Showing posts with label Training. Show all posts
Showing posts with label Training. Show all posts

Wednesday, March 1, 2017

Jaxon Bellamy A Top 3 QMJHL Prospect

Hampton's Jaxon Bellamy, a former Proto Strength & Conditioning athlete is likely to be selected in the first round of the 2017 Quebec Major Junior Hockey League Draft.

"When Jaxon started training with us, he had height, a great work ethic and desire to learn."  Said Cory Goodman, the director of Proto S&C.  "He was the weakest in the group and had a lot of biomechanical flaws that needed to be remedied."  In time, with a lot of focus, young Bellamy closed the gap with the others in his training group.

"I remember him coming back from a tryout after we'd be training for a couple of months.  He had a big grin on his face and said that the coach had noticed how much better he was on the ice.  He'd already felt a difference himself, but for the coach to see that too was a big deal."  Said Goodman.

Jaxon's drive, desire, and attitude are sure to serve him well as he pursues his hockey dreams.

An eloquent interview with Jaxon can be found here:
https://www.youtube.com/watch?v=OjdTZq5-46w

Thursday, January 22, 2015

Jeux Canada Games Team NB

Congratulations to Proto athletes Ian and Cameron on making the alpine ski team which will be representing New Brunswick next month at the Canada Games in Prince George.

They've trained hard over the past couple of years, and made drastic improvements in their strength, power and control.  So far this season, they've been racing well, and I'm expecting them to put up some excellent race times in the GS.  Slalom is an event where they typically perform well and the Canada Games should be no different.   I'm anticipating Ian and Cameron to surprise a lot of the competition in the the Super G.  Traditionally, maritimers to do not do well in this event as there aren't any hills in the region that are big enough to support a Super G course.  To overcome this, these skiers along with the New Brunswick team, have traveled to some larger hills and participated training camps there.  It is because of this quality practice coupled with the specific training we've been doing in the weight room that I expect both Ian and Cameron to do well in the event.

Make us proud, guys!

Monday, March 5, 2012

Training Variables

When it comes to designing a training programme, there are a myriad of factors that must be taken into consideration.

To give you an idea of what your strength and conditioning coach looks at, here's a partial list:

  • The Athletes: Age, gender, training age, growth stage, injury history, injury status, medical history, medical conditions, height, body composition (% lean mass, % fat mass), fat distribution, posture, joint stiffness, joint laxity, relative muscle strength, relative muscle length, imbalances or asymmetries in muscle strength, proficiency in fundamental movement skills, balance, co-ordination, biomechanics of basic actions...
  • The Sport: Sport training for, position(s) training for, all sports played, all positions played, other activity participation, competitive season length,  off-season length, pre-season length, common injuries in that sport, work:rest ratios of sport based on position and competitive level, critical skills and attributes separating elite from sub-elite athletes in that sport...
  • The Schedules: Practices, meetings, film study, exhibition games, tournaments, league games/matches/meets, playoffs, camps/combines, academic, work...
Based on this background information a programme can be designed by manipulating the following variables to achieve the desired outcomes given where the athlete is, where they need to be, and how much time they have to get there.
  • Training frequency
  • Training times
  • Duration of workouts
  • Number of exercises
  • Types of equipment
  • Training location (surface)
  • Exercises
  • Movements
  • Drills
  • Split structure
  • Work to rest ratios
  • Type of overload
  • Relative and absolute resistance loads
  • Relative and absolute assistance loads
  • Number of sets
  • Set structure
  • Number of repetitions
  • Contraction type
  • Pace and rhythm
  • Exercise order
  • Exercise progression
  • Load progression
  • Volume progression
Since each of these variables can have at least 3 values, (many are actually unlimited) a mathematician would say there are at least 1 000 000 000 000 000 000 000 different training programmes possible. 


And all this just covers the W5 (who, what, when, where, why) of a training plan.  The HOW, which is is arguably the most important part, comes down to the skills of the the strength and conditioning specialist working with the athlete.  His/her understanding and expertise of functional anatomy, biomechanics, exercise physiology, and motor control and learning, is needed for safety and success.  Combined with his/her ability to observe, teach, monitor, explain, adapt, and motivate it what makes them a strength and conditioning coach and indispensable to an athletes succeeding at the next level.

Wednesday, February 29, 2012

Sets and Reps: What type of training am I doing?

Talk around the gyms lately has brought something to my attention: how little the typical user (recreational lifter) understands about resistance training.  This is no fault of their own.  I attribute it to the apparent simplicity of picking up something heavy, putting it back down, picking it up again, then putting it down... All the BS in the muscle, fitness, and men's and women's magazines complicates things.  There you get journalists and writers (not biomechanists, nor exercise physiologists) trying to explain something they don't comprehend, using the simplest form of language, to a target audience  of readers who have an interest in but no knowledge of exercise science.

This post will be a primer on resistance training for the recreational gym member.  Everything that follows is a simplification to for the sake of brevity.  Expect a more detailed explanation in a later post.  Better yet, hire a strength and conditioning coach to work with you.


First, let's clear up a few terms:
Weightlifting is an Olympic event that involves two lifts: the clean & jerk, and the snatch.  (Both are more accurately described as power movements.  In fact, weightlifters exhibit the highest power outputs of any athletes.)  Powerlifting is also a competitive event, but involves the deadlift, squat, and bench press. (All three are more accurately described as strength movements.)  Resistance training involves deliberate repetitive movements against (and usually overcoming) some sort of opposing force, such as: barbells, dumb bells, cables, bands, chains, rocks, sandbags, medicine balls, training partners, and countless other implements.


How many reps?
Resistance training to increase lean muscle mass is called hypertrophy training.  These types of protocols generally promote local muscular endurance, therefore endurance training is synonymous with hypertrophy training and is not a separate entity.  Hypertrophy training is most effective when each set is comprised of 8-12 repetition (reps), and with  60 to 90 seconds of rest is provided between sets.

Strength training is done to improve strength.  The majority of the improvements here come from improving the co-ordination of a number of muscles (and their respective sub-units called motor units) to produce force in unison.  Strength training is best done with sets comprised of 4-6 reps for recreational exercisers, with 2-4 minutes of rest between sets.  (For experienced athletes training under a strength and conditioning coach, 2-4 reps may be ideally prescribed for large movements –still using 4-6 reps for smaller actions– but this carries far too much risk for recreational training and minimal reward.  In fact, probably no reward, since they are training for health and/or cosmetic reasons.  If they were training for a competitive goal they would employ a certified strength and conditioning specialist to coach them.)

Power is the product of speed and force.  Therefore power training is based on fast movements.  Power training can employ a broad range of repetitions per set, and a myriad of loads depending on the training outcome.  Typically these training outcomes are performance driven and apply to athletes, but not to recreational exercisers, therefore power training doesn't need to be discussed any further in this post.


How many sets?
For any given workout, the number of sets per exercise doesn't really seem to matter a whole lot.  What does matter is the number of sets for a given muscle group.  If you think about it, this makes sense.  Whether you do three sets of one exercise for the chest, or one set of each of three different exercises for the chest, your chest is going to be tired.  You've provided the desired training stimulus to the chest in both cases.  They differ slightly, in that the first is focused, and the second a bit more broad, but if the relative loads are the same, the body will respond and adapt similarly (if not identically).

The number of sets per muscle group per week is more important than the number of sets per muscle group per workout.  For novice recreational exercisers 2 sets/week for each muscle group in the upper body and 3 sets/week for lower body muscle groups is appropriate.  For advanced recreational exercises with more than 6 months of consecutive training history, 6 sets/week for each muscle group is usually optimal.  What's great about this is that it allows all sorts of variety in designing a training plan!   Provided the a minimum 48 hours is provided between working out the same muscle group, almost anything goes.   Whether...

  • two sets of a total body circuit on Mondays, Wednesdays, Fridays;
  • or a 5-day split routine with 6 sets of one exercise per muscle group per day;
  • or a 5-day split with 1 set of 6 exercises per group; 
  • or a 2-day alternate split where days 3 and 4 are similar to days 1 and 2 but use dumb bells for the 3 sets instead of a barbell,

 similar (not identical, none better than others) training outcomes can be expected.


Saturday, January 7, 2012

Agility Training - The Importance of Technique

This is an article I wrote a few years ago that was published in the National Strength and Conditioning Associations Performance Training Journal.  The target audience for that issue was football coaches and athletes.  It is applicable to all ground-based sports, so is relevant for hockey, basketball, soccer, volleyball, figure skating, baseball...

There is a bunch of research and information on how training for strength, power, and speed improve agility.  This is because those correlations are relatively simple to study.  On the contrary, the effects of technique must be deduced:  A novel technique will inevitably be slower than a well-practised one, so you can't compare A to B, unless both techniques are well refined skills of the same athlete.  Logical, deductive reasoning, based on a strong knowledge of biomechanics, functional anatomy, physics, sport rules, position skills/assignments is necessary to determine the best techniques to be taught.

I believe that at least two of these agility techniques should be taught and practised early in the off season. (Typically, they could be done between sets since they're low intensity, low volume work focused on co-ordination.)  That way when power, speed, and reactive agility training is introduced, the athlete has a repertoire of refined techniques and should automatically select the ideal one based on the situational demands of the training (i.e. specific drill/exercise, the surface, direction, which foot is in contact...).  Only if they slip, or appear inefficient does the coach need to intervene with a technical correction.

Enough explanation.  Here it is: Improving Agility Techniques

Monday, January 2, 2012

New Years Resolutions

It's that time of year when people come out of the woodwork (off the couch is a more accurate phrase) looking to find a personal trainer and/or a gym membership as part of a New Years Resolution to get into shape, or loose weight, or get back to a size 8, or ...

This post is not to stroke your ego and tell you how great you're doing by starting a workout program, how it will increase your quality (and quantity) of life, improve mental and physical health, relieve stress, be fun, and make everything in life easier.  You know this. You also know that you will most likely drop out of any new activity and revert a sedentary lifestyle before the second week of February. Instead let's look at the realistic outcomes from some of the more popular modes of activity people commit to at this time of year.

Workout videos at home:  Your home treadmill is used as a clothes rack, your bike is rusted and doesn't shift properly, you can't find your left running shoe, you hire some guy to plough your driveway.  You have lots of opportunity for exercise at home and you don't do it. Videos are no different.

Join a running club:  If you're a runner, a running club can be a good idea.  There are also many learn-to-run programmes available.  Both meet regularly.  You'll expected to attend.  You'll meet others who can serve as motivators (or competitors: "I ran 10k yesterday. Did you?").  Running requires a high caloric expenditure.  All this is good.  At some point, since your biomechanics are less than perfect (weakness, technical flaw, old injury) you'll have to stop running and will consider coming to see me to fix your problems and make you a more efficient runner.  This is great for me.
   
Fitness classes:  They have the same pro's as a running club, but unfortunately are not ongoing.  When the month is up or the 12 week session ends, you are unlikely to continue because you missed 3 classes in the original session, and you've got a really busy month coming up, so you'll just pay the drop in fee instead, but then that doesn't work cause your favourite instructor is no longer teaching on Tuesdays, and sometimes your meeting runs late on Wednesday and...

Gym memberships:  If you know what you're doing (you don't) and you will actually stick to a regular workout schedule (you won't), gym memberships are a great way to go.  Make it worthwhile: before you sign up, select a personal trainer (see below) and commit to an ongoing relationship with them.  Then pick a gym where they can train you.

Personal trainer:  A good (or excellent) personal trainer will work with you on a FREQUENT AND ONGOING BASIS to help you achieve your goals.  Selecting a good (or excellent) personal trainer is like picking a good (or excellent) plumber, mechanic, lawyer, or surgeon:  A piece of paper, or a fancy advertisement means NOTHING of their competence as a professional.  Do your homework, interview them, check their references, their credentials and scope of practice, and professional liability insurance.  Once you've chosen one, you will form a relationship that will help you adhere to a programme over a long term.

Diet:  C'mon dieting doesn't work! You need to change your relationship with food and your approach to eating.  Check out the Gaining and Losing Weight section of this blog.

Take the stairs:  Challenging yourself to take the stairs, walk to the store, and do calisthenics during commercial breaks, will help increase your daily activity levels.  They probably are not intense (or long or frequent) enough to count as exercise, so don't expect to see major changes in your body or continued improvements beyond the first couple months even if you do stick with it.