The Benefits of Implementing Creatine

Why is Creatine Important?

Michael Jeffrey, MS, CSCS

Supplementation and how to implement those supplements into a diet and training regimen are topics that I get asked about on a weekly basis. Specifically I am usually asked “Do I need supplements?” and “What supplements should I be taking?” These questions are usually asked because most people think that supplements are the only way to obtain your health, wellness, and athletic goals, which is far from the truth. Supplements are a good tool to help you reach your goals, but I will always tell you that real food should always be your main priority. For example, if you are having trouble meeting your daily protein intake, then a protein powder might be a useful supplement for you. There are just a lot of unregulated supplements, so you must do the research on everything that is going into your body.
With that being said the one supplement I will always suggest for athletes and the general fitness population is creatine. For increased performance during high intensity exercise and improved lean muscle mass creatine is hands down one of the best supplements you can take. It is not only a cheap (10-20$), but it is also a natural substance that is found in the beef, chicken, and fish that we eat. Even though creatine can be found in the meats we are eating, it is unlikely that you are getting enough creatine through your diet so supplementation is essential.

What is Creatine?

Creatine is a natural substance in our body that turns into creatine phosphate which helps to make ATP (energy source and fuel for our workouts).

How Does Creatine Work?

Once the creatine is in our body it will drive the muscle contractions to fuel the ATP which is what gives us our energy during exercise. Using creatine supplementation will increase our phosphocreatine stores helping our body to produce more ATP. With more ATP you will have more energy during those high intensity workouts.

The Benefits of Using Creatine

• Your muscles will recover faster and you will see increases in lean muscle mass and overall strength. This is attributed to the new proteins in your body and an increase in muscle building hormones.
• Your energy will be increased during those high intensity workouts due to a larger number of ATP.
• Your body will see less cellular damage and an overall reduction in inflammation to help reduce the duration of your muscle soreness.
• Your cardiovascular system will be more efficient during exercise, thus improving power, endurance, and performance.
• Some studies have shown improved brain function because creatine will help the brain utilize ATP for energy helping with memory and overall daily function.
• Creatine can help to stop brain cell death to help fight against Alzheimer’s disease and strokes.
• Supplementing creatine daily can stop the reduction of Dopamine in the brain to help protect against Parkionson’s disease.

How Should I Take Creatine?

As I stated earlier creatine is a substance that can be found in food, but it would be very difficult to get the sufficient amount of creatine you would need just from your diet. The daily recommended dose of creatine is about 5 grams per day which would be the equivalent of 3 pounds of chicken. This does not mean you need to cut back on your protein intake, but you should be taking 5 grams every single day to see the benefits.
If you do choose to take creatine you have to make sure that you are drinking 8 to 10 cups of water per day, or you may see some adverse side effects. Creatine will cause the muscles to draw water from the rest of your body so you want to stay hydrated to avoid dehydration and to help the body process the creatine. Your muscles will hold on to this water possibly causing weight gain which is completely normal when taking this supplement.

Do I Need to Load Creatine?

Over the years there have been mixed results when it comes to studies on a loading phase with creatine. Basically when you perform a loading phase with creatine you will take 20-25 grams per day for a week before maintaining with 5 grams per day. The idea behind this is to saturate the muscles with creatine so only a small dosage is needed after a week. This loading phase can be performed if you choose, but the research is still mixed if the loading phase is really necessary.

In Conclusion

After reading this blog hopefully many of you can see how beneficial this supplement really is. I can personally tell you that after using creatine I not only saw an improved performance in the gym, but increased strength levels as well. With all the expensive supplements that the fitness industry is trying to sell why not try something that is inexpensive and proven to work. I am not saying that this is the key to reaching all of your goals whether that be athletic performance or general fitness, but it is a great tool to add to the tool box.

With all of this being said creatine is a substance that should not be abused. It should be taken as prescribed above or you will see some adverse side effects.

Getting the Edge: Recovering & Optimizing Performance

Recovering and Optimizing Performance

Michael Jeffrey MS, CSCS, NASM, FMS, YBT

Recovery.…One of the most important yet forgotten words when it comes to enhancing your overall sports performance.  Throughout my career everyone is always asking me, “What can I do to improve my performance out on the field?” This question is so common because society is telling us more is better; lift more, run more, and jump more. This is engrained in our minds from a young age so people are doing as much as they can thinking that this is going to make them a better athlete on the field. But in reality all anyone is doing is overworking their body potentially leading to decreased performance and multiple overuse injuries. Being in this over-trained state can sometimes take months to recover from, and I have seen athletes lose out on their season because they are training way too much.

Less is More

Training with the proper intensity (% of one rep max) and volume (total amount of work done relating to sets and reps) is often overlooked because some athletes are lifting way more than they should. Without the proper guidance young athletes continue to train this way because they are never told that they are actually breaking down their bodies. It is our job as certified strength and conditioning coaches to know how the body responds to training so these youth athletes can see proper adaptation leading to increased performance on the field. It is a constant problem strength and conditioning coaches battle because many sports will over-prescribe volume when it comes to practice, speed and agility sessions, and extra training sessions leading to over-trained athletes.

How to Fix This Problem

With sports today I understand that overtraining can be a difficult problem to combat, but it is a serious problem that needs to be addressed. With the amount of practice, training volume, and sports specific training youth athletes need to be recovering properly. This is an issue that often gets ignored because several young athletes are willing to put in the work in the weight room, but when it comes to recovery it usually is a priority low on the list. The following key points are simple, yet effective methods to help your body recover and optimize your performance.

 

 

  • Sleep

With our busy lives I understand that it can be difficult to sleep enough, but it is essential for our muscles to recover. Our body best recovers while we are sleeping, but if you are not getting enough sleep you will not recover properly. The following benefits can be seen with getting 8 hours of sleep each night:

 

  • Improves learning and emotional well being
  • Maintain good hormone balance to help heal muscle tissue
  • Improved immune system to fight infection

 

  • Nutrition

 

To recover and see increases in muscle mass eating in a caloric surplus is essential. Not eating enough causes your body to break down which leads to you being over trained because you simply do not have enough fuel.  The following information can help your body recover when it comes to your nutrition.

 

Carbohydrate Intake: The intake of daily carbohydrates will be different for each individual and it is dependent on your current health and performance goals. Here are a few guidelines:

  • 2.5 grams per pound of body weight if training 1 hour per day
  • > 2.5 gramps per pound of body weight if training greater than 1 hour a day
  • 2 grams or less per pound of body weight for non-athletes
  • High carbohydrate meal 2 to 4 hours before exercise
  • Endurance athletes need 30 to 60 grams of carbohydrates every hour
  • High glycemic carbohydrates post workout while low glycemic carbohydrates should be consumed throughout the day

Protein Intake: The intake of protein will be different for everyone based on body size and training goals. Protein is essential for muscle recovery-here are some guidelines:

  • Sedentary adult: 0.4 grams per pound of bodyweight
  • Strength athlete: 0.5-0.8 grams per pound of bodyweight
  • Endurance athlete: 0.5-0.6 grams per pound of bodyweight

 

 

Fat Intake: Many people are scared of fat because they don’t realize the energy and health benefits that can be seen with fat intake

  • 0.2-0.5 grams of fat per pound of body weight

Water: Why is it important?

  • 60% of the adult human body is made up of water
  • Fluid loss of 2% will affect circulatory functions and could decrease performance
  • Improved metabolic functioning
  • Body temperature regulation improves
  • Supplies nutrients
  • Lubricates joints and removes wastes
  • Maintain electrolyte balance to help nervous and muscular system function
  • When dehydrated, the lactic acid build up will affect your body more
  • Glycogen storage needs water for recovery

How Much Water?

  • Minimum for men: 13 cups per day
  • Minimum for women: 9 cups per day
  • Drink up to 3 cups before physical activity
  • Drink 6 to 12 fluid ounces every 15 minutes during intense physical activity
  • Exercise over 60 minutes should be supplemented with a 8% carbohydrate drink
  • Ingest 16 to 24 ounces of water for every pound lost during intense exercise

Vitamins and Minerals: Help our body to function and perform optimally

  • B vitamins: assist in the breakdown of glucose and glycogen for energy
  • C vitamins: helps form tendons, ligaments, cartilage, bones, and teeth
  • E vitamins: acts as an anti-oxidant to prevent damage to tissues from free radicals
  • Calcium: helps muscles to contract and nerves to function while helping with blood clotting
  • Magnesium: blood clotting and bone health
  • Iron: helps form compounds that carry oxygen in the body
  • Zinc: immune system function and helps to maintain tissues
  • Chromium: enhances the action of insulin

 

 

  • Mobility

Mobility training is a form of training used to improve flexibility by actively stretching the muscle to help it return to its original resting length. This will not only help you feel better on a daily basis, but it will help your muscles to grow and improve your overall strength. Besides the strength benefits, you will also see improvements in your functional movement making you a better athlete on the field. The following specific benefits will be seen with mobility training:

  • Larger Range of Motion
  • Increased Blood Flow
  • Better Posture and Pain Reduction
  • Relaxed Muscle Tone
  • Stress Relief

 

In closing, I hope that some of these tips will help you remember to listen to your body. Sometimes less is more even though that is going against what society is telling us. Proper recovery should be an essential component of your daily routine because it will make you the best athlete you can be in the long run. If you really want to get that competitive edge I hope that you use some of tips I have given you in this blog and execute them in your daily life.

 

 

 

 

Repost: Strength Training for Women- 7 Myths

Written on December 5, 2013 at 8:52 am, by SOHEE LEE, formerly of Cressey Performance

This much I know is true: I’ve been strength training for six years now. I can rock out chin-ups, pull heavy weight off the floor, and squat more than some guys I know. I drink protein shakes almost daily and sometimes take creatine as well.

This much is also true: I’m still small. I’m still petite. Still lean. My muscles aren’t big and, when fully dressed, no one has ever asked me, “How much do you bench?” And I’ve never been called “too bulky” in my life.

There are a myriad of myths regarding females and strength training – too many to count. Yet despite the growing number of women out there slowly converting to lovers of iron and ditching their cardio bunny ways, there are even more women who still believe that strength training is for men only, and that no proper lady would touch anything more than a pretty pink dumbbell.

I don’t blame them, really. We have certain celebrity trainers touting their 3lb dumbbell hour-long workouts to develop long, lean muscles – and others claiming that squatting with a barbell will make your thighs explode overnight. The celebrities themselves rave about these special methods – and we believe them, naturally.

My job today is to convince you amidst all the buzz that the grass is truly greener on the other (strength training) side. At best, I’ll talk you into getting under that barbell today. At worst, I hope to plant a single inkling of curiosity and that you will soon find yourself venturing over to the heavy weights.

Below I crush a number of the most common myths out there surrounding females and training.

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Myth #1: You should steer clear of heavy weights because it will make you look like a man.

Ah, this is the King (or Queen) of all myths and is one that I am convinced will unfortunately never effectively die out.

There are a number of biological differences stacked against us as women. First and foremost, we only have approximately 5% of the of testosterone men possess. This means that the average male has twenty – twenty! – times as much testosterone than the average female. And given that testosterone is the hormone primarily responsible for muscle gain, we’re facing a major uphill battle if we are truly striving to look like The Hulk (1).

But, you claim, last time I lifted heavy for a month and I got thicker and looked gross! The culprit is very likely inadvertent increased caloric consumption that came along with the new change in exercise. What I mean is that typically, the culprit is increased bodyfat – not necessarily increased muscle mass – that is responsible for what many women call the “big and bulky” look. Often, increased bodyfat “coated” on top of muscle is mistaken for muscle mass, which turns many women away. Can you honestly tell me, though, that when you began lifting weights, your caloric consumption didn’t spike?

There’s this notion out there that after a tough workout, we need to fuel our muscles – which is true, but not to the tune of one large pizza and three protein shakes. It’s too easy to convince yourself that your body is all of a sudden devoid of nutrients and that you have to feed it at all times of the day. But when your body takes in more calories than is needed to maintain your current bodyweight, that’s when weight is gained in the form of fat mass and/or lean mass, depending on how you go about it.

If you can dial in your nutrition while simultaneously lifting hard in the gym, what will result is a leaner, tighter, stronger version of your former self.

Myth #2: Women can’t do pull-ups.

The word “can’t” implies that all females, regardless of how hard they try, are physically incapable of performing a single pull-up. But while it’s true that women tend to have less upper body strength relative to that of males, that doesn’t mean that all is lost. So what do you do when you have a weakness? You work on it to turn that weakness into a strength.

Simply put, the solution to weak(er) upper body strength is to improve it. In the gym, upper body pulling movements will help: think row variations (barbell rows, cable rows, inverted rows) as well as pullup variations (band-assisted, negatives, chin-ups). Working on your grip via farmer’s walks and the like will also help in this regard. In the remaining 23 hours of each day, work on nailing your nutrition, as decreasing bodyfat will help increase your strength proportionally.

Pretty soon, you’ll be banging out not just one rep, but possibly even double-digit reps, just like the First Lady of Cressey Performance does.

Myth #3: Protein powder is bad for women because it will make them huge.

There’s this idea floating around in mainstream society that protein powder is only for meathead bodybuilders who want to get yoked. So when a lady comes around and plops a five-pound tub of protein powder on the counter at Vitamin Shoppe or GNC, eyebrows are raised. She might as well be shooting steroids into her veins, huh?

As much as I wish this were the case (as it would make my job a whole lot easier), there’s nothing inherently magical about protein powder. It’s simply a portable, tasty way to get in some protein. Its biggest perk? Convenience. And perhaps taste.

But really, the average scoop of protein powder will yield 20 to 25 grams of protein.

I will say this, however: protein powder is typically ingested in liquid form. Since liquid calories are much easier to take in than solid food, the calories can quickly add up – so you need to alter the rest of the day’s nutrition to account for the calories you’ve already taken in with these shake(s). Just like any other food, if protein powder is consumed in excess, then yes, it can make you gain weight.

Myth #4: All the fitness models and fitness competitors are on steroids; the average woman could never achieve that look.

Before I go any further, I will qualify this point by emphasizing the fact that yes, there are very few people out there who are able to maintain a lean, stage- or photoshoot-ready physique year-round. I’ll also argue, however, that that’s not because it’s impossible. Rather, many choose to switch over into the offseason, during which time they likely intentionally put on some weight in an effort to make improvements to their physiques and dial even sharper than before come next season.

But all of that aside, here’s a cool fact: we all have abs. They’re there. That six-pack? Yes, you’ve been sporting it. The only thing separating them from showing themselves off to the world is a cozy coat of fat.

If you’re looking to achieve the look of a bikini competitor or fitness model, chances are good that you have most, of it not all, of the muscle mass necessary to start off. This is great, because all that means that is you have to lose bodyfat in order to unveil that coveted physique. Easier said than done, I’m aware, but think of it as an art. Over a period of several weeks and months, you’ll chip away at your body, slowly uncovering the sculpted arms and curvy legs you’ve been after.

Myth #5: When you work out, your fat will transform into muscle.

Oh.

Very creative.

Unfortunately, the body doesn’t quite work this way. What it can do, however, is shed and gain bodyfat, as well as strip away or pack on muscle. And while these two processes may be related, they are not one and the same.

Muscle is active soft tissue that is responsible for creating physical movement. Body fat, on the other hand, serves as an energy reserve for the body and helps cushion our joints and organs as well as maintain the integrity of healthy skin and nails.

So while it may seem as though fat magically turns into muscle when you begin training, the truth is likely more along the lines of, you’re losing bodyfat, or you’re putting on muscle (or both).

Myth #6: You should switch up your training routine every week to keep your muscles guessing.

I recommend a minimum of four to six weeks on any given training program before moving onto something different. By this I don’t necessarily mean utilizing the exact same exercises for the same reps and sets week after week. There are multiple ways to go about implementing progressive overload besides increasing the load on the bar: varying speed, shifting body position in relation to the load, changing stability, and so on.

With that said, sticking to the same program gives you time to become better at the prescribed exercises by providing more opportunities for repetition.

I know what you may be thinking. “But I need to confuse my muscles and keep them guessing!” Unfortunately, muscles do not get confused, nor do they participate in guessing games. And if you’re afraid you might get bored, then I ask you, what is so boring about making improvements from one workout to the next? What’s dull about going to the gym and lifting 10lbs more than the week prior or to mastering perfect technique?

Myth #7: To lose fat, you need to crank up the cardio.

Actually, doing more cardio is the best way to… do more cardio. Doing it for the calorie burn will ultimately leave you disappointed, cranky, and tired.

This may be a hard pill to swallow, but steady-state cardio burns surprisingly fewer calories than you’d think. One study found that it takes an average of 86 hours’ worth of aerobic exercise to lose 1 whopping kilogram (2), and a meta-analysis revealed that steady-state cardio in and of itself is not an effective weight loss therapy (3).

I don’t know about you, but I can think of about a thousand other more useful things I could be doing with those 86 hours than peddling away on a bike.

Rather than steady-state cardio, then, interval training is the way to go. Other names for this include metabolic conditioning, circuit training, or high-intensity training. These short bursts of high intensity activity alternated with periods of active have been found to produce equal, if not better, results as traditional steady-state cardio with just “a fraction of the time commitment” (namely, 0.75 hours versus 13.5 hours [4]). This is likely due to the increased excess post-exercise oxygen consumption (EPOC), or energy expenditure in the time following the workout.

Where do we go from here?

I hope I’ve demonstrated to you that women can lift heavy weights and perform metabolic conditioning workouts with great success. And, as long as they dial in their nutrition, they can absolutely achieve a strong, lean look without bulking up.

About the Author

Sohee Lee graduated from Stanford University in June 2012 with a Bachelor’s of Science degree in Human Biology. She now trains clients in New York City, and in an online context.