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sports etiketine sahip kayıtlar gösteriliyor. Tüm kayıtları göster
sports etiketine sahip kayıtlar gösteriliyor. Tüm kayıtları göster

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Blogger-Blogspot Temanın Kategoriler

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*Tüm Temalar,*Blogger, *a0101 Rohat Fatih, *Ucuz Web Siteler ve Temaları, *Kaslı Vucut, Kaslı Erkek, Spor Center, Spor, Fitness, Gym, Jimnastik, Bodybuilder, Muscle Man, Vucut Geliştirme *Gym Wear, Work out, sports , fitness clothing , Underwear, Man Underwear, Men Clothing, Style Magazine, ,

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Blogger-Blogspot Temanın Kategoriler

a01035 Strong Body Blogger-Blogspot Teması Gym Wear, Work out, sports , fitness clothing , Underwear, Man Underwear, Men Clothing, Style Magazine, Web Siteleri

Anasayfa > Site Arşivi > Yazılarım > Ne Nedir ? > Web Tasarim > Web Tasarım Tanıtım Yazıları > Web Tasarım Temalar > Web Tasarım Hazır Siteler > Blogger-Blogspot >Blogger-Blogspot Temaları >Web Tasarımcılarımız >Rohat Fatih Web Site Temaları >

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Blogger-Blogspot Temanın Bilgileri

1-Blogger Temanın Adı: *a01035 Strong Body Blogger-Blogspot Ucuz Web Site ve Teması
2-Blogger Temanın Kategorileri
*Tüm Temalar,*Blogger, *a0101 Rohat Fatih, *Ucuz Web Siteler ve Temaları, *Kaslı Vucut, Kaslı Erkek, Spor Center, Spor, Fitness, Gym, Jimnastik, Bodybuilder, Muscle Man, Vucut Geliştirme *Gym Wear, Work out, sports , fitness clothing , Underwear, Man Underwear, Men Clothing, Style Magazine, ,

3-Blogger Temanın Açıklaması ve Başlığı;
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4-Blogger Temanın url ayarları;
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Blogger-Blogspot Temanın Kategoriler

EPRD Class Spotlight: POUND®

This week the Fitness Blogger tried POUND®, a new group fitness class inspired by drumming.

What is It?

Led by Yesim Peddy, who never stops smiling, we rocked to a variety of music, from Lorde to Aerosmith, as we poured our inner rock stars into a vibrant, effective workout using hollow drumsticks called Ripstix®.

Ripstix®, which are lightly weighted, are engineered specifically for exercising so that POUND® transforms drumming into an incredibly effective way of working out.

Instead of listening to music, you become the music in this exhilarating full-body workout that combines cardio, conditioning, and strength training with yoga and Pilates-inspired movements.

It wasn’t that hard to follow, and even though I think I’m fit, POUND worked a lot of muscles I didn’t realize I had.

POUND is designed for all fitness levels, provides the perfect atmosphere for letting loose, getting energized, toning up and rockin’ out! The workout is easily modifiable and the alternative vibe and welcoming philosophy appeals to men and women of all ages and abilities.

What Does POUND Do For You?

  • It helps you drum your way to a leaner, slimmer physique – all while rocking out to your favorite music!
  • It burns calories -- up to 900 an hour.
  • It strengthens and sculpts infrequently used muscles
  • It improves your rhythm, timing, coordination, speed, agility, endurance, and musicality.
  • It cinches the waistline, slims the thighs, and strengthens connective tissue and muscles with the combination of stability and cardio.
  •  It boosts your brain! Studies show drumming has powerful brain-boosting, stress-relieving effects of drumming. The rhythm permeates the brain to improve focus, increase higher-level thinking and decision-making skills, boost the immune system, lower blood pressure, decrease chronic pain, anxiety, and fatigue.
I finished the workout feeling invigorated, and a little like I’d just been to a rock concert. Next time I might let out a scream or two, a la Steven Tyler! Will I see you there?




THE FACTS ABOUT POUND® 

Who: Fitness Instructor Yesim Peddy
When: Tuesdays at 8 AM
Where: BPRC Bergen Peak Room. Just drop in and pay at the Front Desk, where they will hand you your Ripstix.
What to Wear: Sneakers, workout clothes that are easy to move in
What to Bring: A full water bottle, a sense of adventure, and a friend!

Learn More: EPRD's website, or poundfit.com/



Creatine is, without a doubt, one of the most popular supplements touted by bros on the market today (at least that one can legally use). Bodybuilders and other athletes use it to improve work capacity and increase size. In fact, Froiland et. al. found that about 37% of NCAA athletes take creatine. Before you start scooping heaps of creatine into your protein shakes, however, it's important to know how it works, and also what it does and doesn't do.

There are seven different types of creatine supplements: creatine monohydrate (the most popular form), tri-creatine malate, micronized creatine, liquid creatine, conjugated creatine, buffered creatine, and ethyl ester. For the purposes of brevity of this article, though, I will only discuss creatine monohydrate supplementation.

Naturally produced in your liver, pancreas, and kidneys, creatine is transported to your muscles through the bloodstream. Creatine is also sourced from meat and fish, or, obviously, supplementation. Along with a compound known as adenosine triphosphate (ATP), phosphocreatine is the primary energy source for all anaerobic activity (shorter activities that don't require much oxygen).


With creatine supplementation, you have more ATP-PC stores, and, thus, you're able to improve your work capacity! Creatine is effectively giving you that extra "boost" in your workout, so if you were only able to perform 4 repetitions on your bench press at a given weight, using creatine supplements, you'll ideally be able to do 6 or more repetitions. In summary, creatine isn't a miracle supplement that you take and wake up looking like Arnold and lifting like Mark Henry, but, rather, it's aiding you in getting more work done than you would've been able to do otherwise. An increased work capacity allows you to increase volume (repetitions) at a designated intensity (weight), which can result in an increase in muscle mass and strength as a byproduct.

What does the research show?

For one, Rawson et. al. noted that weightlifting performance and muscle hypertrophy increased considerably in subjects using creatine:
Although there is considerable variability in the increase in muscle strength and weightlifting performance in subjects ingesting creatine during resistance training, subjects ingesting creatine experience on average an 8% greater increase in muscle strength (20 vs. 12%) and a 14% greater increase in weightlifting performance (26 vs. 12%). Additionally, untrained subjects experienced a larger increase in muscle strength following creatine supplementation plus resistance training than trained subjects (31 vs. 14%).
They both reviewed 22 different studies on the supplement, and those were there collective conclusions. The review also considered possible gender disparities, and didn't find a substantial difference in response between men and women:
One group has reported that men and women experience similar improvements in exercise performance following creatine supplementation (51), but that women show a lesser increase in lean body mass (32) and no reduction in protein breakdown (34) following creatine supplementation compared with men.
In another study, Becque and his colleagues tested 23 male subjects with one or more years of training experience. The experimental group ingested 5 g of creatine, while the control group ingested a placebo drink with sucrose. One of the most interesting findings of the study was that "body mass was significantly greater for [the creatine group] than [the] placebo [group] at pretest and post-test." The experimental group also noted a larger increase in arm flexor (biceps brachii) strength than did the control group.



Similarly, Volek tested 19 resistance-trained men over the course of 12 weeks. Towards the end of the study (weeks 5-8), the experimental (creatine) group performed more volume in the bench press than their control counterparts did. There were no noticeable differences in squat volume. The 1 repetition maximums for all subjects, but more significantly in the creatine supplemented subjects on both the squat and the bench press. The creatine subjects saw a larger increase in lean muscle mass, as well (5.8 kg versus 1.3 kg in the placebo group).



With those things in mind, here are a few final points:

  • For optimal digestion of a creatine monohydrate powder, mix it with fruit juice, as it has been shown to increase absorption. 
  • The use of loading phases are often disputed. It is unlikely that it is necessary. So long as you're getting around 3-5 grams per day, you should still reap the massive benefits of creatine monohydrate.
  • Timing doesn't seem to matter much, either. Studies have found benefits to both pre and post-workout consumption. Unfortunately, no study to date has compared the efficacy of pre and post-workout creatine intake.
  • Studies have indicated that creatine may cause gastrointestinal distress in some, so that's an important side effect to consider.
  • Despite myths indicating the contrary, creatine has not been linked to liver or kidney problems in the short term or the long term.

If you want to do some more reading into these studies, I've listed them in the works cited below. Overall, the majority of the literature seems to lean in favor of creatine for both hypertrophy and for strength gains. In fact, it's tough to find studies that contradict those findings.

With supplements, it's always a good idea to experiment and see what works best for you. I've tried a number of different products on the market, and I'm constantly making adjustments accordingly. Creatine monohydrate just may be the missing link in your training plateau!

Works Cited:

  1. Becque, M. Daniel, John D. Lochmann, and Donald R. Melrose. "Effects of Oral Creatine Supplementation on Muscular Strength and Body Composition." Physical Fitness and Performance (2000): 654-58. Web.
  2. Froiland, Kathryn, Wanda Koszewski, Joshua Hingst, and Lisa Kopecky. "Nutritional Supplement Use among College Athletes and Their Sources of Information." International Journal of Sport Nutrition and Exercise Metabolism 14.1 (2004): 104-20. Web.
  3. Ostojic, Sergej, and Zlatko Ahmetovic. "Gastrointestinal Distress After Creatine Supplementation in Athletes: Are Side Effects Dose Dependent?" GSPM Res. in Sports Med. Research in Sports Medicine 16.1 (2008): 15-22. Web.
  4. Poortmans, Jaques R., and Marc Francaux. "Adverse Effects of Creatine Supplementation." Sports Medicine 30.3 (2000): 155-70. Web.
  5. Rawson, Eric S., and Jeff S. Volek. "Effects of Creatine Supplementation and Resistance Training on Muscle Strength and Weightlifting Performance." Journal of Strength and Conditioning Research (2003): 822-31. Web.
  6. Volek, Jeff S., et al. "Performance and Muscle Fiber Adaptations to Creatine Supplementation and Heavy Resistance Training." Medicine and science in sports and exercise 31 (1999): 1147-1156.

Is there Such a Thing as "Too Much" Mobility?



If you Google "mobility," you can find pages upon pages of articles about how to improve your mobility at any given joint. Thoracic mobility, shoulder mobility, ankle mobility, and the like are central themes on fitness blogs all over the internet (mine included). As a trainer, it satisfies me to see so many lifters and colleagues prioritizing the improvement in range of motion. Too much of a good thing can become detrimental, though. Having excessive mobility can be just as injurious as being tight and immobile.

These arrows above represent the stability-mobility continuum. Those who have tissue restrictions have a ton of stability, which those with a plethora of mobility lack. Some individuals, like gymnasts and dancers, fall into the class of "hypermobility." Essentially, they have ligament and tendon laxity, which means that their range of motion exceeds what is common or necessary for most people. This is more common in females than in males, but can be present in both genders.

Genetics and anatomy are going to be the two biggest indicators of where one falls on this continuum. There are, however, ways to improve this. Obviously, despite being born with tight shoulders, it's still possible to loosen up your tissues and become more supple. Conversely, those with joint laxity can do more in the way of strengthening stabilizing muscles in order to become more stable.

In some ways, stretching for someone who is hypermobile could be akin to an athlete with a stress fracture going for a 15 mile run. We want our muscles to flex and extend seamlessly, but hyperextension can be dangerous. Strength coach Eric Cressey notes, "Instead [of stretching them], these individuals need to work on building stability within the ROM they already have with quality strength training."

As an example, let's use the shoulder joint. The shoulders are already the most mobile joint, as they can move through a full 360°. With these great movement demands come tremendous risk, though. While the shoulders are very mobile, they're also one of the most frequently injured areas. A hypermobile client might have an overhead position that resembles that of the woman in the photo on the right. Not only is her lumbar spine in hyperextension, but her shoulder flexion goes well behind her center of mass. Certainly, this position is not ideal for supporting load, as it puts the shoulder girdle under tremendous stress. Now, if this client were to stretch her shoulders before a session, she's just going to further force herself into a precarious position, and she increases her risk of injury. 
We never want to enforce excess movement in a joint. Each sport and activity places different demands on the joints and tissues, so the goal is to establish enough range of motion for your given sport. No more, no less. A baseball pitcher requires more external rotation at the elbow than the average person needs. Swimmers need flexible shoulders to move freely through the water. Ultimately, you have to find the optimal amount of mobility that will allow you to achieve the necessary positions of what you do. In my case, I was blessed with natural flexibility, so I spend very little time doing accessory mobility work. 

There's no need to spend time forcing an end range that you don't need, and it may even be counterproductive. Choose your mobility work wisely, picking exercises that apply to the areas with which you need the most help. The movement requirements of an athlete of one sport aren't going to be the same for another. Some sports benefit from decreased mobility, while others require extreme bendiness: find the optimal area for you on the stability-mobility continuum!


Works Cited:

  1. Hootman, Jennifer M, Randall Dick, and Julie Agel. “Epidemiology of Collegiate Injuries for 15 Sports: Summary and Recommendations for Injury Prevention Initiatives.” Journal of Athletic Training 42.2 (2007): 311–319. Print.


Why Does Your XYZ Hurt? (Your Pain Explained)



Often times, pain in the body is associated with injury or illness of the patient. Pain is not, however, as straight forward as it may seem. There are quite a few misconceptions about what pain means, or what causes pain itself. Here are a couple facts about pain:

I want to start off by saying, just because you’re in pain, does not necessarily mean you’re injured or ill. Pain can be your body’s way of telling you that a dysfunctional pattern needs to stop. When you overuse a muscle, it’s gonna say, "hey, give me a break." As Lorimer Moseley puts it, "100% of the time, pain is a construct of the brain." Basically, this means that it is the brain sending messages of pain, not the muscles. A lot of people seek out temporary cures like cortisone shots, NSAIDs, ice baths, etc., when what they really need is some corrective exercise. This will stop the pain response in the long term by treating muscular imbalances, rather than temporarily treating the symptoms.
Mirror therapy tricks your brain to believe that the
missing limb is still attached to your body.
  • Similarly, you can feel pain on a limb that's not even yours. Yes, you read that correctly. Take, for example, the case of phantom limb pain. Patients often report feeling shooting pains in an appendage that was removed years ago. A technique called "mirror therapy" has been very effective in treating this phenomenon: "a procedure utilizing the visual recreation of movement of a lost limb by moving the intact limb in front of a mirror, has been shown to be effective in reducing [phantom limb pain]. However, the neural correlates of this effect are not known." While the exact science of phantom limb pain and its treatment is still widely a mystery, this just goes to show that pain is multifactorial and complex.

Conversely, if you’re injured, you might not necessarily experience pain. Not every torn ligament, disc herniation, etc. is symptomatic. There are people with disk herniations who experience 0 pain, and they're able to continue on with their daily activities: "On MRI examination of the lumbar spine, many people without back pain have disk bulges or protrusions... Given the high prevalence of these findings and of back pain, the discovery by MRI of bulges or protrusions in people with low back pain may frequently be coincidental," noted a study executed by Jensen et. al.

Your body remembers previous traumas, and “pain” pathways form in your brain. So, if you suffered from an injury a few years ago, you may experience pain in that same area without having re-injured it. Let's say, for example, you fell while you were ice skating and sprained your wrist two years ago. Now, your brain forms a negative association with ice skating. You may notice your symptoms reappearing every time you go back to the rink, even though you've long since healed.



Emotions can influence your symptoms. We can physically manifest stress in certain areas of the body. If something in your body is bothering you more than usual, consider other environmental stressors that could be contributing to the pain. Did you lose your job? Are you fighting with a friend? Neuroscientist Dr. V.S. Ramachandran puts it succinctly: "Pain is an opinion on the organism’s state of heath rather than a mere reflexive response to injury … Pain is an illusion.” This can mean that if you're upset about something, or you've convinced yourself into thinking there's something wrong, then your brain will respond accordingly by sending a pain response to the area.

Treating the pain symptoms (i.e. taking NSAIDs, icing, etc.) does not necessarily treat the cause of the problem. These will work as short-term solutions. See a doctor, physical therapist, or a chiropractor to figure out the source of the pain before you try to treat it on your own.
There are a million different factors that contribute to pain. Here are a few listed by Dr. Kathy Dooley:
  1. Environment
  2. Memory programming of pain (i.e., cerebral programming)
  3. Systemic inflammation
  4. Pain receptor irritation
  5. Heightened awareness, due to neurotransmitter activity/inactivity (i.e., drug exposure, depression)
  6. Circulatory issues (i.e., blood stasis)
  7. Fatigue and energy deficiency
  8. Improper hydration/dehydration
  9. Psycho-social components (i.e., your back hurts because you hate your job)
The moral of this article is thus: don’t just lump “pain” into one category. Pain does not necessarily mean something is horribly wrong, but you do need to look at why the pain is occurring in the first place, if you want to eliminate it in the long term. Be your own detective.


Works Cited:
  1. Brinjikji, W., P. H. Luetmer, B. Comstock, B. W. Bresnahan, L. E. Chen, R. A. Deyo, S. Halabi, J. A. Turner, A. L. Avins, K. James, J. T. Wald, D. F. Kallmes, and J. G. Jarvik. "Systematic Literature Review of Imaging Features of Spinal Degeneration in Asymptomatic Populations." American Journal of Neuroradiology 36.4 (2014): 811-16. Web.
  2. Doidge, Norman. The Brain's Way of Healing: Remarkable Discoveries and Recoveries from the Frontiers of Neuroplasticity. 1st ed. N.p.: Viking, 2015. Print.
  3. Doidge, Norman. The Brain That Changes Itself: Stories of Personal Triumph from the Frontiers of Brain Science. New York: Viking, 2007. Print.
  4. Foell, J., R. Bekrater-Bodmann, M. Diers, and H. Flor. "Mirror Therapy for Phantom Limb Pain: Brain Changes and the Role of Body Representation." EJP European Journal of Pain 18.5 (2013): 729-39. Web.
  5. Jensen, Maureen C., Michael N. Brant-Zawadzki, Nancy Obuchowski, Michael T. Modic, Dennis Malkasian, and Jeffrey S. Ross. "Magnetic Resonance Imaging of the Lumbar Spine in People without Back Pain." New England Journal of Medicine N Engl J Med 331.2 (1994): 69-73. Web.
  6. Moseley, Lorimer. "TEDxAdelaide - Why Things Hurt." TEDx. YouTube, 21 Nov. 2011. Web. 10 May 2016.

    Practical Uses of Variety in Training



    A lot of my readers have been asking me about programming. This week, I was luck enough to have my friend Steve write a guest post for me. Steve Bare is a professional strength coach (CSCS, USAW) and competitive weightlifter. His experience includes work in the private industry and an internship at the Olympic Training Center in Chula Vista, California. He now coaches at a high school, where he is thankful to work with a huge number of adolescent athletes, and give them all a great start in strength training. You can occasionally catch him writing on his coaching blog, BareStrength.



    “Ya gotta switch it up, bro!” 

    Variety in training is a very popular, yet polarizing, concept. From P90X marketing as “muscle confusion” to CrossFit purporting to be “constantly varied,” many brands are built by attempting to break the monotony of training. In this article, I’d like to discuss the practical application of variety in training, as well as the extents to which variation can be either be useful or counterproductive.

    What qualifies as variety?

    Loosely, any meaningful difference in training. This can come from changes in exercise modality (e.g., lifting versus swimming), exercise selection (e.g., lunges versus squats), implement (dumbbells versus barbells), rep range, rep tempo, training frequency, and more additional possibilities than I care to list at this time.

    Why should you use variety in training? 

    For one, introducing variety can diminish the risk of overuse injury. Athletes who engage in repetitive motions in practice and training tend to wind up with sport-specific injuries: baseball pitchers’ shoulders, rowers’ backs, tennis players’ elbows, runners’ shin splints, et. cetera. The primary recommendation to alleviate such symptoms is to decrease usage and strengthen relevant muscles and movement patterns, typically in an off-season period.

    This is also relevant to recreational gym-goers. Your body doesn’t care whether you consider yourself a competitive powerlifter or not; if you’re maxing your bench press every chance you get, you’re likely to rack up some small injuries eventually. These injuries aren’t likely to go away without taking some time off from the movement.

    Additionally, if you’ve been doing the same exact weekly schedule for months on end (and aren’t a beginner), chances are you’ve found yourself stagnating eventually. This can be referred to as “adaptive resistance,” when the same repeated exercises no longer disrupt homeostasis enough to drive adaptation. Changing a couple of key variables such as those mentioned above can be a powerful factor to continue to drive adaptation and get stronger.

    So how much variation is enough? How much is too much? 

    To answer these questions, you have to consider your goals.

    If your only goal is to lose weight, for example, then your objectives in training are primarily caloric expenditure. Introducing a great amount of variety is fine, because just about any choice in exercise is sure to expend energy, provided it is performed with sufficient effort and for a sufficient duration. You could jog one day, lift another day, swim next week, fight crime another time, and continue to see results on the scale, provided you net a negative calorie balance. Of course, from a psychosocial perspective, most people enjoy seeing their performance improve, so it’s not a bad idea to stick with something for a while and enjoy the benefits of consistency: your running speeds up, your distances lengthen, your weights and reps increase.

    However, if you have athletic performance goals in mind, you’ll need to ensure your training directs adaptation towards these goals. Whether your goal is to beat your old 5k time, or to win gold at the Olympics, your success hinges on specific performance improvements. It isn’t enough just to make sure you “get up and move”. You can run as far as you want, but it won’t ever be enough make you a great weightlifter; you still need sufficient specificity. If you change your exercise regimen each time you work out, you risk never providing sufficient overload. As such, we find some constraints on the limits of variation.

    Beginning athletes can usually progress with just about anything, which leads to some polarizing conclusions.

    On the one hand, there are proponents of systems capitalizing on very low variety for beginners. The benefit here is that the athlete quickly adapts to the cognitive demands of training, learning the lifts without getting confused by a great amount of variety, and is then able to reap the many benefits of strength training before eventually reaching a point of adaptive resistance.

    On the other hand, recognizing that beginners will progress with just about any strength training program, you can also use this time to introduce athletes to a wider range of exercises. You could employ a teaching progression by having the athletes spend a couple weeks perfecting a goblet squat before moving on to a front squat, then a back squat, then a low-bar squat. You could instruct the athlete through different exercises every day of the week. However, you should still use the same exercise from one week to the next for a few weeks, so that the athlete has a chance to repeatedly practice one movement, and also see some progress in weight or total reps performed (overload). See below for a few example blocks:


    The benefits here are many. The athlete is excited to train, with a greater variety of exercises. You can emphasize proper movement in a low-risk exercise, and then accumulate a lot of high-quality reps before moving on to a slightly more advanced variation with a greater load. Additionally, with each exercise the athlete knows, it becomes easier to teach additional movements in the future; for example, once an athlete knows how to front squat, lunge, press, and deadlift, it is a lot easier to teach them to clean & jerk.

    *One thing to note: unlike many strength coaches, I often teach front squats before back squats. I do this because it gives me the opportunity to teach my athletes to stay upright in the squat, and I find that even beginning athletes are better at squatting deep with a front rack than they are with bars on their backs. I teach close-grip bench before a competition-width bench for similar reasons. On occasion, I have also taught sumo deadlifts before conventional because many non-contact athletes have disproportionately strong legs to a weak back, and they tend to prefer sumo initially for this reason; of course, this is also a great reason to eventually include conventional deadlifts, to ensure their backs grow accordingly!

    This is not the kind of variety you need...
    For intermediate and advanced athletes, most decent strength & conditioning programs will follow a system of phases emphasizing the adaptation of different physical qualities, such as aerobic conditioning, hypertrophy, strength, power, and peaking for competition (usually in that order). As a whole, this system would be referred to as a macrocycle; each 3-6 week chunk is referred to as a mesocycle; and each week can be referred to as a microcycle. By its very nature, such a system introduces variety in rep ranges, as well as often including variety in modalities, exercise selection, and tempos. Within a macrocycle, each mesocycle should gradually become more specific than the previous mesocycle, culminating in a major meet or a competitive season.

    The earliest mesocycles will be the least specific to the goal, often outside the modality of the sport, to increase general fitness and work capacity. A great example of this is Olympic weightlifting champion Ilya Ilyin investing his time and energy swimming in his early mesocycles. This enables him to build up his general work capacity while letting his body heal from the repetitive trauma of his sport-specific movements.

    Earlier mesocycles will include a greater number of unique exercises per session, per week, and between mesocycles. One hypertrophy block might have an athlete front squat and Romanian deadlift in one session, and then leg press and sumo deadlift in another session for 3-6 weeks. In the next mesocycle, the athlete might back squat and goodmorning in one session, and then conventional deadlift and step-up in another session for another 3-6 weeks. The goal here is to rack up great volumes without increasing the risk of overuse injury from any one particular movement.
    In contrast, later mesocycles will increase specificity, decreasing variety. The final strength block for a weightlifter will include high intensity work on snatches, cleans, jerks, along with front squats and/or back squats, and possibly some additional work to target the athlete’s unique weaknesses, all performed several times per week for several weeks on end. Non-barbell athletes will typically maximize increases in strength, power, and/or speed (depending on sport and position), as well as increasing sport practice in preparation for the competitive season.

    Introducing training variety can be a great way to avoid overuse injuries, drive greater physical adaptations, and generally enjoy your training more. However, it can also be tempting to overuse variety and under-apply the principles of specificity and overload. Be sure to use sufficient variety in your training that you avoid stagnation and overuse injuries, but not so much that you don’t make definite progress towards your goals!