Amidst the lockdown and shut-down restrictions imposed on Americans during the 2020 COVID pandemic, along with fearful doom-and-gloom news headlines about infection rates and casualties, this quarterly blog will focus on a topic you have probably never heard mentioned during these trying times…the power of a healthy immune system to ward off a potentially harmful virus.

THIS JUST IN:  Regular physical activity and/or frequent structured exercise diminishes the risk of contracting a range of communicable diseases, including viral and bacterial infections.  Sounds like common sense, right?


In the 80s and 90s, some research – which has since been contradicted with new evidence – found that periods of very vigorous bouts of aerobic exercise could increase cortisol levels while suppressing immune activity, leading to the “open-window” theory causing concern about compromised immune response in the hours following exercise.  Yet very few of these self-reported symptoms (many on issues such as the common cold) were confirmed by laboratory testing, and many could be attributed to allergies and or asthma on a race day.

 The most abundant immunoglobulin in mucosal secretions is called IgA, with its principle role is the inhibition of invading pathogens.  Early studies had reported a 20% decrease in IgA secretions post-exercise, but a major research review in 2018 of some 250 articles determined that, in Lehman’s terms, exercise to exhaustion has an “effect on the quantity of saliva, but not the quality of saliva.” (1)

The authors acknowledged that lymphocytes levels dip in the 1-2 hour “open-window” period immediately following exercise.  But their study suggests that these immune cells are redeployed to peripheral tissues like mucosal surfaces, as well as the gut, lungs, and bone marrow.


The body’s immune system is its first line of defense from such threats: it’s outer walls and gates fortified by the largest organ in the body (skin).  In their comprehensive review, the above researchers cited data from at least 8 vaccine studies exploring the effects of regular physical activity or frequent exercise training on the immune response to vaccination.

The authors provide robust support for the argument that exercise enhances, rather than suppresses immunity, stating “strong evidence implies that a reduction in the frequency and function of lymphocytes (and other immune cells) in peripheral blood in the hours following vigorous and prolonged exercise does NOT reflect immune suppression. Instead, the observed lymphopenia represents a heightened state of immune surveillance and immune regulation driven by a preferential mobilization of cells to peripheral tissues.”

They concluded that exercise “does not heighten the risk of opportunistic infections, and that exercise can, in fact, enhance immune responses to bacterial, viral, and other antigens in living persons.”

Another recent and relevant study by MXM, a technology and data transfer company specializing in fitness industry member tracking, found that out of more than 49.4 million health club visits over three months, 0.0023 percent tested positive for COVID-19, which is more than 500 times less than the current estimated U.S. national average (2)

“Regular physical activity and/or frequent structured exercise diminishes the risk of contracting a range of communicable diseases, including viral and bacterial infections.”

(see sources below)


The general assumption is that elderly individuals are far more susceptible to bacterial and viral illness.  And yet a sedentary lifestyle without exercise (and its accompanying excess weight gain) is well-known to introduce a host of problems with one’s health and well-being. 

It has been found that among both the young and elderly, an active lifestyle is generally linked to higher numbers and proportions of naïve T cells in peripheral blood at rest. In their systematic review, the researchers took it a step further by suggesting that “alterations in tissue-resident cells with advancing age are very likely a result of adipose tissue accumulation and dysfunction that also occurs in parallel with aging.” Indeed, obesity has been linked with impaired lymphocyte proliferation as well as oxidative stress, and several inflammatory cytokines are produced in adipose tissue. 

So why are we closing gyms and health centers?  Whether you view it as a medically-justified preventative measure, or merely as an overreaction by folks with their heads in the sand – the facts remain.  Gyms and recreation areas are an essential part of keeping – and staying – healthy

                                    – CHRIS BORGARD

1. FROM FRONTIERS in IMMUNOLOGY (APRIL 2018). Campbell, j.P. & Turner, J.E.
“Debunking the Myth of Exercise-Induced Immune Suppression: Redefining the Impact of Exercise on Immunological Health Across the Lifespan”
2. This study tracked member check-in data from May 1-Aug. 6 at 2,873 U.S. health clubs and studios compared to self-reported infection rates. Participating clubs included Anytime Fitness, LifeTime, Planet Fitness, and Orangetheory.


keep the carbs. lose the Fat!

Why low-carb diets are not the best solution

For much of the last generation, carbohydrates have been demonized as the main culprit behind unnecessary weight gain by proponents of fad dieting. Their basis is the tired, antiquated carbohydrate-insulin obesity model – which assumes that hyperinsulinemia leads to a surplus of calories in fat cells overriding lean tissue metabolism.  In the last few years, Dr. Kevin D. Hall and researchers at the NIH have flipped these theories upside down using studies that measuring the weight loss of subjects who experimented with isocaloric diets restricting both carbohydrates and fats. Hall and his associates found that while the reduced carb groups (RC) lowered RER and insulin as expected, it was the reduced fat (RF) who lost more body fat and maintained a higher metabolism (total daily energy expenditure). 

In a follow up study over a longer term, subjects tried more extreme versions of each diet (RC and RF) while being permitted to consume as many calories as they needed.  Once again, the RF group had much higher levels of glucose and insulin, but ended up consuming 700 kcal/day less than the RC group (every single subject ate less when on the reduced fat diet vs the reduced carb diet) and dropping more bodyweight and fat.  The same research confirmed that long-term low-carb dieters (10% or less from CHO) have quickly gone into a state of ketosis, where the body uses it’s amino acids (muscle) for gluconeogenesis (energy), resulting in a decreased nitrogen balance (muscle loss).

Dr. Hall and his team also performed a research review of over 30 similar studies experimenting with CHO and fat restriction, and their findings reaffirmed that diets reducing fat instead of carbohydrates maintained a higher energy expenditure (~150 calories per day) with greater losses in body fat.  One must remember that in addition to its role in maintaining a healthy skeletal frame, muscle is more metabolically active and burns more calories. 

In summary, it can be concluded that patients who already have type 2 diabetes can benefit from low carb diets that help keep insulin levels controlled, whereas other people who are overweight or obese should instead focus on reducing fat and highly-processed food from their diets; while remembering that carbohydrates have their place in promoting high levels of metabolic energy, preventing nutritional deficiencies, and promoting healthy brain function.                                                      

                                                                                                                    – CHRIS BORGARD


Sources:  KD Hall et al. Cell Metabolism. 22: 427-436 (2015).

                  Hall & Guo; Gastroenterology. 152: 1718-27 (2017).




As the current global COVID-19 pandemic closes gym facilities and cancels group exercise sessions, many people are turning to outdoor hikes as a means to stay healthy.

While jogging produces 3-5  times the normal ground reaction forces (GRF) of walking, hiking (especially if downhill) can easily produce twice the GRF of normal walking.  The majority of these forces end up getting transferred into the knees, so it is very important to keep the quadriceps AND hip abductor muscles strong (the latter act to limit unhealthy excessive internal rotation of the femur).

In particular, steep downhill hiking also produces a physical effect called DOMS (delay onset muscle soreness) because of intense eccentric muscle-lengthening contraction that can last for 48-72 hours.

Long, super steep half-day descents of over 5 miles losing well over a mile in elevation can absolutely wreck your lower body (ex: Kaibab Trail in Grand Canyon, Sol Duc Trail in Olympic National Park).





The author seen above hiking Wedge Mountain in British Columbia


When hiking uphill, it is very important to have strong glutes and adductor (groin) muscles to contribute to climbing efforts – especially if there are large steps or stone stairs on the trail.  (ex: Mist Trail in Yosemite National Park, Grouse Grind in North Vancouver, B.C.)

Making sure the lower leg stabilizers (soleous, gastrocnemius,  tibialis anterior, posterior tibialis, etc) muscles are strong and well-conditioned to fatigue is extremely important too…these muscles act as your shock absorbers and function to decrease the ground reaction force transmitted into the joints further up the kinetic chain.

Strong hamstrings help reduce the risk of knee ligament injury during a slip or fall, and a sturdy abdominal core/lower back help to safely bear the weight of a heavy pack over long distances.

                                           -CHRIS BORGARD

chris’ top 5 HIKES

 1. Salkantay Trek                 (Strenous)

Machu Picchu, Peru


2. Ewoldson Trail                (Moderate-to-Strenous)

   Big Sur, CA


3. Mist Trail/Nevada Fall     Loop Trail                        (Moderate/Strenous)

   Yosemite NP


4. Skyline Trail                    (Moderate)

Mt. Rainier NP


5. Golden Canyon (Easy)    Death Valley NP)





FLEXIBILITY: ONE VERY IMPORTANT pillar of a fit AND Healthy lifestyle

In our present-day culture where big health corporations can overshadow the hidden potential of preventative wellness, it is easy to forget about one of the greatest assets to good health: flexibility.

Improving flexibility can improve muscular balance, joint alignment and structure, and postural breathing.  Yoga styles (ex. Hatha, Vinyasa, Bikram) can also help promote relaxation while improving peripheral muscle endurance – some even using hot and humid environments to increase the pliability of muscle tissue.


For over 10 years I’ve led students and athletes through many intense stretch sessions, and in terms of injury prevention, I believe stretching to be just as valuable as time spent engaged in weight training or cardiorespiratory conditioning.


Research has shown that prior to exercise, the most effective means of stretching is dynamic (or ballistic) stretches performed with a body in motion to help increase muscle temperature and facilitation.  Static (or mostly stationary) stretching with hold periods is most beneficial when performed after exercise, but it can also be helpful when needed at times prior to physical activity.


Below are a few of my favorite stretches; I encourage you to make time to stretch at least 3x/week and you will feel the difference! 

                                                                                                             –  CHRIS BORGARD

Start close to a wall lying on your back. Place one foot up on the wall with the tailbone staying on the ground. If you are a proper distance from the wall the knee of the wall leg will be bent to 90 degrees.
Place the ankle of your other leg just below the knee of the wall leg. You should feel a stretch near the outside of your hip. Enhance this stretch by gently pressing the crossover knee towards the wall.




Lie on your right side with right leg and right arm extended. Flex your left knee, grabbing the ankle. Slowly try to work your heel to touch your butt.
Stay perpendicular to the ground lying on your side and try to keep the hips forward during the stretch.


Start on your back with both legs straight.
Bend your right knee 90 degrees and bring it across your body. Keep your right shoulder on the ground with right arm extended, looking in that direction.
 Hold this position with slow relaxed breathing, using your left arm to put pressure on the outside of your thigh. Once you are no longer feeling a stretch, you may extend the bent leg, making sure the other leg also stays extended and in line with the spine.

Lean forward with arms extended pressing into a wall or fence.
 Place one foot forward with knee bent and foot flat on ground.
 Keep back foot in line with spine and press back to feel stretch through the lower leg. Keeping the back heel flat on the ground with knee extended stretches proximal calf muscle; bending the back knee and lifting the heel stretches lower.


Start close to a wall lying on your back.
Extend both legs up on the wall with soles of the feet facing up. The tailbone should stay in contact with the ground – right up to where the wall meets the floor.   Keeping legs extended, spread them as wide as comfortably possible. After a period of time, try to work the feet wider apart. Enhance this stretch by pressing on the tops of your thighs.







  • WHAT we know about exercise and diurnal variations 
  • What WE recommend for timing of exercise
  • WHY we recommend exercising at a certain time
  • Other things to THINK about to optimize your training times…   



Simple questions – that unfortunately yield some not-so-simple answers – depending on many factors in which individual circumstances may be different.


  • Muscle temperature increases gradually throughout the day (even independent of ambient heat conduction); whereas muscle rigidity (stiffness) lingers earlier around the waking hours.                                               
  •  Hormone concentrations are naturally much higher upon rising                                                                                        
  •  Muscle contractile properties are enhanced much later after the waking period – potentially due to a greater release of calcium within muscle sarcomeres                                                                                                 
  •  Skeletal muscle glycogen is markedly reduced by food deprivation during periods of long fasting         (ex: 8-10 hour overnight sleeping phase between dinner and breakfast)                                                                     
  •  1RM strength, peak and mean power, horizontal & vertical jump distance are often observed at acrophase (maximal) levels in the early evening hours – often up to 10% higher than in the morning

WHAT WE Recommend

 However, at any professional venue where the athlete’s training and performance is the top priority (such as an Olympic training center), I would expect to see a daily schedule similar to the following in order to optimize physical growth & recovery:

  • Morning roll-out (myofascial release or massage) followed by optional fasted cardio at low intensity                                         
  •  Breakfast                                                                                                                                                                                                    
  • Mid morning dynamic warmup (followed by practice or conditioning session)                                                                    
  • Lunch (followed by 20 minute power nap)                                                                                                                                                                                                       
  •  Late afternoon resistance training session (approximately 8 hours after waking) then ice or cold treatment as needed – followed by a warm shower                                                                                                                                                  
  •  Dinner (followed one hour later by a 30 minute stretch before bed)                                                                                                                                                   

WHy train later in the day?

  • Decreased injury risk for muscle strains  (and less time needed for dynamic warm up/calisthenics)                                                                                                                                                                                     
  •  Safer training conditions due to better sensorimotor awareness, alertness,  and cognitive function                                          
  •  Maximize sleep duration – during which time the highest levels of recovery hormones are secreted                                                                                       
  •  Allows for a “second peak” in testosterone and IGF hormone production while cortisol levels are low                                                                   
  •  Research has shown a higher contribution of the aerobic energy system during exercise in the evening 

ADDITIONAL THOUGHTS: Foam rollers are a great tool used early in the day to help increase soft tissue pliability.  Short daytime naps can elicit anabolic hormone secretions similar to REM sleep cycles.  I was fortunate to work with legendary Hall of Fame outfielder Rickey Henderson (who played pro baseball into his 50’s) and credited his longevity to a devoted nightly routine of stretching before bed – claiming that it always helped him wake up feeling much more loose the next morning.                      

                                                                                                                                                                    – CHRIS BORGARD



         by CHRIS BORGARD


People often ask me, “Who do you think are the best athletes in the world?”  The answer requires much careful consideration; Is the questioner prioritizing athletic versatility? Recording breaking achievement?  Does superior mental toughness factor in? How about an impressive array of rare skills?


The correct answer to their question – or so I would like to think – would be decided by factoring in ALL of these qualities…and with this in mind I came upon my TOP 5 greatest athlete groupings as follows:


#5 – Ironman (or Ironwoman) Triathletes

Before you can object to this selection, hear me out: these ultra-endurance specialists are well trained in THREE different aerobic sports that don’t always crossover well – with many biomechanical and body composition differences between swimmers and runners, plus added training needed to cover 112 miles on two non-motorized wheels in between a 2.4 mile open-water swim and a 26.2 mile marathon run .  In addition to having remarkable aerobic efficiency, these fat-burning fiends showcase some of the highest VO2 max values in the world, second only to cross-country skiers.


#4 – NBA basketball players

Besides being able to jump out of a gym as if their legs were outfitted with springs, some of these genetically endowed athletes often appear to “hang” in the air. And while many of them are simply built for their sport with advantageous biomechanical levers or thick tendons, others are just incredible all-around athletes who happen to spend most of their time on hardwood.  Allen Iverson, Andre Iguodala,  and Russell Westbrook are just few examples of especially explosive hoopsters who could have been  (or were) exceptional performers on the football field, track, or in any other sport arena they may have chosen to compete in.

#3 – Female gymnasts

Every 4 years when the Olympics roll around, we all marvel at the amazing combination of flexibility, power, and strength relative to body weight that these diminutive but rock-solid young women put on display for the world.  No one truly knows the physical sacrifices or the toll that the training takes on these young women’s bodies – stunting of growth and sexual characteristics is common – which are NOT designed to handle the stresses that are routinely place on them in order to accomplish such impressive athletic feats such as seen on the bars, beam, vault, and floor exercises.  In addition to long term dedication, the acute mental focus required in their craft is exemplary.

#2 – Decathletes

In all of exercise and sport, there exists a non-negotiable give-and-take relationship between aerobic capacity and force production, as well as between the body’s different energy systems. Decathletes (who specialize in 10 events which require them all) are an ideal blend of all the ingredients in the recipe for “the perfect athlete” – factors such as high lactate thresholds, large phosphocreatine stores, and efficient oxidation of fats.  Add in some courage, pain tolerance, and mastery of highly technical events like discus, hurdles, and pole vault, and it’s easy to see why Reebok was justified in hyping their corny 90’s commercials deciding between two American decathletes for the title of  “Worlds Greatest Athlete.”

#1 – NFL cornerbacks

As impressive as all the athletes on this list may be, anyone who has seen these specialists in live action is able to put this debate to rest almost immediately.  NFL corners are little bundles of fast-twitch muscle fiber that must be in incredible cardiovascular shape AND be able to change direction at full speed – on a dime or in a phone booth.  Isolated on a hands-off island, they are tasked with shadowing the fastest players on the field: equally athletic receivers who know both where they are going and how they intend to get there.  All cornerbacks not nicknamed “Prime Time” must also have sufficient strength and physicality to tackle bigger, stronger players who are also fast – ever stood in front of a moving train?  While working one NFL training camp, I noted that we had 3 or 4 CBs who had medaled in sprint races during college…at major conferences like the Big 12 or SEC!  Watching their incredibly quick directional changes in real time must be like catching a glimpse of one of the Air Force’s new secret jets out on maneuvers – with mouth agape, stopping to question if what you just saw was real!


TOP 7 tips for injury prevention

Tip #1 – Maintain Adequate Flexibility

This doesn’t mean that you have to be a certified studio yoga instructor; in fact too much stretching can reduce strength and power.  But if you can spend a few months creating lasting gains in flexibility and joint mobility to reach what I refer to as an EIPT (Elastic Injury Prevention Threshold), you can enjoy a decreased likelihood of injuries caused by tight or immobile muscles and joints.

Tip #2 – Keep Muscle Balance In Check

Be sure to include lower intensity, light weight, isolation exercises (sometimes bodyweight only) for both contralateral and opposing muscle groups in order to prevent strength imbalances.  A few examples could be trunk rotation on a physioball or single-leg raises, etc.  Much like flexiblilty training, athletes can use the offseason to increase the volume of this this “prehab” exercise work. 

Tip #3 – Lift Heavy

Perform resistance training with as heavy loads as possible – while still yet being able to continue strength gain adaptations.  Good strength coaches can design a periodized program to incorporate this style of training at many various points in the year.  It should be no surprise that a bigger, stronger body is more resilient to injuries caused by greater external forces on the field of play.

Tip #4 – Be Eccentric

Expert strength coaches realize the role of eccentric (muscle-lengthening) loading contractions in training and movement.  It kills me to watch lifters perform an Olympic lift and then allow a weight to drop to the floor from a great height.  Why not take the opportunity to set the core strongly in place under a load at the end of each rep while slowly return the bar to its starting place?  I also emphasize eccentric movements in my agility drills  – a method I call SIM (or strength in movement) training.


By Chris Borgard



Tip #5 – Cut the Tape

Taping and bracing around a joint can ultimately act as a crutch and leave muscles, tendons and ligaments weaker over time.  After a short initial period of support, get away from taping and bracing as extra support and work on re-strengthening the muscles, tendons, and ligaments around a compromised joint.  An athlete’s goal should never be simply to return to competition; but rather to stay out there performing to their very best physical potential.

Tip #6– Think Like A Gimp

Research the movements that most frequently cause acute or chronic injury (this is ultimately the responsibility of a trainer or coach).  Be familiar with both contact and non-contact injury mechanisms, and then train the muscles in their role to stabilize or decelerate those body segments.

Tip #7 – Optimize Your Nutrition

Educate yourself on superfoods and other nutrient dense morsels that aid recovery and minimize production of stress hormones and free radicals.  Also follow guidelines for hydration and re-hydration (including electrolyte content) to prevent muscle cramping or excess fatigue, both of which can lead to muscle strains.  Timing of nutrients is just as important and quality and quantity; see Chris Borgard’s Practical Sports Nutrition Guide for more help!




BACKING BASEBALL                             

With spring training right around the corner, baseball fever will soon be spreading.  America’s pastime continues to grow in worldwide popularity.  For those who have never been involved with the sport, some key questions may remain regarding the physical fitness demands placed on baseball players.  In this blog, I will attempt to knock a few baseball training-specific myths out of the park!








Myth #1: Baseball players are not really athletes. 

As someone who has been in a dugout next to athletes like Ricky Henderson, Billy Hamilton, Sonny Gray, Manny Ramirez, etc., I can tell you that there are many fine athletes on a baseball diamond with a special combination of raw speed, quickness and raw power.  Bo Jackson, Deion Sanders, Brian Jordan are some great examples; as well as many high draft picks that gave up baseball and went on to excel in other sports.  One of my mentors was a strength and conditioning coach at the University of Texas who could verify that Roger Clemen’s legendary squat workouts were a huge component to his exceptional velocity early in his career.  As a former football player (and from my experience training them) I would estimate that a baseball position player needs to run below a 4.6 40 yard dash in order to be a legitimate base-stealing threat.  Mike Trout is a great modern-day example of such an athlete.  And even the players who may not seem especially athletic when compared to sports like football, basketball, etc. possess superior hand eye coordination to almost any other sport.

Myth #3: The human arm was not designed to throw a baseball at nearly 100 miles per hour. 

The body was not necessarily designed to perform many of the impressive tasks that highly trained athletes demand of it – across a multitude of sports such as gymnastics, track & field throws, weightlifting, etc.  However, with advances in human performance and education training – to include injury prevention exercises incorporated into a good training program and performed regularly – the arm can withstand excessive biomechanical forces time after time if proper muscle balance is achieved.  (Ex : – relative strength of internal vs external rotators within  the rotator cuff).  To remain healthy, pitchers must spend hours each day properly warming up the arm, stretching and strengthening it along with its stabilizing and decelerating muscles on an almost daily basis.


Myth#5: Baseball players don’t like to train hard given the relaxed nature of their sport.

I have found the complete and total opposite to be true.  Some of the best work ethics I have seen belonged to professional baseball players.  Many have no problem putting in the extra work, even is season.  In the offseason (typically November through February) baseball players enjoy pushing their body to the limits and watching the adaptations grow.  As a general rule, many of them are highly self-motivated and extremely competitive, so they react well to a periodized plan with suggested loads, or timed agility and conditioning drills.

                                                       – CHRIS BORGARD


Stay tuned for future blogs, to include:


  • Chris’ top tips for preventing athletic injuries
  • Debate: Who are the best athletes in the world?
  • When is the best time of day to work out?

Myth #2: It doesn’t take much skill to hit a ball.

Nothing could be further from the truth.  Batters have less than two-tenths of a second (from the moment the baseball leaves a pitcher’s hand off an elevated mound just 60 feet away) to perform all of the following tasks at a minimum:

-recognize the spin of the baseball near the point where it was released

-determine whether the ball is hittable -i.e., a strike or a ball – and determine whether to start their swing of a weighted bat

-summon a perfectly timed equal inertia from the body in order to meet the ball and counter its momentum (average incoming speed nearly 90 mph) with clean bat contact right at the moment it crosses the plate.


Myth #4: Baseball players do not have to be in shape to play the game.

To counter the velocities mentioned above, baseball players must possess and maintain impressive strength and incredible power through the legs, hips, and stabilizing core muscles.  The abdominal core must be strong and well balanced to resist injury while torquing at high speeds under extreme rotational strain.  The forearms of baseball players (including pitchers) must be exceptionally strong to grip the bat and the baseball at high velocities.  I have worked with several baseball players who could max out the measuring pin on the highest setting of a handgrip dynamometer.

In terms of cardio, baseball pitchers average HRs are routinely at or above the 170s (beats per minute) while pitching; in fact, starters often throw up to 100 pitches or more at max intensity.  And position players? In addition to being agile enough to accelerate quickly around the bases and get a powerful start out of the batter’s box or a jump into stealing a base, one must remember that over the course of a long summer season they play 160 games in a six month span – often getting no more than 3 off days each month.  To be able to go out and perform each night even when the body may not be feeling the best is a total war of attrition, and it takes much time and effort to building and maintaining a strong body resistant to injuries over such a long time span.


rimary Link | Secondary Link






Below are some recent questions that I will attempt to answer on this blog! -CB

I have heard that quite frequently in the exercise world that short bursts of extreme energy (such as sprinting or weight lifting) kind of “jumpstarts” your metabolism allowing you to burn fat faster. It is difficult to differentiate between what is true and what is false. Ultimately I would like to know how short, burst activities affect the human body [metabolic rate]?


There are a couple of very plausible explanations to add substance to the notion of high-intensity exercise “jump-starting” metabolism.  One deals with a physiological factor known as EPOC (excess post-exercise oxygen consumption), and the other with a general knowledge of the bodies limited energy systems.  While it would be difficult to explain in an email, I can tell you that the culminating effect of weight training on fat metabolism cannot be ignored.  In fact, there was a sustained period in my life where I was eating 9,000 calories a day training to play college football, and yet during this time neither my body fat or overall weight were increasing in the slightest – this despite the fact that I was doing virtually no cardio-style training, and was ONLY lifting weights or doing high intensity sprints and plyos.


Is maximal lifting (100% of PR) recommended for high school aged student athletes, or should they be more focused on light weight, high repetition workouts?


 In my opinion, assuming technique is being taught properly, the loads that a high school athlete trains with can (and should) vary greatly on an individual case-by-case basis. Some high school boys, for example, are nearly fully developed by age 16-18, whereas many others are still virtually pre-pubescent at age 15-16; and the latter should not be lifting weights heavy, if yet at all.  However, if these teens are sufficiently fully developed,  recovery hormones secreted at rest by young men and women in this age group are usually higher than at any other time of their life, enabling them to train very hard with less physical hardships.


Currently, my weight lifting weekly routine has me hitting one major muscle group a day (e.g. back day, chest day, etc.). I’ve been doing this routine for the past 6 months and have seen great results in overall body composition and increase in maxes. Currently, my goal is to decrease overall body fat percentage and maintain strength. I know many people recommend hitting major muscle groups two times a week to see better results. In order to achieve my fitness goals, would you recommend hitting major muscle groups twice a week?


The best answer probably depends on what is most important to your fitness goals.  If overall strength is your priority, a transition to working major muscle groups twice weekly will produce exponential increases.  However,  I know that bodybuilders prefer to devote an entire day to a single muscle group since it allow them to focus more attention on developmental gains or changes in appearance for vanity purposes.  Unless you are interested in doing bodybuilding show competitions, I encourage you to graduate to the twice-weekly approach and discover new-found strength in areas that you haven’t realized before!                                                   



“Is maximal lifting (100% of PR) recommended for high school aged student athletes, or should they be more focused on light weight, high repetition workouts?”





One of the most overlooked realizations in today’s fitness and wellness realm is the forgotten fact that athletes calorie needs are different than the standard population.  Fad diets (often ill-advised even for the sedentary people that they are marketed to) have no place on the athletes plate.  Rather, they must adhere to a much higher caloric intake, with higher levels of all macronutrients; not just protein, but fats as well, and especially carbohydrates.


For a better understanding of these principles, see below for a link to an interview I did earlier this spring – hosted by my friend and former tennis professional Andy Gerst, on his ‘Everything About Tennis’ podcast:


Recently I submitted a research experiment I conducted at Cal Poly State University: the study attempts to offer a new equation for the exponentially higher resting metabolic rate of [college] athletes when compared to more dated prediction equations used for other more normalized populations.  My research showed a difference of over 400 calories in this RMR value, which is only a small fraction of total daily caloric expenditure even before exercise is accounted for!

Also this past summer, I released a sports nutrition ebook that serves as a practical, quick reference guide to the athlete who seeks more new and healthy options in their diet for good sources of fuel.   My hope is that the ebook serves as a basic but much-needed summary of the sometimes intimidating and broad spectrum of sports nutrition for an athlete who is bombarded by uneducated opinions and just doesn’t know where to start!

                     – CHRIS BORGARD


Fad diets  have no place on the plate of an athlete.