Winter Supplements for Runners

November 13, 2024 by Britt

Winter Supplements for Runners

Winter months bring unique nutritional needs for runners, including reduced sunlight exposure, which increases the need for Vitamin D. Meeting nutrition goals through food is ideal, but supplements can be helpful when dietary intake is insufficient. Below are recommended winter supplements and their top food sources. There are other supplements not mentioned that are supportive for performance, please refer to the post, best supplements for runners, for more information on performance. Runners following vegetarian or vegan diets may need to focus on nutrients like Vitamin D, calcium, B12, and zinc because plant-based foods do not contain these vitamins.

Enhance the effectiveness of supplements by ensuring you consume enough food to meet your energy needs. If your diet doesn’t support your current energy expenditure, supplements will be less effective. Athletes should aim for a balanced diet, with supplements serving as an addition to a healthy, well-rounded eating plan.

I had the opportunity to speak with a couple of elite runners about their supplement usage in the winter. Brendan Martin of Martin Physical Therapy who has a marathon PR of 2:15, follows a vegetarian diet and regularly takes vitamin B12 because he cannot obtain this nutrient from foods. Johannes Motschmann who recently placed 9th in the London marathon adds in Vitamin C and Zinc to support the immune system during high mileage weeks.

TIP: To build consistency, try taking supplements alongside daily routines, such as brushing your teeth.

Supplement Tip: Choose products that are third-party tested (e.g., by USP, NSF), which ensures they are free from harmful ingredients, though it does not guarantee the product’s effectiveness.

Vitamin D

Recommended Dietary Allowance (RDA): 600 IU/day (may need more for athletes).

Function: Vitamin D is essential for bone health and aids in calcium absorption, which strengthens bones. It also helps regulate the immune response, reduce inflammation, and protect against respiratory infections—benefits especially important for athletes during winter when Vitamin D levels often decline. Its anti-inflammatory effects are particularly beneficial for athletes, especially those with a history of bone stress injuries.

Top Sources:

Sunlight: UV exposure helps activate Vitamin D in the skin.
Food:
- Cod liver oil (1 Tbsp): 1360 IU
- Salmon (sockeye, 3 oz cooked): 570 IU
- Mushrooms (½ cup raw): 366 IU
- Milk (2%, 1 cup): 120 IU
- Egg (1 large): 44 IU

Calcium

Recommended Dietary Allowance (RDA):

Ages 9-18: 1,200 mg/day.
Ages 19-50: 1,000 mg/day.
Athletes: 1,500 mg/day, especially if there is a history of bone stress injuries.

Function: Essential for bone health, muscle contraction, and nerve function. Vitamin D aids calcium absorption.

Top Sources:

Milk/yogurt (1 cup): 300-400 mg
Cheese (1 oz, especially Parmesan): ~200 mg
Cooked kale or collard greens (1 cup): 250 mg
Fortified orange juice (1 cup): 350 mg
Fortified soy milk or almond milk (1 cup): 300-400 mg
Tofu (½ cup): 350 mg
Dried figs (4-5): 135 mg

Note: Combining food and supplements may be necessary to meet daily targets. It’s important to note that the body can absorb only 500 mg calcium per meal. It’s best to spread calcium-rich foods throughout the day to maximize absorption.

Omega-3 Fatty Acids

Function: Helps reduce exercise-related inflammation by modulating cell membranes and immune responses. Fatty fish are the best sources, though supplements can help when dietary intake is low.

Recommended Intake: 1.1-1.6 grams/day (1,100-1,600 mg).

Top Sources:

Salmon, sardines, herring (3 oz): ~1200 mg
Ground flax, chia, or hemp seeds (1 Tbsp): ~2300 mg

Vitamin C

Recommended Dietary Allowance (RDA): 75-90 mg/day.

Function: Boosts immunity, aids iron absorption, and is essential for collagen synthesis. Humans need to obtain Vitamin C from food.

Top Sources:

Strawberries (1 cup, halved): ~89 mg
Oranges (1 medium): ~70 mg
Pineapple/Mango/Cantaloupe (1 cup, cubed): ~65 mg
Red bell pepper (1 medium): ~152 mg
Broccoli (1 cup, cooked): ~102 mg
Kale (1 cup, raw): ~80 mg

Professional runner, Johannes Motschmann, who recently placed 9th at the London Marathon, adds in Vitamin C and Zinc to support the immune system during high mileage weeks.

Vitamin B12

Recommended Dietary Allowance (RDA): 2.4 mcg/day.

Function: B12 is essential for the production of healthy red blood cells, proper nerve function, and energy metabolism. It also supports neurotransmitter production, playing a key role in mood regulation and cognitive health. Low B12 levels have been linked to memory problems, depression, and mental confusion. B12 is mainly found in animal products such as meat, fish, and dairy.

Top Sources:

Salmon (3 oz): ~4.9 mcg (200% DV)
Trout (3 oz): ~5.4 mcg (225% DV)
Tuna (3 oz): ~2.5 mcg (104% DV)
Beef (3 oz): 5.1 mcg (215% DV)
Fortified Breakfast Cereals (1 serving): ~0.6–6 mcg (25-250% DV, depending on fortification level)
Dairy Milk (1 cup): ~1.2 mcg (50% DV)
Yogurt (8 oz): ~1.1 mcg (46% DV)
Swiss Cheese (1 oz): ~0.9 mcg (38% DV)
Eggs (2 large): ~1.1 mcg (46% DV)
Nutritional yeast (1 Tbsp): 2.4 mcg

Professional runner Brendan Martin, with a marathon personal record of 2:15 follows a vegetarian diet and regularly supplements with Vitamin B12.

Hydration with electrolytes

Hydrating during winter is just as essential as in warmer months, even though we may feel less thirsty in cold weather. Here are some tips to help maintain good hydration in winter:

Drink Regularly: Thirst signals decrease in cold weather, so make it a habit to sip water consistently throughout the day. Aim for at least 8 cups (2 liters) daily, adjusting based on activity level and body size.
Warm Beverages: Warm drinks like herbal teas, hot water with lemon, or broth-based soups are great options for hydration when cold water doesn’t appeal. Avoid excessive caffeine and alcohol, as it can contribute to dehydration.
Hydrating Foods: Winter fruits and vegetables like oranges, grapefruit, apples, pears, cucumbers, and leafy greens have high water content, helping you stay hydrated while adding nutrients.
Electrolytes: After exercise or if you’re sweating (even in winter), replenish electrolytes with options like coconut water or a light sports drink. Salty snacks or electrolyte supplements can also help retain hydration when balanced with water intake.
Watch for Signs of Dehydration: Dry skin, fatigue, and dark urine can indicate dehydration. Aim for urine that is pale yellow in color, a good indicator of proper hydration.
Humidify Your Environment: Winter air, especially with indoor heating, can be very dry. Using a humidifier adds moisture to the air, helping you retain hydration naturally.

Should Athletes Use a CGM? A Look at the Benefits and Drawbacks

November 5, 2024 by amystephens

Should Athletes Use a CGM? A Look at the Benefits and Drawbacks

A Continuous Glucose Monitor (CGM) is a medical device designed to deliver real-time measurements of glucose (sugar) levels in the body. Although it is mainly utilized by individuals with diabetes to regulate their blood sugar, it has also become increasingly popular among athletes and health enthusiasts. While these devices offer a wealth of data, it’s crucial to consider how that information will be applied effectively. Here’s how it works and its main components:

How CGM Works

Sensor Insertion: A small sensor is inserted under the skin, typically on the abdomen or the back of the arm. This sensor measures glucose levels in the interstitial fluid (the fluid between cells) rather than directly in the blood.
Continuous Monitoring: The sensor continuously measures glucose levels, usually every few minutes, providing a real-time view of fluctuations throughout the day and night.
Data Transmission: The sensor sends glucose data to a receiver or a smartphone app via Bluetooth or other wireless technologies. This allows users to see their glucose levels in real-time, track trends, and receive alerts for high or low levels.
Calibration: Some CGMs require periodic calibration with a fingerstick blood glucose meter, while others do not, depending on the model.

Components of a CGM System

Sensor: The small device that is placed under the skin to measure glucose levels.
Transmitter: A component that attaches to the sensor and sends the glucose data wirelessly to a display device.
Display Device: This could be a standalone monitor, a smartphone, or a smartwatch that receives the data and displays glucose readings.

Benefits of Using a CGM

Real-Time Data: Provides continuous monitoring, allowing users to respond quickly to fluctuations in glucose levels.
Trend Analysis: Helps identify patterns in glucose levels in response to food, exercise, stress, and other factors.

Popular CGM Brands

Some well-known CGM systems include:

Dexcom: Offers a range of CGM products with various features, including a mobile app for tracking.
Freestyle Libre: Known for its simple sensor application and a focus on ease of use.
Medtronic: Provides integrated systems that often work in conjunction with insulin pumps.

Using a Continuous Glucose Monitor (CGM) can be beneficial for athletes, especially those involved in endurance sports or those with specific dietary and training goals. Here are some key considerations for athletes thinking about using a CGM:

Potential Benefits of Using a CGM for Athletes:

Real-time Glucose Monitoring: CGMs provide continuous, real-time glucose data, helping athletes understand how their blood sugar levels fluctuate throughout training and competition.
Optimizing Nutrition: By tracking glucose levels, athletes can fine-tune their nutrition strategies to enhance performance, avoid crashes, and ensure they’re fueling adequately before, during, and after workouts.
Identifying Patterns: Athletes can identify how different foods, hydration levels, and exercise intensities affect their glucose levels, allowing for personalized dietary adjustments.
Avoiding Hypoglycemia: For athletes, especially those in sports with high energy demands, monitoring glucose levels can help prevent hypoglycemic episodes, which can impair performance.
Recovery Monitoring: After intense workouts, monitoring glucose levels can provide insights into recovery and metabolic response, helping athletes optimize their post-workout nutrition.
Managing Stress Responses: CGMs can help athletes understand how stress (from training, competition, or other life factors) affects their glucose levels, allowing for better stress management techniques.

Considerations and Potential Drawbacks:

Cost: CGMs can be expensive, and not all insurance plans cover them, making them a financial consideration for many athletes. Dexcom (Supersapien) may cost $300-400 for the device and $150-200 for the subscription. Freestyle libre (Lingo) costs about $75 per sensor, each one lasting up to 14 days. Additional costs include: $150 per month, plus a one time $60 fee for the reader.
Learning Curve: Athletes may need time to learn how to interpret CGM data effectively and integrate it into their training and nutrition regimens.
Over-reliance: There’s a risk of becoming overly focused on glucose levels, which might lead to anxiety or second-guessing nutrition and training decisions.
Not for Everyone: While CGMs can provide valuable information, they may not be necessary for all athletes, especially those who do not have blood sugar management issues.
Lag time: CGMs placed on the arm (Freestyle Libre) measures glucose in interstitial fluid, which can be delayed compared to blood glucose, especially during rapid changes (like after eating or during exercise). This lag is generally about 5-10 minutes, so the device might not immediately capture sudden spikes or drops.
Factors Affecting Accuracy: Certain factors, like dehydration, sensor placement, compression (from lying on it or tight clothing), and high temperatures can reduce accuracy. Users also tend to get better readings when it’s kept at a consistent temperature.
Stress affects blood sugar readings: Other factors that can lead to fluctuations in blood sugar, apart from food, include stress hormones like cortisol and adrenaline. These hormones may rise during periods of illness, physical or mental stress, medication use (such as steroids), menstrual cycles, or hormonal imbalances. Analyzing CGM data can make it challenging to differentiate between fueling and the body’s normal response to stress.

Conclusion:

Ultimately, the decision to use a CGM should be based on individual goals, health conditions, and the nature of the sport. Athletes interested in using a CGM should consider consulting with a sports nutritionist or a healthcare professional to tailor the use of glucose monitoring to their specific needs and training goals.

Caffeine to improve athletic performance

October 15, 2024October 10, 2024 by amystephens

Caffeine to improve athletic performance

Studies have shown an improvement in sports performance when caffeine is consumed before exercise (Clarke, 2018). Here are details about how caffeine works and the safe and effective dose that yields the best results.

How it works:

Caffeine blocks adenosine receptors that, in turn, prevent you from feeling tired. By blocking adenosine receptors, you can feel less pain, increase neuro-excitability, and improve your ability to focus which can lead to ergogenic effects on exercise performance.

Benefits:

Reduces perception of pain and fatigue
Mobilizes fat to use for energy, sparing glycogen
Increasing alertness (reaction time and mood)

Risks:

Effects of too much caffeine can cause jitteriness, shakiness, upset stomach, or reflux. None of these symptoms are ideal before or during a race. Be sure to test out caffeine dose and response before race day.

Dose:

The effective dose of caffeine is 3-6 mg/kg about one hour before competition which is approximately 200-400 mg for a person weighing 150 pounds (70kg) which is equivalent to a tall coffee from Starbucks.

There is a bigger performance benefit when caffeine is reduced prior to competition (Beaumont).

Form:

The amount of caffeine in energy bars, gels and medications tends to be standardized, while the amount in coffee and tea can vary considerably. Be sure to read labels and know how much you are consuming.

Some energy drinks or pre-workout beverages might have caffeine listed as one of these ingredients:

Green tea extract

Guarana

Guayaki yerba mate

Guayusa

Cola nut

Cacao

College athletes:

Caffeine is a banned substance by the NCAA. A urinary caffeine concentration exceeding 15 micrograms per milliliter (corresponding to ingesting about 500 milligrams, the equivalent of six to eight cups of brewed coffee, two to three hours before competition) results in a positive drug test.

* Caffeine content varies among brewing methods. See chart below.

Olympic level athletes:

Caffeine is permitted in sports governed by the World Anti-Doping Agency (WADA).

Food-first approach:

The perception of having increased energy from caffeine will not replace the actual energy provided from food. Successful athletic performance is dependent on a nutrition plan that meets your energy and nutrient needs through food first. Caffeine can be used to improve performance and will be most effective if energy needs are met with food-first.

References

Beaumont R, Cordery P, Funnell M, Mears S, James L, Watson P. Chronic ingestion of a low dose of caffeine induces tolerance to the performance benefits of caffeine. J Sports Sci. 2017 Oct;35(19):1920-1927. doi: 10.1080/02640414.2016.1241421. Epub 2016 Oct 20.

Clarke ND, Richardson DL, Thie J, Taylor R. Coffee Ingestion Enhances 1-Mile Running Race Performance. International Journal Sports Physiology and Performance. 2018;13(6):789-794.

Davis JK, Green JM. Caffeine and anaerobic performance: ergogenic value and mechanisms of action. Sports Med. 2009;39:813–832.

Laurent D, Schneider KE, Prusaczyk WK, et al. Effects of caffeine on muscle glycogen utilization and the neuroendocrine axis during exercise. J Clin Endocrinol Metab. 2000;85:2170–2175.

McLellan TM, Bell DG. The impact of prior coffee consumption on the subsequent ergogenic effect of anhydrous caffeine. Int J Sports Nutr Exerc Metab. 2004;14:698–708.

Spriet LL. Exercise and sport performance with low doses of caffeine. Sports Med. 2014;44:175–184.

Talanian JL, Spriet LL. Low and moderate doses of caffeine late in exercise improve performance in trained cyclists. Appl Physiol Nutr Metab. 2016 Aug;41(8):850-5.

Wiles JD, Bird SR, Hopkins J, Riley M. Effect of caffeinated coffee on running speed, respiratory factors, blood lactate and perceived exertion during 1500-m treadmill running. Br J Sports Med. 1992; 26:116–120.

Don’t Wait: Understanding Relative Energy Deficiency in Sport (RED-S) and Low Energy Availability (LEA)

October 18, 2024August 26, 2024 by amystephens

Don't Wait: Understanding Relative Energy Deficiency in Sport (RED-S) and Low Energy Availability (LEA)

By Kate Cochran, Nutrition Intern, NYU Track and Field

When I first learned about low energy availability (LEA) and relative energy deficiency in sport (RED-S) at twenty-one, I was four years deep into my distance running journey. It was while reading “How She Did It” by renowned female distance athletes Molly Huddle and Sara Slattery, both esteemed Olympians themselves, where I first learned about the syndrome. It was something I wish I knew when I began running at sixteen. I firmly believe it’s essential for every female athlete to familiarize themselves with RED-S early on, considering its potential impact on their athletic path.

LEA, or Low Energy Availability, is a condition where the body lacks sufficient energy to sustain vital physiological functions, jeopardizing overall health. It occurs when caloric intake fails to match the increased demands of intensified training, such as higher mileage or more strenuous workouts. Counting calories, restricting necessary food groups, waiting too long to eat after exercising, running on an empty stomach, and skipping meals can often result in LEA. When your energy availability is low, your performance in sport will likely suffer. In short, being in a constant state of low energy availability will prevent you from reaching your potential in sport.

Some symptoms of RED-S and LEA are:

Frequent illnesses (common cold, stomach bugs)
Recurring injuries
Regularly feeling tired and sluggish in and after training
Absent or irregular periods
Poor concentration
Low mood
Underperforming in training and competition
Loss of enjoyment from sports
Poor sleep

Being in a prolonged state of low energy availability will eventually lead to RED-S. RED-S is a broader syndrome encompassing LEA as one of its components. RED-S involves a spectrum of health and performance issues resulting from prolonged low energy availability, affecting not only physical health but also metabolic, hormonal, and psychological aspects, ultimately impairing athletic performance. In addition to LEA, RED-S may involve disruptions in menstrual function, bone health, immunity, cardiovascular health, and psychological well-being.

Those at risk for RED-S are typically female endurance athletes, and anyone who is cutting calories while playing a high demand sport.

How to treat RED-S:

Ensure you’re consuming enough calories to meet the energy demands of your training and daily life. This might involve working with a registered dietitian to develop a balanced meal plan tailored to your needs. Generally, you should aim to consume as many calories as you are losing through sport and everyday activities.
Make sure you are getting a good balance of macronutrients. Carbohydrates, fats, and proteins support energy production, muscle repair, and overall health. In your diet, aim for about half of your food to come from carbohydrates, around one-third from protein, and another one-third from fats.
Incorporate adequate rest, sleep, and recovery strategies into your routine to support overall health and performance.
Consider working with a mental health professional or sports psychologist to manage stress, anxiety, or disordered eating patterns.
With sufficient rest and energy intake, the majority of athletes can replenish their energy stores and maintain their training at their usual capacity.

Conversations with Rachel Kaplan, Division 1 College Gymnast

August 11, 2024 by amystephens

Conversations with Rachel Kaplan, Division 1 College Gymnast

I had the opportunity to watch the Olympic gymnastics with my niece, Rachel Kaplan, a Division 1 gymnast and uneven bar specialist. Here are some key excerpts from our conversation that can be valuable for anyone looking to compete in college, especially females in body image-focused sports:

How many hours per week did you train?

High School: I trained about 27 hours per week. My schedule also included a full day of school then practice from 3 to 7:30 p.m. During weekends, training was less frequent due to traveling and competing. In the winter season, I had a similar routine.

College: I trained around 20 hours per week while being a full-time speech pathology student. I also lifted twice a week and swam during the preseason. I had to run a mile in under 7 minutes, which was more challenging for me than a release move on the bars. Note: The mile time trial was only at George Washington University.

Where did you get nutrition information?

Growing up, my mom and family had good conversations about food, which helped shape my understanding of nutrition.

Did you ever underfuel?

Yes, I often tried to eat as little as possible, driven by a desire to lose weight and be skinnier. I was concerned about body image and appearance, thinking that being lighter would make gymnastics easier. Coaches made comments about my body from a young age, which influenced my approach to fueling. I didn’t always optimize my nutrition, focusing more on being skinnier rather than properly fueling my body. For example, I would restrict my intake before Sunday night practices and only eat a protein bar. On Saturdays, I’d indulge in pizza and alcohol but then compensate by restricting my food intake the next day. Looking back, I realize that I was motivated by negative reinforcement rather than proper nutrition.

How much of your day were you thinking about food?

Food occupied my thoughts constantly. I’d go through cycles of eating “well” and restricting carbs, but still wasn’t happy with how I looked. This often led me to abandon my diet, get frustrated, and overeat—sometimes even “healthy” foods like hummus, carrots, popcorn, rice cakes, and nuts. I used MyFitnessPal for a summer to track calories, but I didn’t lose weight and was even more frustrated.

How did you prepare nutrition for traveling for competitions?

For competitions, my team relied on places like Panera for food and packed snacks for the road. Good restaurants like Olive Garden were also part of the plan. Coaches had specific rules about what to eat—no fettuccine Alfredo, only one breadstick, and no soda.

What did you eat before a competition?

I usually had hotel oatmeal before competitions. There were times I was so nervous that I couldn’t eat before a competition.

Did you eat junk food such as chips or cookies?

I didn’t eat junk food like chips or cookies. I tried to stick to what I thought would be more beneficial for my performance.

Did you have your body composition measured?

Yes, I had my body composition measured using a Bod Pod at University of Washington. I disliked weighing myself and felt uncomfortable when someone shared their body fat results in the locker room. My friends didn’t care about my body size as much as I did.

What advice do you have for younger gymnasts?

Focus on feeling good and performing well rather than just being skinny. Accept your body as it is and don’t let food fears dictate your diet. Choose foods that nourish and energize you rather than restricting yourself based on weight. It’s important to address what’s causing body image issues and shift focus to performance and well-being.

You don’t want to look back and wonder if you could have been more successful, or even just happier, if you had made choices to feel good day in and day out. You want to look back and know you gave it your all, and you gave yourself the opportunity to be your best.

Optimizing Performance: Nutrition Strategies for a Soccer Game

September 23, 2024July 31, 2024 by Britt

Optimizing Performance: Nutrition Strategies for a Soccer Game

Soccer is an endurance sport that requires a steady supply of nutrients. Optimizing energy levels and performance involves special attention to fueling strategies before, during and after training and competing. In order to keep up with high energy and fluid requirements, special attention needs to focus on practices, games and tournaments. Stay ahead of your fueling by following these guidelines.

Pre-Game Nutrition (1-4 hours before the game):

Hydration: Start hydrating well in advance. Aim to drink water consistently throughout the day leading up to the game. Avoid excessive sugary drinks and caffeinated beverages.

3-4 hours before kick-off:

Meal: Consume a meal rich in carbohydrates about 3-4 hours before the game. This could include pasta, rice, bread, or potatoes. Carbohydrates are crucial for providing the energy needed during prolonged physical activity. Include a moderate amount of lean protein (e.g., chicken, fish, tofu, or peanut butter) in your pre-game meal to support muscle repair and maintenance. Keep fats moderate in your pre-game meal to avoid stomach discomfort. Opt for healthy fats like those found in nuts, seeds, or avocado.

1-2 hours before kick-off:

Snack (Optional): If your pre-game meal is more than 4 hours before the game, consider a small snack. A banana, pretzels, peanut butter on crackers, yogurt, or a granola bar can provide a quick energy boost.

Avoid Heavy or New Foods: Stick to foods you are familiar with and avoid heavy, greasy, or spicy meals that may cause digestive issues.

Photo credit Claudia Heitler

Hydration During the Game:

Water: Drink water regularly throughout the game. Small, frequent sips are better than drinking large amounts at once.

Electrolytes: If the game is intense or in hot weather, consider a sports drink that provides electrolytes to help maintain hydration and replace minerals lost through sweat.

Half-Time Nutrition:

Quick Carbs: Consume easily digestible carbohydrates during half-time to replenish glycogen stores and maintain energy levels. Some examples include:

Small banana
Apple slices
Orange slices
Apple squeeze packets
Dried fruit such as mango or raisins
Energy bar – Clif Zbar
Pretzels
Sports drink or coconut water

Foods to avoid at half time: protein bars, fatty foods (chips) or high-fiber foods can cause gastrointestinal issues because they take longer to leave the gut.

Post-Game Recovery:

Hydration: Continue to drink water to replace fluids lost during the game. Replace fluids by sipping water or sports drinks with your post-game meal.

Food: Within an hour of finishing the game, consume a meal or snack that combines carbohydrates and protein to support muscle recovery and glycogen replenishment. Examples include a turkey sandwich, yogurt with fruit, or a protein shake with fruit.

Travel tips:

Frequent travel can make it difficult to keep up with your fueling plan. Pay special attention to timing of meals and snacks to ensure plenty of time for digestion.

Eat meals 3-4 hours before kick off
Use insulated coolers to keep beverages cold
Pack extra snacks

○ Peanut butter and jelly sandwich

○ Trail mix with dried fruit

○ Rice cakes or pita chips and hummus

○ Fresh or dried fruit

○ Granola bar

○ Clif bar

○ Dry cereal

○ Pretzels

○ Peanut butter pretzels

○ Saltines

INJURY PREVENTION FOR MARATHON RUNNERS

July 21, 2024July 12, 2024 by Britt

Injury prevention for marathon runners

Brendan Martin discusses important tips to prevent injuries at the start of marathon training.

Fuel up: Power-Packed Meal Ideas for Athletes

July 1, 2024June 30, 2024 by amystephens

Fuel up: Power-Packed Meal Ideas for Athletes

My favorite meals for athletes! Refuel your energy with this list of delicious meals.

Sample meal ideas

Breakfast

Whole grain or sourdough toast topped with:

Cottage or ricotta cheese and sliced tomato

Mashed avocado, olive oil, salt, crushed pepper

Mashed avocado, strawberries, coconut flakes, maple syrup

Nut butter and fruit (banana and peanut butter)

Whole grain waffles with syrup and sliced fruit

Granola with milk and fruit

Greek yogurt and fruit, topped with granola

Smoothie made with ice, milk, spinach, banana, fruit, and chia seeds

Breakfast burrito – sauteed veggies, scrambled eggs, cheese

Oatmeal topped with nut butter and fruit

Overnight oats topped with fruit and cinnamon

Lunch

Quesadilla with red peppers, rice, beans and cheese

Sandwich on sliced bread, pita or wrap with protein such as hummus, sliced turkey or chicken with lettuce/tomato and fruit

Rice bowl with chicken and vegetables

Pasta salad with tomato, basil and mozzarella

Baked potato, grilled chicken, steamed broccoli

Salad with protein (chicken/tofu) and starch (beans, quinoa or sweet potato), avocado and dressing

Pasta salad with vegetables and grilled chicken

Vegetable or chicken burrito with rice, beans, and spinach

Quinoa salad with vegetables, slivered almonds and beans

Sushi rolls and a salad

Homemade pizza on pita or toast with sauce and mozzarella cheese

Three bean salad made with string beans, white beans and garbanzo beans

Grilled vegetable sandwich with pesto and mozzarella

Dinner

Burrito made with rice, beans, sauteed spinach, guacamole, and salsa

Pasta with mixed vegetables and turkey meatballs

Grilled chicken or salmon with quinoa and roasted vegetables

Teriyaki rice bowl with sauteed veggies and chicken, tofu or salmon

Soups – split pea, minestrone, lentil, chicken noodle

Stuffed potato with broccoli, cheese and plain yogurt

Vegetable or chicken curry over rice

Grilled fish with baked potatoes and steamed broccoli and asparagus

Homemade vegetable pizza (made with pita)

Homemade burger (turkey, lean beef, chicken) on a whole grain roll, and served with a salad

Baked tofu, soba noodles and vegetables

Chicken or shrimp kabobs with vegetables over rice

Snack ideas

Cheese and crackers

Greek yogurt with fruit

Toast with peanut butter

Vegetables and hummus

Avocado toast

Fruit smoothie

Raisin toast with ricotta

Cottage cheese with blueberries

Sliced turkey and fruit

Small handful nuts and a piece of fruit

Homemade energy bites

Dessert

Yogurt parfait, fruit, honey

Chocolate chia pudding

Dark chocolate

Yogurt with chocolate chips

Mixed berries (strawberries, blueberries, rasperries)

When Should You Use Electrolytes?

June 16, 2024June 11, 2024 by Britt

When Should You Use Electrolytes?

Athletes often lose a significant amount of sweat when working out, especially in the summer months. Because sweat contains electrolytes, it’s essential to replace them to maintain proper hydration and muscle function. This ensures you perform at your best and recover eectively.

What Are Electrolytes?

Electrolytes are essential minerals responsible for regulating bodily fluids, enabling muscle contractions, and assisting nerve function. They attract water and distribute it to areas in the body where it is required most. Furthermore, electrolytes play a crucial role in transmitting electrical signals that govern muscle movements, ensuring coordinated actions and proper heart function. Key electrolytes include:

Sodium
Potassium
Chloride
Magnesium
Calcium

How Are Electrolytes Lost?

Sweat consists of water and electrolytes, including sodium, potassium, magnesium, and calcium. When you exercise, get hot, or feel stressed, your body sweats to cool down, losing electrolytes in the process. Sodium and chloride are lost the most, which is why sweat tastes salty, but smaller amounts of potassium, magnesium, and calcium are also lost.

How Do I Know When To Replace Electrolytes?

The amount of electrolytes you lose depends on factors like exercise intensity and duration, the weather, and your individual sweat rate. Here are some signs that you might need to replace electrolytes:

● You’re a salty or heavy sweater

● You experience frequent cramping during and after exercise

● You have a low-salt diet

How Much Electrolytes Do I Really Need?

The amount of sodium loss from sweat varies from person to person. For exercises lasting more than an hour, it’s important to replace electrolytes. For shorter activities, replenishment isn’t usually necessary unless temperatures are very high and you’ve sweated excessively. A good starting point is to consume 300-500 mg of electrolytes for every hour of exercise.

On warm days, sip an electrolyte drink or consume a salty breakfast to prepare.

Gatorade makes a sweat patch that measures sweat loss to help you understand your electrolyte needs. You wear the patch while working out, and then after you’ve finished you can scan the patch within the Gatorade Gx app to find out what was lost and what needs to be replenished.

Can you over-do electrolytes?

Some signs and symptoms of too much electrolytes:

● Elevated heart rate

● Headache

● Breathing difficulties

● Nausea and vomiting

What Are the Best Ways to Get Electrolytes?

Here are some great options for replenishing electrolytes:

● Skratch Labs Hydration Sports Mix: Contains a substantial amount of electrolytes and 20 grams of carbohydrates for recovery.

● Gatorade Endurance Formula: Replenishes electrolytes and carbohydrate stores.

● Homemade: Add 1⁄4 teaspoon of salt to Gatorade for a fast and inexpensive way to replenish electrolytes.

● Nuun and LMNT: Reliable sources of electrolytes, but pair them with a carbohydrate-rich food or drink after a run as they contain only 2g of carbohydrates per serving.

● SaltStick Electrolyte pills & GU Electrolyte Capsules: Convenient option for replenishing sodium.

Typical Fueling Guideline for Endurance Races

● Sip water or an electrolyte beverage throughout the day.

● About an hour before the race, sip 10-20 oz of fluids.

● During an endurance event, consume 300 mg of electrolytes per hour and 4 – 7 oz fluid every 20 minutes. You might need more or less depending on the weather, exercise intensity, and body mass.

● After you’ve raced, replenish lost fluids by drinking 16-33 oz until your urine is pale yellow.

References

Armstrong LE. Rehydration during Endurance Exercise: Challenges, Research, Options, Methods. Nutrients. 2021;13(3):887. Published 2021 Mar 9. doi:10.3390/nu13030887

Sports and hydration for athletes: Q&A with a Dietitian. Johns Hopkins Medicine. October 30, 2023. Accessed June 5, 2024. https://www.hopkinsmedicine.org/health/wellness-and-prevention/nutrition-and-fitness/sports-and-hydration-fo r-athletes.

Orrù S, Imperlini E, Nigro E, et al. Role of Functional Beverages on Sport Performance and Recovery. Nutrients. 2018;10(10):1470. Published 2018 Oct 10. doi:10.3390/nu10101470

SEO J. The science of hydration: How electrolyte drinks enhance athletic performance and endurance. eLoad Sport Nutrition. February 21, 2024. Accessed June 5, 2024. https://eloadsportnutrition.com/the-science-of-hydration-how-electrolyte-drinks-enhance-athletic-performance -and-endurance/.

Shirres SM, Sawka MN. Fluid and electrolyte needs for training, competition, and recovery. J Sports Sci. 2011;29 Suppl 1:S39-S46. doi:10.1080/02640414.2011.614269

BEST SUPPLEMENTS FOR RUNNERS

June 11, 2024May 17, 2024 by Britt

Best supplements for runners

About the authors: Amy Stephens, RD CSSD is a sports dietitian that works with NYU XC team and Empire Elite professional running team.

Liam Dee is a local elite distance runner and running coach with NY Run Academy. Liam is based in Brooklyn, New York.

The Importance of Supplements

The use of supplements within the world of sports and fitness is relatively widespread, being a means of addressing the various metabolic and dietary requirements of individual athletes.

Supplementation of nutrients is not seen as a replacement or alternative to a complete and balanced diet. Further, the degree to which a supplement is effective is varying given the range of products available in today’s market. However, if an athlete is following a well-rounded diet, comprehensive studies have shown some supplements to stimulate modest improvements in sports performance, muscle strength and injury prevention.

It’s important to note that not all products marketed as supplements are safe and effective; some can be ineffective at best and harmful at worst. Athletes are tempted to use any product that can give them an edge, so it is incredibly important to consult a professional and conduct appropriate research.

We’ve included the supplements that are most commonly used by the NY Run Academy staff. With the exception of creatine, the staff regularly uses the supplements listed below.

Food first

Supplements are intended to supplement a healthy diet, not take the place of nutrients from food. Obtaining nutrients from food can offer other health benefits such as fiber, micronutrients and other phytochemicals, and helps regulate satiety. Supplements, unlike food, are absorbed directly into the bloodstream and bypass the gut. The gut is our natural defense that helps to excrete toxins. If this step is missed, concentrated amounts of the supplement are delivered directly to the bloodstream and broken down by the liver. The liver has a significant role breaking down other foods and medications and supplements can interfere with these other important processes.

Supplement safety

Unlike prescription medications, supplements are not regulated by a governing body. Third party testing ensures supplements contain what is listed on the label and do not contain harmful ingredients. However, they do NOT test the efficacy of the supplement. Look for these seals that indicate third party testing – NSF or USP.

This is especially important for athletes that are drug tested, such as collegiate, professional and Olympic-level athletes. A positive drug test can disqualify an athlete from competition and result in a suspension or ban in the sport. See below for more information on banned substances.

NCAA banned substance list

WADA anti-doping list

Strength supplements

Creatine is one of the most researched and effective dietary supplements to improve muscle strength (Antonio et al., 2021). Creatine works by increasing intramuscular creatine which is a necessary step for energy production. Supplementing creatine increases muscle contraction and exercise training capacity for repeated high-intensity exercise (e.g. team sports) as well as resistance or interval training. This leads to greater gains in lean mass and muscular strength (Burke et al., 2023). It has also shown positive effects on bone mineral strength compared to placebo.

Dosage: The most common form is creatine monohydrate.

Loading phase: 20 g (divided into four even doses) x 5-7 days Maintenance phase: 3-5 g /day for the supplementation period

*According to the American Pediatric Association (APA), creatine is not recommended for athletes <18 years old.

Food sources: milk, steak, tuna, salmon, cod, herring (best source of creatine).

Protein powders are a convenient way to obtain protein when food is not available. Protein is composed of amino acids that are important for the growth of muscle, ligaments, tendons and support for the immune system. Our bodies require 20 different amino acids, of which nine are essential and we need to obtain them from food.

Animal-based protein powders that are made from whey, casein, and egg whites contain all the essential and non-essential amino acids.

Plant-based proteins such as soy, hemp, rice, and pea are complete proteins and contain essential and non-essential amino acids. Other complete sources of plant proteins are edamame, tempeh, quinoa, or buckwheat.

Dosage for protein powders: Studies show that 20-40 grams of high quality protein every three-to-four hours will promote muscle growth (Morton, et al, 2020).

Collagen powder is a type of protein derived from bovine (cows and pigs) that contains all nine essential amino acids. Collagen supplementation, along with adequate Vitamin C, has shown to strengthen ligaments and tendons.

Food sources: bone broth, sardines, and organ meats.

Dosage: 15 grams of collagen supplement one hour before workout (Shaw, et al, 2017).

Performance Supplements

Iron is an important nutrient for endurance athletes because it carries oxygen to produce energy. Low levels of iron mean that fewer red blood cells are available to carry oxygen. Oxygen is essential to power muscles and to remove metabolic waste so the body can function at peak performance. Many studies have reported the prevalence of iron deficiency in endurance athletes to be as high as 50% in females and 30% in males (Koehler, 2012). During a training block, iron can drop 25-40%. Populations are at risk for low iron menstruating females, endurance athletes, altitude training at altitude, those who under fuel or have a low calorie intake (RED-S), and those following vegan or vegetarian diet, as well as anyone with a history of low iron stores.

Symptoms of iron deficiency include lightheadedness, fatigue, irritability, and difficulty finishing a workout.

Food sources: beef, chicken, fish, lentils, beans, and tofu.

Dosage: RDA for men and postmenopausal women is 8 mg/day. For all other women the recommendation is 18 mg/day. Speak with your healthcare provider about iron supplementation.

Vitamin B12 is an important nutrient for healthy nerve functioning, metabolism, and prevention of a type of anemia in red blood cells (pernicious anemia). Vegans and vegetarians are at the highest risk for low B12. Signs of deficiency include extreme tiredness, fatigue, weak muscles and low energy stores.

Dosage: RDA 2.4 mcg

Food sources: salmon, cod, milk, cheese, meat, eggs, fortified breakfast cereals and nutritional yeast (vegan diet).

Dietary nitrate improves oxygen uptake during prolonged exercise. The ingestion of dietary nitrates leads to a higher concentration of nitric oxide (NO) in the body. Once in the bloodstream, nitrates help to deliver oxygen faster, delay fatigue and improve performance. Beet juice contains a high amount of nitrates and works by increasing oxygen delivery to muscles.

Dosage: At least 400 mg nitrate for at least five days. This can be accomplished by using the supplement Beet It. Drink one bottle of Beet It daily leading up to a race, then two bottles on race day. If you take it sporadically or less than five consecutive days, beet juice won’t be as effective.

Food sources: spinach, beets (fresh, roasted or added to a smoothie), celery, lettuce, and watermelon.

Sodium Bicarbonate is typically used by sprinters and mid-distance athletes. Sodium bicarbonate acts as a buffer for lactic acid build-up from anaerobic bursts of exercise. During intense exercise, lactic acid is a byproduct of energy production. As lactic acid increases in the muscles, muscle fatigue and soreness tell our bodies to slow down. Sodium bicarbonate acts as a base and prevents a buildup of H+ (acidic), thus, raising the pH during high-intensity exercise. The most common side effects from supplementation are GI symptoms (i.e. nausea, vomiting, stomach cramping). If you’re able to tolerate it, sodium bicarbonate (baking soda) can be effective for shorter, high-intensity exercises lasting 1-10 minutes. Maurten brand has a product that seems to be better tolerated. Research is being conducted on efficacy for longer distances such as half and full marathon distances.

Dosage (three options):

Single acute sodium bicarbonate dose of 0.2–0.4 g/kg BM, consumed 60–150 min prior to exercise (Maurten product)
Split doses (ie, several smaller doses giving the same total intake) taken over a time period of 30–180 min
Serial loading with 3–4 smaller doses per day for 2–4 consecutive days prior to an event (Maughan, 2018)

Caffeine has been shown to boost sports performance by reducing perceived exertion (delay fatigue), increasing endorphin release, and mobilizing fat for energy and sparing glycogen. The ingestion of caffeine blocks adenosine reuptake and promotes calcium release from sarcoplasmic reticulum which can help with muscle contractions. Caffeine ingested before and during an endurance event improves overall endurance capacity. Too much caffeine can cause GI issues, jitteriness, shakiness and nervousness, all of which are harmful to sports performance.

Dosage: One hour before a workout or race, 3-6 mg/kg caffeine to improve performance. Most individuals can drink a tall Starbucks or two shots of espresso (100-300 mg caffeine). Performance benefits were not shown with caffeine doses 7 mg/kg or greater.

Notes: Due to variability in caffeine content in brewing, consider standardized caffeine supplements like RunGum that have 50 mg caffeine per piece. Caffeine is most effective if all caffeine is stopped a couple days prior to “washout” caffeine from the body.

Beta-alanine acts as a buffer during intense exercise. Beta-alanine fights muscle fatigue by increasing carnosine concentration in the muscle, which is needed for rapid muscle contractions. The most common side effect is tingling in lips and fingers, but not as common with sustained release (SR) dosing.

Dosage: 3-6 grams per day x 4-8 wks

Klean athlete brand SR

Supplements for Bone health

Vitamin D is an essential fat-soluble vitamin crucial for bone health and immune function because it regulates calcium absorption. When Vitamin D levels are low, the body does not absorb as much calcium. It’s common for athletes to have lower Vitamin D levels in the winter when there isn’t as much sun.

Dosage: RDA recommends adults >19 years 600 IU per day and adults >70 years 800 IU.

Food sources include: dairy (yogurt, cheese, milk), orange juice fortified with vitamin D, salmon and mushrooms. Sunlight activates natural vitamin D in our skin and accounts for most of the Vitamin D in our bodies.

Calcium, along with consuming a diet with adequate calories, carbohydrates, and eating an adequate amount of calcium is critical to bone development. Calcium plays a crucial role in hardening and strengthening bones. Requirements are higher for athletes to replace calcium lost in sweat.

Dosage: The RDA for ages 9-19 is 1,300 mg, 19-50 is 1,000 mg /day and 1,200 mg for individuals 50 years and older. Some data has shown that athletes consume 1,500 mg a day. A combination of supplement and food can achieve calcium targets.

Food sources: milk, yogurt, cheese, fortified orange juice, and tofu.

Magnesium is a nutrient that improves sleep and helps build strong bones. Magnesium functions as an electrolyte to maintain blood pressure. In addition, magnesium helps regulate blood sugar control and acts as a cofactor that helps many enzymatic reactions take place.

Dosage: RDA 320-420 mg/day

Food sources: Whole grains, spinach, nuts (almonds, cashews, peanuts), quinoa, avocado, dairy.

Several other supplements are important to consider, namely, a multivitamin, Vitamin C, and omega-3 fatty acids. These become particularly relevant when meeting nutritional needs solely through food proves challenging.

References

Antonio, J., D.G. Candow, S.C. Forbes, B. Gualano, A.R. Jagim, R.B. Kreider, E.S. Rawson, A.E. Smith-Ryan, T.A. VanDusseldorp, D.S. Willoughby, and T.N. Ziegenfuss (2021). Common questions and misconceptions about creatine supplementation: What does the scientific evidence really show? J. Int. Soc. Sports Nutr. 18:1–17.

Burke, R., A. Piñero, M. Coleman, A. Mohan, M. Sapuppo, F. Augustin, A.A. Aragon, D.G. Candow, S.C. Forbes, P. Swinton, and B.J. Schoenfeld (2023). The effects of creatine supplementation combined with resistance training on regional measures of muscle hypertrophy: A systematic review with meta-analysis. Nutrients 15:2116.

Jones AM, Thompson C, Wylie LJ, Vanhatalo A. Dietary Nitrate and Physical Performance. Annu Rev Nutr. 2018 Aug 21;38:303-328. doi: 10.1146/annurev-nutr-082117-051622. PMID: 30130468.

Kaviani, M., K. Shaw, and P. Chilibeck (2020). Benefits of creatine supplementation for vegetarians compared to omnivorous athletes: A systematic review. Int. J. Environ. Res. Public Health 17:3041.

Koehler K, Braun H, Achtzehn S, Hildebrand U, Predel H-G, Mester J, Schänzer W (2012) Iron status in elite young athletes: gender- dependent influences of diet and exercise. Eur J Appl Physiol 112(2):513–523.

Maughan, R. J., Burke, L. M., Dvorak, J., Larson-Meyer, D. E., Peeling, P., et al. (2018). IOC Consensus Statement: Dietary Supplements and the High-Performance Athlete, International Journal of Sport Nutrition and Exercise Metabolism, 28(2), 104-125.

Morton RW, Murphy KT, McKellar SR, Schoenfeld BJ, Henselmans M, Helms E, Aragon AA, Devries MC, Banfield L, Krieger JW, Phillips SM. A systematic review, meta-analysis and meta-regression of the effect of protein supplementation on resistance training-induced gains in muscle mass and strength in healthy adults. Br J Sports Med. 2018 Mar;52(6):376-384. doi: 10.1136/bjsports-2017-097608. Epub 2017 Jul 11. Erratum in: Br J Sports Med. 2020 Oct;54(19):e7. PMID: 28698222; PMCID: PMC5867436.

Shaw G, Lee-Barthel A, Ross ML, Wang B, Baar K. Vitamin C-enriched gelatin supplementation before intermittent activity augments collagen synthesis. Am J Clin Nutr. 2017 Jan;105(1):136-143. doi: 10.3945/ajcn.116.138594. Epub 2016 Nov 16. PMID: 27852613; PMCID: PMC5183725.

Stellingwerff, T., Bovim, I. M., & Whitfield, J. (2019). Contemporary Nutrition Interventions to Optimize Performance in Middle-Distance Runners, International Journal of Sport Nutrition and Exercise Metabolism, 29(2), 106-116.

Wylie, L., Bailey, S., Kelly, J., Blackwell, J., Vanhatalo, A., Jones, A., Wylie, L. J., Bailey, S. J., Blackwell, J. R., & Jones, A. M. (2016). Influence of beetroot juice supplementation on intermittent exercise performance. European Journal of Applied Physiology, 116(2), 415–425.

Wyss, M., and R. Kaddurah-Daouk (2000). Creatine and creatinine metabolism. Physiol. Rev. 80:1107–1213.

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Amy Stephens