)(30%)、果糖(23%)、食用香料、酸度調節劑(檸檬酸、檸檬酸鈉)、膠凝劑(結冷膠、黃原膠)、防腐劑(苯甲酸鈉、山梨酸鉀)、氯化鈉。
不含過敏原
詳情
全新優化碳水化合物比例的世界領先能量膠
作為世界領先的能量補給解決方案系列(包括飲料和咀嚼片)的一部分,我們的 Beta Fuel 雙源能量膠採用全新的 1:0.8 碳水化合物比例,每份含有 40 克碳水化合物,旨在提升您的能量輸出,提高身體對碳水化合物的利用效率,並減少腸胃不適,為您提供科學卓越的能量補充。
為什麼你應該使用 Beta Fuel 雙源能量膠
作為一名耐力運動員(你的比賽通常持續兩小時以上),你需要每小時攝取 80-120 克碳水化合物。 Science in Sport 的 Beta Fuel 雙源能量膠以便捷的單次補充方式,提供優化的 40 克碳水化合物,並將腸胃不適的風險降至最低,助你保持最佳運動表現。
全新 1:0.8 比例取代 2:1 比例
與 2:1 比例相比,1:0.8 比例的麥芽糊精與果糖可將攝取碳水化合物的氧化率(即效率)從 62% 提高到 74%。
與 2:1 比例相比,1:0.8 比例的麥芽糊精與果糖可減少使用者自我報告的飽足感。
Beta Fuel 背後的科學原理不斷進化
透過我們的性能解決方案團隊,我們與精英運動員緊密合作,共同研發了全新的 Beta Fuel 系列產品,為您帶來科學卓越的能量補給,並提供多種規格,可幫助您多利用 17% 的碳水化合物(O’Brien 等人,2013)。
與 2:1 的比例相比,1:0.8 的比例可使外源性碳水化合物氧化率提高 17% (O’Brien 等人) 和 10% (O’Brien 等人)。
與 2:1 的比例相比,1:0.8 的比例可使 10 次最大衝刺的平均功率輸出提高 3% (O’Brien 等人)。
與 2:1 的比例相比,1:0.8 的比例可將攝取碳水化合物的氧化率(效率)從 62% (2:1) 提高到 74% (1:0.8) (O’Brien 等人)。
與 2:1 的比例相比,1:0.8 的比例可減輕胃脹和噁心症狀 (O’Brien 等人)。
Feature
‧ 1:0.8 Maltodextrin:Fructose
‧ 40G Carbohydrates per serving
‧ Vegan
Suggested to use
HOW AND WHEN TO USE BETA FUEL DUAL SOURCE ENERGY GEL
Each gel contains 40 grams of carbohydrate. Depending on your sport or event, you should aim to consume 1-3 gels every hour during exertion to reach an 80g-120g target intake. In some circumstances, such as cold weather, it may be necessary to consume more. Simply tear off the top of the packaging and squeeze the contents into your mouth as and when required.
Consume directly from packaging
Combine with other energy supplements from the Beta Fuel range to achieve hourly 80-120g carbohydrate intake.
Nutrition
Please refers to image
Ingredients
Water, Maltodextrin (from Maize) (30%), Fructose (23%), Flavourings, Acidity Regulators (Citric Acid, Sodium Citrate), Gelling Agents (Gellan Gum, Xanthan Gum), Preservatives (Sodium Benzoate, Potassium Sorbate), Sodium Chloride.
No allergens
Details
WORLD-LEADING ENERGY GEL OPTIMISED WITH A NEW CARBOHYDRATE RATIO
Part of an entire world-leading fuelling solution range that includes drinks and chews, our Beta Fuel Dual Source Energy Gel is optimised with a brand new 1:0.8 ratio of 40g carbohydrate to enhance your power output, increase your body's carbohydrate usage efficiency, and limit gastrointestinal discomfort to deliver a scientifically superior fuel.
WHY YOU SHOULD USE BETA FUEL DUAL SOURCE ENERGY GEL
As an endurance athlete (your events typically last more than two hours) you need to take in between 80-120g of carbohydrate per hour. The Science in Sport Beta Fuel Dual Source Energy Gel delivers an optimised 40g of carbohydrate in a single, convenient fuelling solution with minimal risk of GI discomfort that enables you to maintain optimal performance.
NEW 1:0.8 RATIO REPLACES 2:1 RATIO
A 1:0.8 ratio of maltodextrin to fructose increases the percentage of ingested carbohydrate that is oxidized (known as efficiency) from 62% to 74% when compared with a ratio of 2:1
A 1:0.8 ratio of maltodextrin to fructose reduces self-reported symptoms of stomach fullness when compared with a ratio of 2:1
THE SCIENCE BEHIND BETA FUEL HAS EVOLVED
Through our Performance Solutions team, we have worked closely with elite athletes in the research and development of the new Beta Fuel range to bring you a scientifically superior fuel in a range of formats that allow you to use +17% more carbohydrate (O’Brien et al, 2013).
A ratio of 1:0.8 enhances exogenous CHO oxidation compared with 2:1 ratio by 17% (O’Brien et al) and 10% (O’Brien et al)
A ratio of 1:0.8 enhances mean power output during 10 maximal sprint efforts by 3% compared with 2:1 ratio (O’Brien et al)
A ratio of 1:0.8 increases % of ingested CHO that was oxidised (efficiency) from 62% (2:1) to 74% (1:0.8) (O’Brien et al)
A ratio of 1:0.8 reduces symptoms of stomach fullness and nausea when compared with a ratio of 2:1 (O’Brien et al)






