Showing posts with label optimal. Show all posts
Showing posts with label optimal. Show all posts

Thursday, April 23, 2015

Nutrition for Recovery




Athletes invest time, effort and money in their sport. They buy cloths, shoes and gear that is necessary for them to excel. But, how much do they invest in their recovery plan?! Yes, recovery is also stretching, foam rolling and ice baths but what about nutrition for recovery?

The main purpose of nutrition for recovery is replenishing glycogen stores, repairing and rebuilding muscle as well as re-hydrating in order to get to the next practice like new (the 3 Rs).

Fueling for recovery does change based on the intensity and duration of your workout as well as when your next workout will occur. For example: Someone that has football practice in the morning for 1.5 hours and then a 1.5 hour lifting session in the afternoon will need to put a little more effort in fueling for recovery versus someone that ran for 60 minutes and will play tennis in 2 days. Athletes that rest 24 hours or more between sessions, do not have to put emphasis on nutrient timing when it comes to glycogen, withstanding they consume enough carbohydrates throughout the day.


Refuel (=replenish) - 
The main source of fuel utilized during exercise is carbohydrate. Carbohydrates are stored in the form of glycogen in the muscle and liver and these stores are drained the longer the activity is or the higher the intensity. Therefore, we need to replenish those glycogen stores, especially if there are multiple practices or tournaments in the same day. Refueling should start within 30-45 minutes after exercise. It is recommended to consume 1-1.5 gr/kg of carbohydrate every 2 hours up to 4-6 hours post activity (1 kg = 2.2 lbs. Example: 154 lbs=70 kg - Will need to consume 70-105 grams carbohydrates every 2 hours for up to 4-6 hours post exercise or until eating a meal).

Rebuild - 
Exercise causes damage to the working muscle. Protein is the main nutrient that helps repair the damage and rebuild the muscle (muscle protein synthesis). Protein should be consumed within 2 hours of activity to promote a greater muscle growth. Combining protein with carbohydrate post workout has shown to enhance recovery. Recommendations for protein are 6-20 grams within 2 hours of activity.

Rehydrate - 
During exercise we can lose quite a lot of fluids in the form of sweat. Sweat is not just contrived of water but also multiple electrolytes, mainly sodium, potassium and chloride. Therefore, to recover optimally we need to rehydrate with fluids and electrolytes. The best way to rehydrate properly is weighing yourself before and after practice. For each pound lost, drinking 16-24 oz is recommended. Hydrating throughout the day well, makes rehydrating for recovery much easier. Eating salty snacks and drinking a sports beverage could be a good way to help replenish some of the electrolytes lost.

Simple, right?! However, some people may have a hard time eating something post exercise. In that case, drinking could be an option. In fact, one of the best recovery drinks out there is chocolate milk. It has a combination of whey and casein (fast absorbed and slow absorbed high quality protein respectively), good amount of carbohydrates and its a liquid containing electrolytes. Win win!
Research also suggests the best ratio of carbohydrate to protein for recovery should be 2:1-4:1, chocolate milk is 3:1. 

Other recovery options can be:

# Yogurt with strawberries

# Milk and a banana

# Protein bar, water and a fruit

# Fruit smoothie

# Turkey and cheese sandwich with a sports beverage

# Cereal with milk and blueberries

It is also important to mention that part of a good recovery plan includes sleep.

Investing in recovery is as important as the time you invest in training so remember to refuel, rebuild and rehydrate to achieve optimal recovery.

Monday, April 20, 2015

How Much Protein Is Right For You?


Fitness types often recommend megadoses of protein, sometimes as high as three to four grams per pound of bodyweight. On the other hand, the medical establishment argues that most of us take in more protein than we need. The U.S. Department of Agriculture, meanwhile, has a recommended dietary allowance (RDA) of 0.36 grams of protein per pound of body weight. So if you weigh 160 pounds, your RDA for protein is 58 grams. Eat a 12-ounce sirloin steak, and bam, you’ve met your goal for the day.

The problem with both of these estimates is that neither really describes a realistic need. The meathead bodybuilder protein portion might work if you want to look like Lou Ferrigno (although no one needs anywhere as much as three to four grams per pound of bodyweight). For the rest of us, it’s a touch much. And the USDA’s recommendation? The organization describes that as “The average daily dietary nutrient intake level sufficient to meet the nutrient requirement of nearly all (97 to 98%) healthy individuals in a particular life stage.” Basically, it’s enough to make sure you won’t die.

What we really need is a standard that tells us how much protein we should eat based on our own individual goals and aspirations. I prefer to call this the optimal intake level. And while that number might not be so high as the figures quoted in the pages of those magazines I used to read, it’s certainly greater than the recommendation from the USDA.

Protein: Finding Your Optimal Level

Suppose you want to lose weight. That means you should probably follow some simple guidelines like eating less sugar. But research also indicates that eating more protein can help you towards this goal.

Scientists at the University of Illinois designed a weight-loss program in which one group ate the RDA for protein, while a matched group ate two times the RDA recommended amount. Both groups also exercised. The RDA group lost 12 pounds of fat in 16 weeks, while the higher-protein group lost nearly 20 pounds during the same time period. The RDA group also lost two pounds of muscle. This suggests that you need more protein during a weight-loss program, both to lose fat and to preserve your muscle.

“But wait,” protein naysayers will bark. “Won’t eating all of that protein jeopardize your cardiovascular system? It’s bound to clog your arteries.”

To put that concern to the test, researchers pooled together a group of subjects with high blood pressure and less-than-ideal cholesterol, and tested the impact of adding more protein to their diets. (The OmniHeart study) No one was allowed to gain or lose weight during the test, so any changes couldn’t be chalked up to the benefits of dropping a few pounds. Some subjects ate a diet with 18 percent of their total calories coming from protein, which is pretty close to the USDA’s recommended amount. A second group upped their protein intake to 28 percent.

What happened?

The higher-protein group showed better health across the board. People in that group had greater decreases in blood pressure, LDL (“bad”) cholesterol, and triglyceride levels. What’s more, their estimated 10-year risk of heart disease decreased compared to those on the lower protein track. Had these subjects been allowed to lose weight, the results may have been even more dramatic.

So what is optimal? If you go by science, about 30 percent of your calories should come from protein. At that level, you won’t have to worry about deficiencies, and you’ll know you’re getting enough of the nutrient to lose fat while also improving your heart health. Have some protein at each of your meals and snacks, and you’ll hit the target with ease.

Protein and Energy

Allow me to pause our protein discussion to talk about your blood sugar. When you eat a meal, your body breaks down carbohydrates into individual sugars and dumps them into your bloodstream. It doesn’t matter if those carbs come from broccoli or biscuits. Your body needs energy, and this is how it’s produced. The result is an increase in your blood-sugar levels.

Now, your body is very particular about blood sugar, just like Goldilocks was particular about her porridge – it wants your blood-sugar levels to be just right (70 to 99 milligrams per deciliter, for those of you interested in numbers).

When you eat a big meal, your blood sugar increases a lot. This makes your body freak out. Your pancreas responds by releasing the hormone insulin. Insulin’s job in this case is very simple: Get the excess sugar out of your blood. It does this by going “door to door” throughout your body, knocking on the entry points of muscle and fat cells to see if they’ll open and take in some sugar until blood levels return to just right.

If your body overreacts, your pancreas will release too much insulin. That insulin will knock on too many doors, pulling too much sugar out of your blood. Now you have a new problem: hypoglycemia (hypo = low; glycemia = sugar). You’ll start to feel tired, or hungry, or perhaps both. You get tired because your body’s most immediate energy source, the sugar in your blood, is suddenly depleted. You want to eat because low blood sugar is one of your body’s most powerful hunger signals. Your body will crave carb-rich foods to get your blood sugar back up again, even if you just ate.

Here’s how protein plays into the equation. Protein can help displace those carbs. The amino acids that form the building blocks of protein provoke a much-lower insulin response than the one triggered by a high-carb meal. So consuming more protein will have a less dramatic affect on your blood sugar.

Protein also triggers the release of a hormone called glucagon. Glucagon is the yin to insulin’s yang. While insulin takes sugar from your blood and pushes it into muscle and fat cells, glucagon gets your fat cells to release stored fat into your bloodstream, where it provides fuel for your muscles, brain, and everything else that uses energy. Meaning that of all the types of food you can eat, protein is the most efficient for your body: It controls insulin and helps incinerate fat.

A Better Burn
When we talk about about burning calories, we tend to focus on exercise. But our bodies are constantly using energy throughout the day and night. Even when we’re sleeping, we’re still breathing and pumping blood. Our brains are dreaming. We’re still digesting food and finding places to store it. And not all foods are digested equally.

The components of food—protein, carbohydrates, and fats —require different amounts of energy to digest and process, just as different types and intensities of exercise burn more or fewer calories. Scientists call this metabolic cost the thermic effect of food (TEF). Protein has a much higher TEF than carbs or fat. That is, simply eating more protein means your body is burning more calories during the process of digestion. In some cases, doubling your protein intake will bump up the number of calories you burn throughout the day. That’s one reason why protein, all by itself, helps you lose weight.

The Building Blocks of Muscle

During digestion, your body breaks down protein into individual amino acids. It uses them in many different ways, putting them together like a child combines Legos to build a castle. (Fortunately, your body does this in a more consistent way than your average elementary schooler.) These castles are your muscle tissue. To build them, you need an adequate supply of building blocks.

But imagine that the Legos did more than just stack on top of each other – they took part in your castle construction by telling you when to build your towers and walls. That’s what the amino acids in protein do. They aren’t just inert pieces of food waiting to be broken down. They actively signal your body to build muscle.

The most important amino acid in this process is leucine, which is found in just about every protein-containing food you’d ever eat. But in order for leucine to optimize and maximize your ability to turn protein into muscle there needs to be a certain amount present—a protein threshold, if you will. Scientists estimate that this threshold is about 30 grams of protein. You can build muscle with less than this amount or more, but this dosage is what research has found is ideal for optimal functioning.

Once built, muscle is metabolically active, meaning it burns more calories than fat even while you’re at rest. (It scorches through a lot more when you’re active.) And the more muscle you have, the more effective and efficient you become at every activity, which helps you burn more calories.

The All-Day Protein Diet

I recommend consuming lean protein throughout the day. Here are some quick and easy ways to work this essential nutrient into every meal.

*BREAKFAST: eggs, egg whites, lean breakfast meats, Greek yogurt, smoothies with protein powder.

*LUNCH OR DINNER: salmon, chicken breasts, extra-lean ground turkey, extra-lean ground beef, turkey or chicken sausage, lean beef (top round, shoulder roast, skirt steak), tuna, cod, tilapia, shrimp, tofu.

*SNACKS: Nuts and seeds, roasted edamame beans, protein bars (pick bars with at least 10 grams of protein and no more than 30 grams of carbs), protein shakes.

Sunday, April 12, 2015

Are You Taking Care Of Your Heart?



To decrease your cardiovascular risk it is crucial to keep your heart and blood vessels healthy and functioning optimally. There are many simple ways to keep your heart and blood vessels healthy and exercised. Exercise is essential for optimal heart health, so is a must for everyone! There are many foods that provide nutrients that play a vital role in heart health such as oily fish high in omega 3 essential fatty acids (EFA’s). Read on for easy and nutritious ways to keep your heart in top condition:

Exercise

We’ve all heard that it’s essential to exercise. Cardiovascular exercise increases our heart rate, blood flow and circulation, oxygen levels and more. Many of us spend hours at work or at home at a desk, then a sofa in the evening, so we’re often not moving enough! Exercise is the number one thing you can do to help your heart to be healthy. Exercise for ideally a minimum of 30-45 minutes per day, or at least 3 times a week. Walk rather than catching a bus; take the stairs rather than the lift; go for a brisk walk during your lunch break; take your child to the park and run around with them; go for a swim; do a yoga class. Bring exercise into your daily routine – your heart will love you for it!

Fish Oils

Oily fish such as salmon, sardines, mackerel and anchovies are a rich source of omega 3 EFA’s. Fish oils contain EPA and DHA, which are essential for hormonal regulation and most importantly in the reduction of inflammation. Inflammation is a component of all cardiovascular disease.Omega 3 oils play a role in the maintenance of healthy blood pressure and cholesterol levels. Try Lambert’s Pure Fish Oil.

Blood sugar levels

Raised blood sugar levels (BSL’s) and diabetes are another major health problem that is rapidly on the rise. Too much sugar in the blood may damage the blood vessels and ultimately the heart, as well as exhausting the pancreas, which can lead to diabetes. Avoid sugar and many processed foods. Increase your intake of vegetables, fruit and whole foods. Protein in every meal will help to balance the meal and your BSL’s. Educate yourself about the Glycaemic Index of foods and avoid high glycaemic foods as much as you can.

Magnesium

Is often referred to as ‘Nature’s Tranquiliser’, as it has a calming and regulating effect on nerves and muscles. It plays an essential role in the production of energy within ALL cells, as well as the functioning of ALL muscle. The heart is the most important muscle in the body, so it needs magnesium to function properly. Increase magnesium-rich foods such as greens leafy vegetables, nuts and seeds, eggs and molasses.


Co Enzyme Q10

Is an essential nutrient for the production of energy within ALL cells. The heart needs even more Co Enzyme Q10 to function properly. Those who are taking statin drugs to lower cholesterol will over time become likely become deficient in Co Enzyme Q10, as statins block the production of Co Enzyme Q10.

B Complex Vitamins

Vitamin B1 (Thiamine) contributes to the normal functioning of the heart. All of the B complex vitamins work closely together. They work with Co Enzyme Q 10 and magnesium to help power the nerve transmission and muscular contraction of the heart. Processed and refined foods are low in B vitamins, so avoid these and make sure and consume plentiful amounts of vegetables, eggs, fish, good quality meat, whole grains, nuts and seeds.

Garlic

Countless studies have shown the positive effects that the wonder herb Garlic has on the heart and cardiovascular system. It may help reduce cholesterol levels, blood pressure, atherosclerosis, circulation and heart health. Try out Garlic supplement.

Walnuts

Are a fabulous source of nutrients including good oils, protein and minerals so enjoy a small handful per day. Walnuts also contribute to the elasticity of blood vessels.

Fibre

A healthy bowel that moves a minimum of once a day, is vital for a healthy you and for your heart. Fibre increases the bulk of the stool, whilst binding excess cholesterol and toxins for excretion. It also helps to feed the healthy live bacteria in our intestines and colon, which are vital to optimum digestion and our immune system.

Stress

The more stressed we are the harder the heart has to work as blood pressure increases. Stress is a killer, so we must try to manage our stress so that it doesn’t take over. Talk to those you trust and work through your worries – communication is important. Practice mindfulness, learning to be in the moment. Practice deep breathing often. Start to meditate for even 10 minutes a day to centre and ground yourself.

Happiness & Gratitude

Studies have shown that those who are more optimistic and positive, and who feel gratitude on a regular basis are less likely to die from a heart attack or stroke. Happiness comes from within; no one can give it to you. Start to have gratitude as often as you can and watch it grow, the result is increased happiness, which will make your heart happy.