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Be at Your Best – Have Breakfast!

Touted as ‘the most important meal of the day’, what you eat – or don’t eat – first thing in a morning could make or break your performance. Should you have breakfast? Why? What? How much? Let’s explore…

Breakfast Examples Youth Sport Nutrition

Breakfast Bites

Break-fast. Your first meal in a morning is literally breaking your fast (i.e. overnight fast whilst sleeping). It is therefore an opportunity to re-feed and provide you with energy for the day ahead. You might head straight for the cupboards when you wake up, or you might focus on rushing out the door for school or work.

The choices you make in a morning could set the scene for the rest of the day. Eating breakfast containing carbohydrate (CHO) and protein (PRO) improved sprint performance in one study (Highton et al., 2013). CHO availability is increased with intake, and we know it is a primary fuel source.

Having breakfast has been linked with improved mood and psychological states, as well as reaction time. A high-protein breakfast has shown the ability to improve postprandial responses after a meal like satiety (fullness), satisfaction and pleasant feelings (Boelsma et al., 2010).

Better still, if you like a cup of tea or coffee in a morning, caffeine intake has could improve mood and alertness – so could help you feel awake and prepared for the day. Try to keep caffeinated products for the mornings and early afternoons. The half-life (how much time it takes for half the caffeine to pass through the system) is around 6-10 hours, meaning if you have caffeine later in the day, it could still be in your system by bedtime and worsen sleep onset (i.e. It’ll take longer for you to fall into a deep sleep).

Going Without Breakfast

An experienced high-performance (you may say ‘elite’) athlete might perform fasted training to enhance training adaptation (Van Proeyen et al., 2011). For most athletes, skipping meals is not necessary, nor a good idea - particularly if you want to perform at your best.

Skipping breakfast will likely do the opposite to eating something; negative mood states, alertness, and the big one – reduced physical performance.

In younger populations, skipping breakfast decreased academic performance, Research has even shown those who skipped breakfast made worse choices later in the day and overate. The link between breakfast (or no breakfast) and your state for the rest of the day becomes a little clearer.

For training and performance, a breakfast containing carbohydrate (1-1.5 g/kg) and protein (20 g) is a good way to go three to four hours prior to your session. For example, a 60 kg athlete might have 60-90 g carbohydrate from a large bowl of porridge made with milk, with a high-protein yogurt topped with fruit. Sounds delicious! Enjoy your breakfast!

Eat like a professional athlete breakfast

Breakfast Image Examples:


Soy Milk (Sweetened) / Alternatives include Dairy, Almond or Cocount Milk

1 x Banana, Chopped

3-4 Strawberry ,Fresh, dried or frozen

Museli can also be replaced with Porridge - Simply blend 1 cup oats with 1 cup milk. Heat on hob for 5mins stirring continuously OR microwave for 1-2mins.


Scrambled Egg

1 or 2 eggs


Butter (not margarine)

Pinch Salt

1-2 Slices Brown bread, lightly toasted


  1. In a small bowl, beat eggs with salt and milk (if using).
  2. In a nonstick skillet, melt butter over medium-high heat until foamy. Add eggs and cook, stirring, until large, fluffy curds form and eggs are fully cooked through, about 3 minutes. Season with pepper and serve.


Take home message: Eat like a professional athlete, and dont skip breakfast!




Boelsma, Brink, Stafleu, & Hendriks. (2010). Measures of postprandial wellness after single intake of two protein–carbohydrate meals. Appetite, 54(3), 456-464.

Highton, J., Twist, C., Lamb, K., & Nicholas, C. (2013). Carbohydrate-protein coingestion improves multiple-sprint running performance. Journal of Sports Sciences, 31(4), 361-369.

Van Proeyen, K., Szlufcik, K., Nielens, H., Ramaekers, M., & Hespel, P. (2011). Beneficial metabolic adaptations due to endurance exercise training in the fasted state. Journal of Applied Physiology, 110(1), 236-245.


Article by Liam Oliver, Performance Nutritionist and Student at British Diving

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