Stop Shoulding Yourself

Do you ever feel like you give yourself too much criteria to meet? Or maybe you go to bed every Sunday night with a big list in mind of everything you SHOULD accomplish the coming week. I call this “shoulding” and I want to take a few minutes to share how partnering up with Halo Top has helped me stop this habit and created a happier day-to-day lifestyle. If you don’t know yet, Halo Top is a creamy, delicious ice cream that’s low and calories, high in protein, and truly makes you feel good about yourself no matter how much have in one sitting. Just knowing I can have an entire pint of ice cream without any judgment from myself got me in the mood to live the rest of my life this way.

Reframing Those “Shoulds”

I started the year off telling myself I SHOULD get X-amount of strength sessions done per week and eat a specific diet if I want to run faster and get fitter. The “should” that’s given me the most pressure these last 5 months was the one I set for myself in terms of my business—expand into more avenues of my line of work as quickly as possible. This created the most anxiety of every goal because of the mere fact that things take time. I was only going to let myself down if I didn’t meet my extensive to-do list every day to get to where I want to be.

I’ve decided to reframe the mindset of all of these “shoulds” and live my days how I WANT. Having a mindset that I “can” or “want” instead of I “should” has taken a load of pressure off, which means I can live content every day whether I got a ton of work done or none at all! I’m tackling all 3 aspects of my life where I tend to put pressure on myself—my workout program, my diet, and my job, and making sure I take the pressure off and do as much as I can and WANT!

Self Care is the Best Care

The first step to stop the “shoulding” is not putting so much on my calendar to begin with! I’m going to make sure the most important tasks get done, or at least the ones with the deadlines, and be more realistic about the rest. One of these priorities will be to take breaks whenever I want, and not feel guilty about it. This is where Halo Top comes in the picture, because I can choose to snack on a pint at any time of the day and be A-OKAY with it!

Exercising is a form of self care for me so I know my runs will get done because it’s actually something I want to do. It’s the extra parts of my training program—the strength training and healthy eating, that don’t always go as planned and I tend to get upset at myself when I go off the track. But not anymore! Reminding myself that I can take a break from some days of training or eat my favorite not-so-good for you foods when I want and should not ever feel like I am sabotaging any of my goals. 

It is all a mindset. We put so much pressure on ourselves to do good every day, eat right, exercise enough, and work the entire 8 hours we set aside. When things don’t go right, and you end up spending 6 of your working hours in one day watching videos on the internet, don’t get down on yourself! There is always another day tomorrow and the next, so everything will get done. Make time for what you want, exercise when and how much you want, and eat that ice cream! Halo Top won’t let you down!

Feeling Sore Days After an Intense Workout? It's Probably DOMS. Here's How To Beat It

Soreness can be a sign of a good workout, but not all soreness is a good thing. When you first begin an exercise program or get back into it after a long break, experiencing a bit of muscle pain later that day or the next is normal. This specific pain should not be so uncomfortable that it limits being able to move around as usual and should subside within a day or so. If the soreness causes you to not be able to lift your arms or go downstairs without severe pain, and lasts longer than two days, your workout may have caused delayed onset muscle soreness (DOMS for short).

Causes and Symptoms

Typically, delayed onset muscle soreness begins within 8 to 12 hours after intense exercise and peaks to its worst symptoms at 24 to 48 hours. The pain from DOMS subsides by around 72 hours, but may last longer for some individuals. This pain is normally felt with active movement and stretching the muscles. Along with muscle pain, other symptoms that come along with DOMS are a temporary loss in muscle strength, decreased range of motion, and possibly swelling in the muscles involved in the exercise. The sore muscles may feel as if “bruised” when touched with light pressure. This combination of symptoms may even last up to 10 to 14 days in severe cases.

What exactly is the “intense exercise” that can causes DOMS? Studies show that the usual type of exercise that causes this condition is eccentric movements, which is when the muscles lengthen during the contraction (think: the movement on the way down from performing a bicep curl). Although this is the most common exercise to cause DOMS, many other forms of workouts can lead to this intense soreness, such as running downhill, high intensity sprinting or plyometrics, and heavy weight lifting. Most of the time, this condition arises after performing new exercises at too high of an intensity that the body is not used to.

What Exactly is DOMS?

In the past, it was believed that delayed onset muscle soreness was the result of the so-called lactic acid buildup in the muscles during exercise. This buildup occurs during any exercise, but returns to normal levels as soon as an hour after the completion of the workout. Therefore, DOMS is not related to the lactic acid accumulation in muscle that occurs during physical activity. Unaccustomed eccentric exercises cause damage beginning at the muscle’s cell membrane, which results in inflammation that expands out to the entire muscle and surrounding areas, creating metabolic waste. This waste product stimulates the nerves surrounding the muscles causing pain. Keep in mind this type of damage occurs with certain forms of exercise as explained above, not with all exercise as with the regular lactic acid buildup.

Treatment

Although the first line of defense used when feeling this kind if pain is to take an anti-inflammatory pill, it may not be the best option. This route may help ease symptoms in most cases, but is shown to have the unattractive side effects of stomach issues and can eventually lead to poor healing capabilities in the future. The best initial treatment options are rest and ice—which is a safe, natural anti-inflammatory agent. Another go-to pain reliever sought out by most athletes is massage. Gentle massage helps ease DOMS pain, swelling and tightness in most individuals, reducing the severity and duration of symptoms. Massage has been shown to help decrease the compound in our muscles that causes inflammation. Deep tissue massage that is typically used by athletes for tight muscles is not advised for this condition due to the intense pressure that may exacerbate the pain.

Another helpful treatment option is light exercise such as cycling, pool exercises, and gentle stretching. These approaches will help maintain good circulation and keep the muscles warm to be more prepared for the addition of intense exercise once the DOMS has subsided. Intense exercise, especially the type of workout that initially caused the pain, should be avoided, as one of the symptoms of DOMS is a temporary muscle weakness. This decrease in strength causes delayed shock absorption, which can lead to injuries such as a muscle strain or tear.

Prevention

Performing a proper warm-up before any exercise is the first thing that should be done to prevent delayed onset muscle soreness. A warm-up, as in its name, basically increases the temperature of muscle, which improves its elasticity, making it more resilient to tearing. The effects of a proper warm-up lead to improved muscle contractions and better performance during the workout. Research states that warming up for an eccentric-type workout with concentric moves is effective in helping prevent DOMS. A good warm-up for running consists of more dynamic moves such as walking lunges, legs swings, and military marches. Static stretches, where you hold a fixed position for several seconds is not recommended, as this will cause muscles to elongate and remain in a more relaxed state. Save these for after your run.

If you are beginning a running or exercise program for the first time or after a long break, it is advisable to gradually ease into the intensity and make sure to include that warm-up. It is important to note the difference between DOMS and other causes of muscle pain. If you are experiencing pain during a specific exercise, it is most likely due to improper form, a muscle strain, or other injury. DOMS symptoms occur between 8 and 12 hours after the completion of exercise. You are able to perform lower intensity exercises with DOMS without continued muscle damage, whereas with a muscle strain, further exercise will continue to impair the muscle.

DOMS is not necessarily a bad condition since it involves a natural effect of new exercise, but it should be avoided when possible as it prevents any higher intensity exercise to be performed for several days or weeks. If you want to go “all-out” during your track day with brand new sprint intervals that you have never done, and you develop DOMS, expect to not be able to get your long run done even if it is a couple of days after the track workout. A good rule of thumb when increasing intensity of your workout program is to increase sets, reps, resistance, or mileage by only 10% or less each week. This is the safest way to help prevent the unwanted limitations of DOMS.

Sources

Miles MP, Clarkson PM, Exercise-induced Muscle Pain, Soreness, and Cramps, Journal, May 6, 2020.

Connolly D, Sayers SP, McHugh MP,Treatment and Prevention of Delayed Onset Muscle Soreness, Journal, May 6, 2020.

Zainab Zainuddin, Mike Newton, Paul Sacco, Kazunori Nosaka, Effects of Massage on Delayed-Onset Muscle Soreness, Swelling, and Recovery of Muscle Function, Journal, May 6, 2020.

Sick While Tapering? Here’s Why & Ways To Prevent It

Training for a marathon requires several months of hard running, at least decent nutrition, and adequate sleep. The last two to three weeks are extremely important to the training cycle, as it is when the body prepares for race day by enhancing recovery while maintaining the fitness gained throughout the prior months. The goal of this taper period is to get the body to a more relaxed state and fueled for race day. To reach this goal, there should be a gradual drop in mileage and heavy weight lifting, and a focus on proper nutrition. Many runners use this time to lounge on the couch and go overboard on the carb-loading, but it should be more structured than that! A drastic change in routine during the taper is not such a good idea because the body has been used to tackling loads of miles and exercise and a diet to sustain that activity level. It may shock the body and possibly cause illness. The common occurrence of illness during the taper period may be due to other reasons as well.

Overtraining Syndrome

Studies have been done to assess the response of the body’s immune system to physical activity. There is not much evidence to conclude that properly trained and recreational athletes are more susceptible to illness than non-athletes. However, there seems to be an effect on immune function with prolonged intense physical activity. The strongest correlation is the susceptibility to illness and the over-trained athlete. Overtraining syndrome is when there is insufficient rest with a high volume of physical stress, and many times this is combined with other stressors such as emotional, nutritional, and environmental stress. If this pattern continues, after a certain time chronic fatigue will set in along with poor recovery.

Low Plasma Glutamine

Over-trained athletes often present with low levels of glutamine in the body. Glutamine is an amino acid that is responsible for the healthy functioning of lymphocytes, which are the white blood cells that keep our immune systems working properly. With low levels of glutamine, athletes who are undergoing intense physical stress, as in overtraining syndrome, are more susceptible to infections. Although the main focus to prevent a drop in lymphocyte function is to avoid developing overtraining syndrome, glutamine supplementation is an option to keep levels where they need to be.

Post-Exercise Immunosuppression

There is a drop in some aspects of immune system functioning following exercise, especially intense exercise, such as a long cycle or run. This window of opportunity for infections can last between 3 to 72 hours. Some studies have shown that over-trained athletes who have a combination of stressors may extend this window even longer than a three-day period. This may be a reason why illness arises during the taper period. Our hardest training is performed right before the taper begins and with a window of opportunity extending to three or more days, we are more susceptible to falling ill. This is where proper nutrition is key. It is beneficial to have a wholesome diet full of the essential vitamins and minerals the body needs to lower our risk of developing infections.

Tissue Damage

Intense exercise causes tissue trauma that triggers higher levels of cytokines in the blood due to chronic inflammation. Elevated cytokines will causes a suppression of certain lymphocytes that are responsible for immunity. This occurs mostly in over-trained athletes who do not recover properly. A protective response of the body is automatic behaviors that will lead the athlete to decrease training intensity. This is due to the communication of cytokines with the brain to induce mood changes and fatigue.

Taper Illness Recovery & Prevention

The first plan of action to prevent taper sickness is to avoid falling into overtraining syndrome. Throughout the several months of training it is vital to incorporate enough rest time. Not every body is the same. Some tolerate less recovery than others. It is important to keep in mind that without proper recovery, our bodies cannot perform at their best. As mentioned above, good nutrition should also be a top priority every day during training. A diet full of essential nutrients and vitamins is key to keep our bodies working properly, as well as maintaining a low risk of acquiring infections.

If you are reading this while you are already sick and in the midst of your race taper, then the best action to take is to get plenty of rest during this time and drink a good amount of fluids. Nutrition is extremely important during illness, as our bodies require more energy to assist in the healing process. Appetite may be low or nonexistent during sickness, but it is vital to make sure to eat enough calories and make sure it is all from high-quality foods! The taper will require continued training runs at a lower intensity and volume, but if your illness consists of fever, body aches, and chest symptoms, it is best to take a few days off from physical activity. If symptoms are from the neck and above, such as a runny or stuffy nose and headache, it is usually safe to head out for easy runs. Remember, the taper period is not meant to improve performance and taking a few days off will not lower your fitness levels. Forcing running during this time while you are sick may only prolong your illness and negatively affect your race day outcomes.

Sources

Elena Papacosta and Michael Gleeson, Effects of Intensified Training and Taper on Immune Function, Journal, Jan 31, 2020.

Balance Training: A Key to Injury-Free Running

Most runners are primarily focused on improving their endurance and speed during their training cycles. Strength and flexibility are usually a secondary focus, especially if the runner has had a history of an injury and has been educated on the importance of these components. Balance training, on the other hand, seems to be of less importance to runners. In general, balance declines as we get older—by up to 75% by the time we are 75 years old. This is why older people are prone to falls, which is currently the leading cause of injury and death in the geriatric population. Balance is fundamentally the skill of keeping the body aligned and upright by reacting to changes in our center of mass at all times. Taking this definition into consideration, it seems balance should also be a primary focus during training, since after all, running is basically a one-legged balancing act.

Balance is (Almost) Everything

Most people will think of running as an activity involving a push-off phase, forward propulsion, and a landing. These are all most definitely parts of the running cycle, but about 50% of running is an action of falling forward. Thankfully, we developed the ability at an early age to stabilize ourselves against falling while running. This natural reaction gets harder to control as we run longer and faster, since the muscles in charge of this action get fatigued. And if running straight with no disruptions gets harder to control when we are tired, then the task of maintaining our balance is that much more difficult when having to make a sharp turn, stepping over uneven surface, or having to make a sudden stop to avoid a collision with a person or object. Improving our body’s balance directly will not only improve running form and posture, but it will also decrease injury risk and pain.

How to Train Balance

Balance is controlled by proprioceptors in our muscles and joints, which are basically tiny sensory nerves that can anticipate changes in our body’s center of mass. When we step on a pebble that causes a loss of balance, the proprioceptors fire this sensation to our muscles, so that they can react as quickly as possible to stabilize our joints and avoid a fall. For the case of running, the main proprioceptors to focus on when working on balance training are the ones located in the feet, ankles, and hips. It is always best to start working from the ground up as the feet and ankles are the first to sense any position changes from running on uneven surface, for example.

Exercise (and Run) Barefoot

One theory of why Kenyans are one of the fastest and most efficient runners is because they grew up walking and running barefoot on uneven terrain, therefore constantly strengthening their proprioceptors and intrinsic foot muscles that control balance. This enables these runners to devote the majority of their energy to forward propulsion while running. Unlike the Kenyans, most of us have grown up running in some good-looking shoes with excellent support and cushioning. On top of that, we opt for road running when training for a marathon. This means we leave our proprioceptors pretty quiet during our entire run. The only time those nerve receptors are active is when there is a sudden change in our position that we are not prepared for.

Strengthen Balance Muscles

A part of every runner’s strengthening program should include core, hip, ankle, and foot exercises. Most of us occasionally incorporate upper leg strengthening, which is important, but often forget to directly strengthen the joints and muscles below. The foot and ankle joint are probably one of the most important body parts for runners, as they carry the entire weight of the body at all times. The feet absorb the initial impact of striking the ground, which makes them extremely vulnerable to injury.

Easy exercises to work the ankle stabilizers can be done with resistance bands, strengthening the four main movements of the joint. For the intrinsic muscles of the feet, towel curls are an effective strengthening exercise. Place a small towel on the floor and try to pick it up with your toes for 10 to 15 repetitions at a time.

Simple exercises for strengthening the hip stabilizers can also be done with resistance bands such as clamshells, bridges, standing legs lifts, and lateral squat walks. All of these moves can be done without the bands, along with bodyweight squats, step-ups, lunges, and heel raises. Isolating one leg at a time is also useful, especially if you have experienced a one-sided injury or low back pain in the past. Incorporating a handful of these moves before or after runs is the easiest way to make sure to get them in.

Uneven Surface Training

One of the most effective ways to challenge your balance muscles and proprioceptors further is to perform lower and upper body exercises standing on a wobble board, balance disc, foam mat, or other unstable surface. This will help work the ankle and hip stabilizers, intrinsic foot muscles, and the entire core all at once. As mentioned above, most runners training for marathons limit their runs to the road. Trail running is a beneficial way to strengthen the proprioceptors as you constantly challenge the joints and muscles with the varying terrain.

Keep in mind the reasoning for emphasizing balance training along with your regular marathon preparation. Good balance will help relax the body more while running, leading to better posture and less tension when fatigued. This means less energy wasted and more to use for the push-off phase and increasing speed. Keeping these specific muscle groups and proprioceptors strong will ultimately make you a better runner by allowing your legs to effortlessly move faster, while lowering your chances of injury and pain.

Sources

Scott Mullen, MD, Jon Cotton, MD, Megan Bechtold, DPT, and E. Bruce Toby, MD, Barefoot Running: The Effects of an 8-Week Barefoot Training Program, Journal, Nov 4, 2019.

Anna Brachman, Anna Kamieniarz, Justyna Michalska, Michał Pawłowski, Kajetan J. Słomka, and Grzegorz Juras, Balance Training Programs in Athletes – a Systematic Review, Journal, Nov 4, 2019.

The Role of Glutamine in Recovery

Whether you are an elite athlete or a recreational runner training for long distances, you are at risk for developing overtraining syndrome and other ailments. Marathon training requires us to engage in multiple strenuous training sessions several days out of the week. More advanced runners train somewhat intensely every day! Prolonged and intense exercise can increase the risk of muscle tissue damage, inflammation, cardiac dysfunction, decreased immune function, and overuse injuries. PHEW! That’s quite a list of negatives, but don’t be fooled—there is a way to avoid all of these!

When deciding what type of marathon training plan is right for you, it is important to know that all plans can be modified based on your needs. Some athletes require more rest and recovery days than others. There is a reason that these easy days are scattered throughout the training weeks in every plan. It is meant to decrease the risk of developing the negative side effects of too much running.

There are important vitamins and nutrients athletes specifically need in order to stay healthy. Although a good balanced diet, preferably higher in quality calories, may be enough to obtain all of these essential nutrients, sometimes supplementation is necessary. Getting in everything we need for a balanced diet is difficult to do day in and day out, especially if you have a busy schedule to begin with. Many athletes supplement their diets with extra protein, usually in the form of powder. The reason for this is that protein is crucially important for the health of muscles, bones, skin, cartilage, and blood in the body. When deciding which protein powder to use, it is best to choose one that includes the important amino acids, which are the building blocks of the protein we need in order to function.

Glutamine

One extremely essential amino acid that gets depleted with hard training is glutamine. The depletion is said to likely be from the demand for glutamine from different organs exceeding the supply in the body after exercise. The role of this essential amino acid in the body is to assist with protein synthesis to build stronger muscles, support the immune system, and for the enhancement of hydration in the body. After strenuous exercise, the depletion of glutamine can last up to six days, which can greatly affect the recovery process of muscle damage. The low state of this essential amino acid is also what causes athletes to be more susceptible to illness, such as colds and the flu, following hard training. Glutamine may also be depleted with other conditions such as trauma, burns, muscular dystrophy, and any other conditions causing stress in the body.

Muscle Repair

Muscle tissue damage is almost inevitable in athletes. The breakdown of muscle, causing tiny tears, is what builds strength. But this strength is only built during the recovery and healing process. This means that your muscles aren’t actually getting bigger and stronger while you are weight lifting—it all happens when you begin your rest period. Of course, nutrition will also play an important role in these strength gains. It is always a good idea to eat after a workout, especially after a strenuous run. A carbohydrate and protein-rich meal or snack is ideal, since this will help speed up the recovery process. As mentioned above, choosing a protein powder that includes the essential amino acids as part of a recovery shake is a good option to replenish the possibly lost glutamine. Glutamine alone also comes in the form of capsules, so this may be a quicker option for some athletes.

Immune Function

Glutamine is essential to immune function as it assists with lymphocyte proliferation and the production of cytokines. What does this mean? Well, lymphocyte proliferation is basically cell production and cytokines are molecules the immune system needs in order to communicate when there is infection, inflammation, or trauma. Without these processes, immunity is weak and cannot properly fight against bacteria. Studies have shown that the inclusion of glutamine following surgery, medical procedures, and trauma, especially in patients with a compromised immune system, resulted in lower levels of infection and shorter hospital stays. In the case of endurance athletes, studies have concluded that there have been less episodes of illness following strenuous training or races with the intake of a glutamine supplement.

Muscle Hydration

Glutamine assists in the absorption of water and other nutrients to keep our muscle tissues hydrated properly. Prolonged and intense exercise causes extreme stress and dehydration throughout the body. Glutamine supplementation has been shown to improve the hydration process by way of enhancing electrolyte and fluid absorption in the muscles. It may be beneficial to opt for electrolyte drinks that contain this nutrient and other branched-chain amino acids, usually labeled “BCAAs”.

If you are a runner looking to increase your training time and improve your performance, it is extremely important to pay attention to your diet. Many people have the thought that since they are exercising so much they can eat whatever they want and not worry about nutrition. Yes, the body will burn a load of calories with the hard workouts, but it will only impede strength gains and performance improvements if the body is not taking in the nutrients and vitamins it needs to repair and build. With all of the calories burned, essential nutrition gets depleted as well. This will only lead to fatigue, illness, and/or injury. The best way to get as many of these important nutrients from your diet is to make sure you are getting in enough quality carbs, protein, and fats from nutrient-rich foods such as veggies, fruits, and whole grains.

Sources

Vinicius Fernandes Cruzat, Maurício Krause and Philip Newsholme, Amino Acid Supplementation and Impact on Immune Function in the Context of Exercise, Journal, Oct 28, 2019

Rohde T, MacLean DA, Pedersen BK., Effect of Glutamine Supplementation on Changes in the Immune System Induced by Repeated Exercise., Journal, Oct 28, 2019

Boelens PG, Nijveldt RJ, Houdijk AP, Meijer S, van Leeuwen PA., Glutamine Alimentation in Catabolic State, Journal, Oct 28, 2019

Beta-alanine & Exercise Performance

Runners, like many other athletes, are constantly looking for safe ways to improve their running performance. Whether it be training in certain environmental conditions like in the heat or at altitude, or changing their fueling methods, there are many strategies one can use to get faster and last longer. The key to seriously improve performance is to understand where you are lacking in the first place. Is it too little muscular strength that is holding you back from running with good form? Or maybe you are actually pretty strong but endurance is what is weak. In many cases performance is hindered by poor nutrition, especially before and during exercise. For some runs it may be just fine to go out on an empty stomach but if you want to run hard and for a long period of time fueling the body efficiently is important.

Supplementation

It is common for athletes to supplement their diets with nutrients they may be missing out on in their regular meals. Runners supplement with electrolytes and other vitamins that are important for proper organ function and recovery from training. Protein powders are probably the most common supplement athletes consume, as it is essential for muscle repair and growth. The building blocks of protein, amino acids, are important in the diets of athletes since during hard exercise muscle fibers go through microscopic tears and require these essential amino acids for the repairing process. 

Beta-Alanine

One amino acid that is actually considered a non-essential amino acid, called beta-alanine, is a commonly used supplement in the sports world. The reason it is considered a non-essential amino acid is because it is not involved in protein synthesis, as are the others. Beta-alanine produces carnosine, a substance that is stored in the muscles and reduces lactic acid accumulation. This lactic acid buildup is produced in the muscles during exercise and is the reason why our bodies require recovery time in order to be ready for another session. If less lactic acid is building up in the first place than recovery time will be shortened. This is the main reason why beta-alanine is being used to improve performance.

*exercise image

During lactic acid accumulation, excess hydrogen ions are produced in the muscles, causing a drop in pH levels—meaning they are now in a more acidic state. This acidity blocks glucose breakdown, which is normally what fuels our muscles, causing less muscle contraction, and eventually fatigue. The carnosine produced by beta-alanine is what maintains a normal pH level in the muscles during this process, therefore lowering the risk of fatigue. This benefit of increased time to exhaustion helps runners and other endurance athletes last longer. 

How Does Beta-alanine Help Marathoners?

Studies have shown that these benefits are more evident in short bouts of high intensity exercise lasting between one and several minutes. This means speed session consisting of 400m to mile repeats can be greatly improved with the use of beta-alanine supplementation. Although marathon running is commonly looked at as a low to moderate intensity exercise, the fact that you have to run at a fast goal pace for several hours requires specific training at significantly high intensity. This is where those short bouts of intervals come into play for marathon runners. Strengthening those fast twitch muscle fibers through speed sessions that can benefit from beta-alanine supplementation will lead to maintaining that goal pace you desire on race day.

Diet, Supplementation & Dosage

Most people who regularly eat animal protein get a sufficient amount of beta-alanine. Beef, pork, chicken, and fish are the main food sources of this amino acid. Regular servings of these proteins will contain between 50 to 250mg of beta-alanine. Most research advises to have between 2 and 5 grams per day to reap the benefits of carnosine production. Over the course of 4 weeks, carnosine concentration can increase by up to 40-60%. Combining the supplementation with a meal has been shown to enhance the production further. After one month of supplementing with this amount, the dosage is then lowered to half. Beta-alanine does not have to be taken at a certain time in order to gain the benefit. Some athletes combine it with their pre or post-workout drinks, but it can be included with any meal.

Supplementing with beta-alanine has been shown to be safe and effective at improving endurance and decreasing muscle fatigue during exercise. One common side effect that may be experienced is paraesthesia, which is a tingling sensation usually noticed in the face, hands, and neck. This effect is usually mild, short-lived and occurs during the first few times of taking the supplement. Carnosine production decreases by 15-20% from youth to adulthood, which suggests that beta-alanine supplementation may be even more beneficial for older athletes. As with any other supplement, it is advised to talk with your medical doctor before including anything new in your diet. Although beta-alanine is safe and shown to be effective, studies have not concluded its effects on athletes with any specific medical condition.

Sources

Ducker KJ, Dawson B, Wallman KE, Effect of Beta-Alanine Supplementation On 800-M Running Performance, Journal, Sept 26 2019.

READY, SET, GO... Miami Marathon Training in Full Swing

Here goes another marathon training season! I am already looking forward to my next full marathon—Miami Marathon in February 2020. My 20-week cycle starts today and I am fully prepared for what these next five months will bring! I use a longer training cycle than most because I am a high mileage runner, so I like to have more time to get to 100+ mile weeks. I make sure to stick to no more than a 10% increase each week, with a few lower mileage weeks in the mix. So far, throughout the summer, I’ve kept my mileage around 65 on average, but have had a more unstructured program. I’ve basically kept most runs easy, with some hills sprints every week or so, and some tempo miles when I’ve had to use the treadmill. Now the fun part begins—STRUCTURE!

My Plan

The difference between the on and off-season for me is not only the fact that I run more in the on-season, but I also eat a little better, stay more on top of my supplements, switch up my strength training to more calisthenics and body-weight exercises, and recover a whole lot more! For the next couple of months, my running program will look a little like this:

Monday:          AM: Tempo + hill repeats

                         PM: upper body + core workout 

Tuesday:          AM: Easy/recovery run

                         PM: Easy run

Wednesday:    AM: Medium long run

                         PM: leg + core workout

Thursday:       AM: Easy/recovery run

                         PM: Easy run

Friday:             track workout + leg/core workout

Saturday:        long run

Sunday:           optional recovery run or other cross-training

I’ll increase my mileage for some of the easy runs and the long run of course. After a couple of months, my tempo and track days will get longer as well. 

Nutrition

No matter the time of the year, my diet looks pretty much the same. I eat relatively healthy overall, limiting “crap” food throughout the workweek and try to stick with one “cheat meal” on the weekends. I don’t stress about having a strict diet—I actually worry I am not eating enough sometimes! The biggest difference I make during marathon training is increasing my calories...if I were to count, this would probably be around 3000 calories per day. I focus on eating high-carb and protein, and moderate fats, making sure at least 85% of what I eat on a weekly basis is “quality” foods. Here is a sample of what I generally eat in a day:

Pre-run:    Either a clif bar or Maurten 160 or 320 drink (bagel with PB before long runs)

Post-run/breakfast:   Smoothie with protein, cherry juice, beta alanine, beetroot powder, banana, berries, and chia seeds OR oatmeal

Lunch:    Eggs & toast, sandwich with turkey or tuna, or oatmeal if I didn’t have it for breakfast

Snack/pre-workout:    granola bar

Post-workout:      protein shake

Dinner:     lean meat/fish/chicken with veggies and rice/potatoes/pasta (usually 2 servings)

Dessert:     Either cookie dough or Justin’s Peanut/Almond Butter Cups

Supplements

I am good about taking my regular vitamins throughout the year, but try to be more strict about this during training, along with some additions. My daily dose of vitamins year-round includes: vitamin C, zinc, magnesium, fish oil, calcium, and iron. During training season I add in glutamine post-workout and beta alanine twice a day, evenly spaced out. Glutamine is great for keeping the immune system healthy and recovering the body. Beta-Alanine is used to help reduce lactic acid accumulation, which means less muscle fatigue. I’ll add in a blog post soon about these supplements!

Recovery

This is my hardest part! Sleep should be a top priority if you want to run well, but it’s the biggest challenge I have. I am a light sleeper so just about any noise, movement, or light wakes me up. I also have a hard time falling asleep. I take melatonin when I remember, so that helps some, but my goal this cycle is to gradually start getting to bed earlier so I can have a little more sleeping time! I have been using the ResMed S+ sleep monitor and it has helped so much! I track my sleeping patterns, so I am able to pinpoint what is most likely causing my poor sleep. My other recovery tactics are little things I do throughout the day like rest with my legs elevated every couple of hours and use my Normatec Recovery boots one hour per day. This truly helps prevent swelling in my calves and feet and keeps my soreness to a minimum every day! They are pricey, but worth it! Here is a less expensive brand you can try.

 I am hoping for a smooth ride from here until February. I will be documenting as much as I can, which will not only help so many of my readers with their plans and motivation, but it keeps me accountable as well! I will keep everyone posted if I decide to add in a race or two this Fall as part of my training. I’m thinking about joining in on the Turkey Trot fun and race my first ever 5k and maybe squeeze in a half marathon in December. We’ll see! Stay tuned.

Vitamins: Do Athletes Really Need More?

Diet and exercise go hand in hand these days. Most people change their diets when they begin an exercise program, or at the least, they become more mindful of what they eat and drink. Whether you are exercising to lose weight, gain muscle, train for a marathon, or simply to maintain a healthy heart, diet will play a big role in the outcomes. Many active people include supplements in their diet to get more nutrients that may be missing in their regular diets or for the sake of enhancing their performance or recovery. The best approach to nutrition is to eat a well-balanced diet from every food group, making sure to include all vitamins and minerals your body needs. For the majority of people who live a busy lifestyle, this may not always be possible.

In any popluation many factors can affect what the body needs such as illness and disease, regular diet, activity level, genetics, and even the amount of time we spend indoors versus outdoors! People who lower their food intake to lose weight end up lacking necessary nutrients the body needs. On the other spectrum, high intensity athletes, especially marathoners, tend to lose nutrients and not replace them sufficiently due to their higher metabolic rates. Both of these categories require a certain amount of nutrients, including vitamins and minerals in order for the body to perform at any state and maintain proper organ function.

Since many vitamin and mineral supplement bottles are labeled with a notice that states they are not FDA approved, many people are opposed to taking them. It isn’t until they develop a symptom or certain results from routine blood work that they pay more attention to taking the essential missing nutrients. It would be helpful to get evaluated by your doctor and get routine blood work done before any negative symptoms or illness develop, since it is possible that a body can naturally not produce or absorb certain nutrients even when given a wholesome diet. If you are trying to lose weight and know that you are cutting out certain food groups, or are an athlete performing at higher intensity levels or for long durations, you may want to consider including proper supplementation to keep your body going.

Calcium and Vitamin D

Bone health is a popular topic throughout life. Most children are brought up learning to drink calcium-rich milk every day to make and keep bones strong. Besides being a bone-strengthener, calcium is also in charge of other vital roles in our bodies such as nerve conduction, muscle contraction, and aiding in blood clotting. Many food sources are rich in calcium besides milk, including almonds, kale, broccoli, yogurt, and most other dairy products. Sufficient amounts of Vitamin D should also be included as it is responsible for the calcium absorption, as well as other functions such as helping reduce inflammation in the body and for immune health. More recent studies have shown that insufficient Vitamin D intake may lead to more incidences of stress fractures and decreased performance levels. Foods high in Vitamin D include milk, mushrooms, eggs, and most seafood. The easiest way to increase vitamin D intake is to spend an extra ten minutes in the sunlight!

Iron and Vitamin C

The most important role iron plays in the body is to transport oxygen in the blood to the tissues, basically ensuring proper muscle function. This is a major factor for athletes who want to perform at their best. During recovery from strenuous exercise, such as long distance running, iron helps produce new cells and repair our damaged muscles. It is important for high intensity and endurance athletes to include the recommended amount of iron in their diets. Women in particular should be aware that their requirements are higher than for men. Iron deficiency can be caused by blood loss, poor absorption, or inadequate intake through diet. The antioxidant Vitamin C plays a role in the proper absorption of iron, as long as it is ingested at the same time. Vitamin C is also vital for the repair of damaged tissue and immune health.

B Vitamins

For active individuals who train at high intensities or for prolonged periods, it is essential to include the recommended amount of B-vitamins in order to be able to perform at their best. This important group of substances is in charge of the proper metabolism of macronutrients—carbohydrates, proteins, and fats. Some B-vitamins help our bodies rely on carbohydrates for energy, which may assist in delaying the glycogen depletion process. This is desirable for a marathon runner who wants sustained energy for as long as possible. These vitamins are abundant in many food sources, so it is not difficult to ensure adequate intake. Fortified cereals, vegetables, lentils, animal products, and nuts are all rich in most B-vitamins.

Magnesium

Many vitamins, minerals, and antioxidants aide in the metabolism of macronutrients, including magnesium, which is essential for muscle health. Its role in protein synthesis is especially important for the recovery process when muscle tissue is broken down during exercise. Magnesium also plays a role in oxygen uptake, therefore making it beneficial for high intensity and prolonged exercise, since there is a need for higher oxygen requirements. During activities that result in increased sweat loss, magnesium is known to be one of the electrolytes lost during the process, which will decline exercise performance if not replaced. Good high-magnesium food sources include seeds, legumes, bananas, avocados, and dark chocolate.

Upper Intake Level

Although dietary requirements of vitamins and minerals vary from one individual to another, it is important to note that there is a maximum. Many studies have shown there are benefits to including the proper amount of vitamins in an athlete’s diet, but going beyond the maximum level will not enhance performance further. There are harmful effects of ingesting too much of any nutrient, such as increased risk of toxicity, interference in absorption of other medications and nutrients, immunosuppression and oxidative damage. As mentioned earlier, it is best to include a balanced diet of all food groups in your daily diet with plenty of fruits, vegetables, and other fortified sources before opting for supplementation. If your diet is lacking in a particular food group, such as in a vegan or vegetarian diet, or a low calorie diet used for weight loss, and it is difficult to include a variety of vitamin-rich food sources, supplementation may be necessary. Many health conditions and diseases can alter the amount of nutrients and vitamins our bodies require, which is why it is always best to consult a medical professional before modifying your diet.

Sources

Melvin H. Williams, Dietary Supplements and Sports Performance: Introduction and Vitamins, Journal, Nov 03, 2017

John Eric W. Smith, Megan E. Holmes, Matthew J. McAllister, Nutritional Considerations for Performance in Young Athletes, Journal, Nov 03, 2017

Kathleen Woolf, Melinda M. Manore, B-vitamins and Exercise: Does Exercise Alter Requirements?, Journal, Nov 03, 2017

Forrest H. Nielsen and Henry C. Lukaski, Update on the Relationship Between Magnesium and Exercise, Journal, Nov 03, 2017

Physical Therapists: The Experts of Movement

Pain or injury can strike just about anyone at any stage in life. Whether you are a professional athlete, weekend warrior, or even a sedentary person, your body can suffer aches, strains, overuse, or accidental injuries with any move you make. The good thing is for most of the everyday aches and pain many go through, as well as muscular and joint-related injuries, a physical therapist can come to the rescue.

Not only can physical therapists help with hands-on techniques to relieve pain and improve joint and muscle mobility, but they are well-educated in exercise rehabilitation for the prevention of issues in the future. You can definitely learn helpful tips from these professionals on how to keep your body healthy and be stronger at your sport of choice. There are many physical therapists who specialize in orthopedic problems as well as sports-related injuries. This may come in handy for those who have experienced issues with injuries resulting from poor posture and mechanics, or specific weaknesses in certain muscle groups.

Manual Therapy

Soft tissue injuries usually require some form of hands-on therapy to relieve stiffness in joints, tightness in muscles, or scar tissue development from surgery or old injuries. Many people think that physical therapy is just about massage and stretching, but it is the conjunction of these techniques with exercises that relieve pain and dysfunction for the long term. If a therapist solely uses a joint mobilization technique to increase the range of motion of a shoulder, for example, the stiffness will just return if no exercises are used to strengthen the joint to remain in that loosened position.

The massage used in physical therapy is not your typical massage you get at the spa. Soft tissue mobilization is the proper term and is used specifically for loosening tight muscles and tendons, especially at their connections to the bones, as well as for flushing out toxins and inflammation to relieve pain and improve movement. It is not typical for a physical therapist to be spending more than 10 or 15 minutes “massaging” one area. This technique is frequently used as part of a warm-up for exercises and stretching.

Specialty Techniques

Active Release

You have probably heard of ART before, which is a common form of therapy used by physical therapists, chiropractors, and massage therapists. This form of massage is where deep pressure is applied to an area of tightness or pain while instructing the patient to actively move as if stretching the area. This technique, by no means, feels good as most massage does. The patient will usually feel an uncomfortable stretching sensation. ART helps to break up any adhesions and scar tissue that is causing limitations in mobility.

Graston Technique

This form of soft tissue mobilization uses an instrumental tool to produce microtrauma to an area that already has scar tissue and adhesions present. It may not make sense to cause further injury to an area, but it will actually restart the healing process by increasing blood flow and supply the nutrients needed to properly heal the area. Studies have shown that many common running-related injuries respond well to the Graston method such as Achilles tendonitis, runner’s knee, plantar fasciitis, shin splints, and hip flexor strains.

Dry Needling

Similar to acupuncture, this technique has more recently been used by physical therapists to address trigger points in the body. Trigger points are usually sensitive to the touch and may sometimes produce pain in other areas of the body. Dry needling does not use any form of medication along with the injection and can be performed superficially or deep in the affected tissue. The idea is that this needle injection helps release the tension in the trigger point to improve pain and relax the nerves that are transmitting the pain impulses to the muscles. Therapists can actually feel the extent of tightness in muscles, which is invisible to other diagnostic tools such as MRIs, CT scans, and X-rays.

Exercise

The treatment approach of exercise is the most important part of physical therapy as it is what will bring long-term results. Manual therapy and modalities, including hot and cold pack treatment, will usually only provide temporary pain relief and joint mobility. Without the exercise portion of physical therapy, your body will just return to its original state of joint limitation and muscle tension once you resume your regular activities. Physical therapists are the experts in exercise for flexibility and strengthening, as well as the safe transition back into your sport. Unlike personal trainers, physical therapists are highly trained in injury prevention and can guide patients with a healthy approach to returning to their activities. For these reasons, when choosing a trainer to help you get into shape, a physical therapist may be a better option over a certified personal trainer.

Sources:

1American Physical Therapy Association, The PhysicalTherapist’s Guide to Healthy Running, Website, Jul 08, 2018

James Dunning, Raymond Butts, Firas Mourad, Ian Young, Sean Flanagan, and Thomas Perreault, Dry Needling: A Literature Review with Implications for Clinical Practice Guidelines, Journal, Jul 08, 2018