Wednesday 13 June 2012

HST Blank Printable 15 rep 2 week cycle

15 rep cycle

(Insert 60% of 1 rep max for exercises on final day of cycle. Subtract 1kg each day working backwards for small muscles and 2-5kg for bigger muscles - lighter weights are at beginning of cycle.)

Monday Day 1

General warm up

Body weight leg raise 3 X 20-25
Crunch machine 3 X 20-25
Hyper extensions body weight 3 X 20-25

Legs

Leg press or squat Warm up, 2 X 15 X
Leg curl 2 X 15 X
Leg extension 2 X 15 X (optional)

Chest

Bench slight incline Warm up, 2 X 15 X

Back

Chins or Lat pull down
Wide; Warm up, 2 X 15 X
Narrow; 2 X 15 X

Shoulders

Rear delts
Bent over lateral raise 2 x 15 x
Traps
Shrugs; standing calf press machine 2 X 15 X

Biceps

Standing cable preacher (change frequently) 2 X 15 X

Triceps

French Curl 2 X 15 X

Calves

Standing press 2 X 15 X

Wednesday Day 2

General warm up

Body weight leg raise 3 X 20-25
Crunch machine 3 X 20-25
Hyper extensions body weight 3 X 20-25

Legs

Leg press or squat Warm up, 2 X 15 X
Leg curl 2 X 15 X
Leg extension 2 X 15 X (optional)

Chest

Bench slight incline Warm up, 2 X 15 X

Back

Chins or Lat pull down
Wide; Warm up, 2 X 15 X
Narrow; 2 X 15 X

Shoulders

Rear delts
Bent over lateral raise 2 x 15 x
Traps
Shrugs; standing calf press machine 2 X 15 X

Biceps

Standing cable preacher (change frequently) 2 X 15 X

Triceps

French Curl 2 X 15 X

Calves

Standing press 2 X 15 X

Friday Day 3

General warm up

Body weight leg raise 3 X 20-25
Crunch machine 3 X 20-25
Hyper extensions body weight 3 X 20-25

Legs

Leg press or squat Warm up, 2 X 15 X
Leg curl 2 X 15 X
Leg extension 2 X 15 X (optional)

Chest

Bench slight incline Warm up, 2 X 15 X

Back

Chins or Lat pull down
Wide; Warm up, 2 X 15 X
Narrow; 2 X 15 X

Shoulders

Rear delts
Bent over lateral raise 2 x 15 x
Traps
Shrugs; standing calf press machine 2 X 15 X

Biceps

Standing cable preacher (change frequently) 2 X 15 X

Triceps

French Curl 2 X 15 X

Calves

Standing press 2 X 15 X

Monday Day 4

General warm up

Body weight leg raise 3 X 20-25
Crunch machine 3 X 20-25
Hyper extensions body weight 3 X 20-25

Legs

Leg press or squat Warm up, 2 X 15 X
Leg curl 2 X 15 X
Leg extension 2 X 15 X (optional)

Chest

Bench slight incline Warm up, 2 X 15 X

Back

Chins or Lat pull down
Wide; Warm up, 2 X 15 X
Narrow; 2 X 15 X

Shoulders

Rear delts
Bent over lateral raise 2 x 15 x
Traps
Shrugs; standing calf press machine 2 X 15 X

Biceps

Standing cable preacher (change frequently) 2 X 15 X

Triceps

French Curl 2 X 15 X

Calves

Standing press 2 X 15 X

Wednesday Day 5

General warm up

Body weight leg raise 3 X 20-25
Crunch machine 3 X 20-25
Hyper extensions body weight 3 X 20-25

Legs

Leg press or squat Warm up, 2 X 15 X
Leg curl 2 X 15 X
Leg extension 2 X 15 X (optional)

Chest

Bench slight incline Warm up, 2 X 15 X

Back

Chins or Lat pull down
Wide; Warm up, 2 X 15 X
Narrow; 2 X 15 X

Shoulders

Rear delts
Bent over lateral raise 2 x 15 x
Traps
Shrugs; standing calf press machine 2 X 15 X

Biceps

Standing cable preacher (change frequently) 2 X 15 X

Triceps

French Curl 2 X 15 X

Calves

Standing press 2 X 15 X

Friday Day 6

(the weights below should be your 60% of 1 rep max.)

General warm up

Body weight leg raise 3 X 20-25
Crunch machine 3 X 20-25
Hyper extensions body weight 3 X 20-25

Legs

Leg press or squat Warm up, 2 X 15 X
Leg curl 2 X 15 X
Leg extension 2 X 15 X (optional)

Chest

Bench slight incline Warm up, 2 X 15 X

Back

Chins or Lat pull down
Wide; Warm up, 2 X 15 X
Narrow; 2 X 15 X

Shoulders

Rear delts
Bent over lateral raise 2 x 15 x
Traps
Shrugs; standing calf press machine 2 X 15 X

Biceps

Standing cable preacher (change frequently) 2 X 15 X

Triceps

French Curl 2 X 15 X

Calves

Standing press 2 X 15 X

Monday 11 June 2012

Hypertrophy-specific Training. 15 rep 2 week cycle

11th June 2012

The problem I can foresee here is, because I am not lifting very heavy weights at the moment, some of the increments are very small. This will make it difficult to find weights small enough. I might have to double up some of the days whereby I do the same weight on consecutive days and maybe pushing one more rep.

Perform a simple short full body warm up prior to lifting any weights. It is sufficient just to raise the heart rate a bit for maybe up to five minutes.

Do not perform any stretches.

Some of the exercises require a warm up which entails lifting half the target weight 15 times and are indicated below.

2 X 15 means lifting the weight 15 times, resting and then doing it again 15 times. The maximums for each repetition group will be the target weights for the end of the two week cycle.

Back and chest have alternative exercises each time. Day 1, 3, 5 consist of wide and narrow lat pull down for the back and slight incline bench for the chest. Day 2, 4, 6 consist of T-bar row (should be wide and narrow grip) for back and dips or pec deck for chest.
Try to mix up the exercises for biceps frequently.

First cycle
15 rep max programme
Monday Day 1

Abs
Body weight leg raise for now 3 X 20-25

Legs
Leg press or squat; Warm up, 2 X 15 X 75kg
Leg curl 2 X 15 X 75kg
Leg extension 2 X 15 X 75kg

Chest
Bench slight incline Warm up 2 X 15 X 25kg

Back
Chins or Lat pull down
Wide Warm up, 2 X 15 X 40kg
Narrow 2 X 15 X 40kg

Shoulders
Rear delts
Bent over lateral raise 2 x 15 x 4kg
Traps
Shrugs: standing calf press machine 2 X 15 X 40kg

Biceps
Standing cable preacher (change frequently) 2 X 15 X 12kg (Note: Failed. Moved closer to the cable on second set and only managed 12 reps. Try same next time standing slightly further back.)


Triceps
French Curl 2 X 15 X 15kg

Calves
Standing press 2 X 15 X 40kg

Notes:
Monday 11th June 2012
This was more difficult than I had anticipated. It is a long time since I did a full body workout with 15 reps. In fact, the last time I did anything similar, my wife was pregnant with my 10 year old son.

Wednesday Day 2
Abs
Body weight leg raise for now 3 X 20-25

Legs
Leg press or squat; Warm up, 2 X 15 X 78kg
Leg curl 2 X 15 X 78kg
Leg extension 2 X 15 X 78kg

Chest
Pec deck 2 x 15 X 25kg

Back
T-Bar Warm up, 2 X 15 X 32kg

Shoulders
Delts rear bent over lateral raise 2 x 15 x 4.5kg
Shrugs Standing calf press machine 2 X 15 X 43kg

Biceps
standing cable preacher (change frequently) 2 X 15 X 13kg
Triceps
French Curl 2 X 15 X 13kg

Calves
standing press 2 X 15 X 43kg

Friday Day 3
Abs
Body weight leg raise for now 3 X 20-25

Legs
Leg press or squat; Warm up, 2 X 15 X 79kg
Leg curl 2 X 15 X 79kg
Leg extension 2 X 15 X 79kg

Chest
Bench slight incline Warm up 2 X 15 X 26kg

Back
Chins or Lat pull down
Wide Warm up, 2 X 15 X 45kg
Narrow 2 X 15 X 45kg

Shoulders
Delts rear bent over lateral raise 2 x 15 x 5kg
Shrugs Standing calf press machine 2 X 15 X 44kg

Biceps
standing cable preacher (change frequently) 2 X 15 X 14kg


Triceps
French Curl 2 X 15 X 14kg

Calves
standing press 2 X 15 X 44kg

Monday Day 4
Abs
Body weight leg raise for now 3 X 20-25

Legs
Leg press or squat; Warm up, 2 X 15 X 80kg
Leg curl 2 X 15 X 80kg
Leg extension 2 X 15 X 80kg

Chest
Pec deck 2 x 15 X 27kg

Back
T-Bar Warm up, 2 X 15 X 34kg

Shoulders
Delts rear bent over lateral raise 2 x 15 x 5.5kg
Shrugs Standing calf press machine 2 X 15 X 45kg

Biceps
standing cable preacher (change frequently) 2 X 15 X 15kg


Triceps
French Curl 2 X 15 X 15kg

Calves
standing press 2 X 15 X 46kg

Wednesday Day 5
Abs
Body weight leg raise for now 3 X 20-25

Legs
Leg press or squat; Warm up, 2 X 15 X 82kg
Leg curl 2 X 15 X 82kg
Leg extension 2 X 15 X 82kg

Chest
Bench slight incline Warm up 2 X 15 X 28kg

Back
Pull downs
Wide Warm up, 2 X 15 X 48kg
Narrow 2 X 15 X 48kg

Shoulders
Delts rear bent over lateral raise 2 x 15 x 6kg
Shrugs Standing calf press machine 2 X 15 X 46kg

Biceps
standing cable preacher (change frequently) 2 X 15 X 16kg


Triceps
French Curl 2 X 15 X 16kg

Calves
standing press 2 X 15 X 46kg

Friday Day 6
(the weights below are 60% of my 1 rep max which I found using the calculator in exrx.)
Abs
Body weight leg raise for now 3 X 20-25

Legs
Leg press or squat; Warm up, 2 X 15 X 84kg
Leg curl 2 X 15 X 84kg
Leg extension 2 X 15 X 84kg

Chest
Pec deck 2 x 15 X 30kg

Back
T-Bar Warm up, 2 X 15 X 36kg

Shoulders
Delts rear bent over lateral raise 2 x 15 x 6kg
Shrugs Standing calf press machine 2 X 15 X 48kg

Biceps
standing cable preacher 2 X 15 X 15kg


Triceps
French Curl 2 X 15 X 15kg

Calves
standing press 2 X 15 X 48kg

Hypertrophy-Specific Training: Writing the programme

10th June 2012

I have slowly been adapting myself to the gym after an absence of a couple of years. It is important not to rush these things at the beginning. If you have been away from the gym for a while or if this is the first time for you to start on a real weightlifting programme, then you need to allow the body to slowly adjust to its new environment. The last thing you want is an injury at the outset of a new regime.

It is best to start out doing a full body workout three times a week to acclimatise yourself to the gym. If this is the first time you have done weight training, you could stick with this programme for the first 12 weeks. You will see a lot of progress during this time. A good full body workout can be found on exrx here.

Over the last few weeks I have been concentrating on increasing the weights I can lift so that I can find out my weight limits up to 10 repetitions.

I have been following a three day split so I have been in the gym five days a week exercising all body parts twice each apart from the legs which I did only once a week - they are bigger and require more strenuous exercise and longer recovery. I did the split by doing push exercises on Monday and Thursday and pull exercises on Tuesday and Friday and legs on Wednesday.

I am now able to lift slightly heavier weights which has made it possible to calculate all my one rep max's. This means that I can now write my hypertrophy-specific training schedule. This shall follow the principles of low volume and progressive intensity training, an interesting article on which can be seen here.

In my next post, you will be able to see my new training schedule showing all the exercises in the correct order with the weights and numbers of times I shall be lifting them for the next two weeks. The programme is now all planned out to the last detail for the next eight weeks. I shall be posting the schedule in two weekly blocks just in case I need to do any adjustments. I can foresee one problem; because I am not lifting heavy weights yet, some of the incremental increases are very small and these kind of weights are not readily available in the gym. I might have to do some adapting until I can lift heavier weights.

For people lifting heavier weights, and for most of the exercises myself as well, the beauty of this system is that there is no guess work, no "let's just see how many times I can lift this." The intensity increases over the entire course, first on a two week cycle with the number of reps staying the same but the weight increasing from one session to the next. The intensity also increases every fortnight as the weight is considerably increased as you move onto the next repetition max group. You perform your 15 repetition max group of exercises for two weeks, then two weeks of 10 and finally two weeks of 5.

A general warm up for the whole body should be performed prior to lifting any weights. This might involve a few minutes on the treadmill or some Ab crunches just to raise the pulse a bit. The warm up for some of the exercises should consist of lifting half the target weight about 12 to 15 times. This allows you to get used to performing the exercise. It is not necessary to stretch as this just puts the muscle under stress and will result in not being able to lift the weight to the best of your ability and strength.

Sunday 10 June 2012

Putting it into practice; Hypertrophy-Specific Training

10th June 2012

To plan your hypertrophy-specific training schedule you need to calculate your 1 rep max. This is the heaviest weight you can lift just one time and no more.

You do not have to find out what this is by actually lifting it in the gym as doing it this way would take too long to work out. Each time you lift a weight your muscles are weakened so to find out your 1 rep max could take weeks as you would need to allow your muscles sufficient time to recover between experimental lifts. You may find that you can lift a certain weight six times and at this point your muscle experiences complete muscle failure; you are unable to lift it one more time while maintaining correct posture. Never force a lift and never cheat by swinging your torso to help a lift. There are times when you might do negatives, but these should only be incorporated into the end of a workout programme lasting up to 12 twelve weeks; the final week might use negative lifts. I shall write about this in a later posting.

After finding out how many times you can lift a certain weight, as long as it is less than 10 times, you can use a 1 rep max calculator to find your 1 rep max. You also need to find out what your 15 rep, 10 rep and 5 rep max's are so I use the exrx calculator for this which can be found here.

Having input the weight you managed to lift and the number of reps you did into the boxes at the top, the table on the right is populated giving you estimated weights for various percentages of your one rep max.

I use dos Remedios for my estimated reps at percentage of 1 repetition maximum, so for my 15 rep max I need to find the 60% of max, for my 10 rep max, I need to find the 75% of max and for the 5 rep max, I need the 85% of max.

You will need to do this for all the exercises to be used in the workout programme.

Over the course of the last few weeks, I have been slowly increasing the intensity of my weight lifting. I started on weights that I could comfortably lift more than 12 times and over time, I have increased the weight from one week to the next until last week I was lifting weights that I could not manage to lift more than 10 times. I was able to use these weights and the number of reps to predict all my one repetition maximums.

The exercises you need to do the predictions for are as follows;
(Clickable for video)

Squats (due to a lower back weakness and operation to my left knee, I used the leg press machine instead), seated leg curl, slight incline bench press (the incline helps to work the pec minor and front deltoids as well as the pec major. I do the power lifting versionDips (for chest, I used the pec dec instead as I am not yet strong enough to do proper chest dips), lateral raises for rear deltoids, preacher curls for biceps, standing calf press, chins (again I am not strong enough yet so I used wide and narrow lat pull downs), bent over row (I used T-bar), shrugs for traps (I used the standing calf press machine) and French curl for triceps (like a skull crusher but behind the head and using an ezee bar).

In my next post, I shall show you what the weight training programme looks like for me using the two week cycles for 15, 10 and 5 rep maximums.


Sunday 3 June 2012

Hypertrophy-Specific Training

Taken from the HST website:
http://www.hypertrophy-specific.com/hst_notes.htm


History of HST
Hypertrophy-Specific Training™ arose out of the research looking at both the stimuli and mechanisms
for muscle cell hypertrophy. Hypertrophy-Specific Training (HST) is based on physiological principles of
hypertrophy first discovered in the laboratory. These principles were then organized into a "method" of
mechanically loading the muscle to induce hypertrophy. Of course, translating these principles into
applicable methods (sets & reps & schedules) brings in some possibility of error. As the science
continues to explore the exact mechanisms of muscle hypertrophy, this error will be whittled away.
I didn't start out knowing how muscles grew. After all, it is a process that cannot be observed with the
naked eye. In the beginning I simply did what others were doing. Then, I began reading muscle magazines
and buying books. Still, I wasn't able to achieve the level of muscularity I saw so prominently displayed in
the magazines.
For about 10 years I trained with all the popular training styles. I made decent progress in the beginning but
as time went by, I seldom saw changes in the mirror, at least not any I could get anyone else to notice.
But I continued to pursue the art.
As I entered college and graduate school, I finally had access to real research that was only just then
beginning to take form. The interest in muscle growth is fairly new in academic circles. As I began to
explore the research, it became clear to me that the routines and traditions I was exposed to as a
bodybuilder, were NOT based on physiological principles on a cellular level.
It was a "fantastic voyage" compared to the European inspired global view of training. At the microscopic
level scientists were talking about things like "myogenic stem cells", "growth-factors", "mechanical loading",
"synergistic ablation", "smeared Z-lines", "MAPk/ERK" and many other things hidden to the naked eye.
All of these things were left out of the equation of traditional training routines.
As hypertrophy-specific research progressed in specificity it was clear that traditional training routines had
stumbled across many important principles of load induced muscle hypertrophy, but because of their
limited perspective (volume and intensity) they failed to capitalize on some critical truths exposed by research
at the cellular level.
The principles of hypertrophy that HST is based on are as follows (not an exhaustive list):


HST Principles
1) Mechanical Load
Mechanical Load is necessary to induce muscle hypertrophy. This mechanism involves but isn't limited to,
MAPk/ERK, satellite cells, growth factors, calcium, and number of other fairly understood factors. It is
incorrect to say "we don't know how muscle grows in response to training". The whole point of the HST
book is not to discuss HST, but to present the body of research explaining how hypertrophy occurs.
Then HST becomes a relatively obvious conclusion if your goal is hypertrophy.
2) Acute vs. Chronic Stimuli
In order for the loading to result in significant hypertrophy, the stimulus must be applied with sufficient
frequency to create a new "environment", as opposed to seemingly random and acute assaults on the
mechanical integrity of the tissue. The downside of taking a week of rest every time you load a muscle is
that many of the acute responses to training like increased protein synthesis, prostaglandins, IGF-1 levels,
and mRNA levels all return to normal in about 36 hours. So, you spend 2 days growing and half a week in
a semi-anticatabolic state returning to normal (some people call this recovery), when research shows us
that recovery can take place unabated even if a the muscle is loaded again in 48 hours. So true anabolism
from loading only lasts 2 days at best once the load is removed. The rest of the time you are simply
balancing nitrogen retention without adding to it. 
3) Progressive Load
Over time, the tissue adapts and becomes resistant to the damaging effects of mechanical load. This adaptation
(resistance to the stimulus) can happen in as little as 48 hours (Repeated Bout Effect or Rapid Training
Effect). As this happens, hypertrophy will stop, though neural and metabolic adaptations can and may continue.
As opposed to hypertrophy, the foundation for the development of strength is neuromuscular in nature.
Increases in strength from resistance exercise have been attributed to several neural adaptations including
altered recruitment patterns, rate coding, motor unit synchronization, reflex potentiation, prime mover
antagonist activity, and prime mover agonist activity. So, aside from incremental changes in the number of
contractile filaments (hypertrophy), voluntary force production (i.e. strength) is largely a matter of "activating"
motor units. 
4) Strategic Deconditioning
At this point, it is necessary to either increase the load (Progressive load), or decrease the degree of
conditioning to the load (Strategic Deconditioning). The muscle is sensitive not only to the absolute load, but
also to the change in load (up or down). Therefore, you can get a hypertrophic effect from increasing the load
from a previous load, even if the absolute load is not maximum, assuming conditioning (resistance to exercise
induced micro-damage) is not to extensive. There is a limit to the number of increments you can add to increase
the load. You simply reach your maximum voluntary strength eventually. This is why Strategic Deconditioning
is required for continued growth once growth has stopped (all things remaining equal).


HST Methods
Utilizing lactic acid as a stimulus for tendon repair/health
Now HST incorporates a few other things such as higher reps (for lactic acid) to prepare the muscles and

tendons for future heavy loads. This serves as "regular maintenance". Without it, you increase your risk of
chronic injuries and pain. The metabolically-taxing reps enhance healing of strained tendons. Compound
Exercises
HST also suggests using compound exercises to maximize the effects of loading on as much muscle as possible
per exercise. 
Progressively Adjusting reps to accommodate Progressive Load
HST suggests that you use 2 week blocks for each rep range. Why? It has nothing to do with adaptation. It is
simply a way to accommodate the ever increasing load. Of course, you could adjust your reps every week (e.g.
15,12,10,8,5,etc), but this is more complicated and people might not understand. Often times, in order to
communicate an idea you must simplify things, even at the expense of perfection. If people can't understand it,
they won't do it. What good would that do or anybody? Then, over time, people figure out for themselves the
other possibilities that exist within the principles of hypertrophy. 
Low volume per exercise (average volume per week)
HST suggests that you limit the number of sets per exercise per workout to 1 or 2. This is based on "some"
evidence that sets beyond the first "effective" set do little more than burn calories. There is nothing wrong with
burning calories, but when you get to be my age you just don't have the exercise tolerance that you once did.
Using hormone replacement (HRT) therapy would of course, increase the number of sets you could do without
undue stress.
Some may question the validity of HST not utilizing more than 1 or 2 sets per exercise. The number of sets is
set low to accommodate the frequency necessary to create an effective and consistent environment to stimulate
hypertrophy. Over the course of a week, the volume isn't that different from standard splits (e.g. chest,
shoulders, triceps, back biceps, legs). (see table below)

Instead of doing 6 sets on bench in one workout, those sets are spread over the course of a week (2 on Mon,
2 on Wed, 2 on Fri). Either way the muscle sees 6 sets each week, however, with HST the distribution of the
loading sessions creates a consistent environment conducive to hypertrophy. When you do all six sets at once,
you put unnecessary drain on the central nervous system (CNS) and invite centralized overtraining symptoms
and burnout.


Multiple Consecutive Eccentric Workouts
HST utilizes, when practical, eccentric workouts for 2 consecutive weeks. This suggestion is only for exercises
that can be performed in eccentric fashion without risk of injury. Eccentric sets are performed with weight that
exceeds their 5 rep max. This is done to extend the progression in load, began at the beginning of the HST
cycle, for an additional 2 weeks. The fear of over training is no greater during these two weeks than previous
weeks if volume is controlled for. Recent research has demonstrated this (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12,
13, 14, 15, 16, 17 to name a few). Clearly, the effects of eccentric muscle actions on muscle tissue are one of
the most well researched subjects in exercise physiology.As the research continues to explore the facets of load
induced muscle hypertrophy, HST will apply the new knowledge and become even more effective. For today,
HST represents the state of the art and science of hypertrophy.
I have now used these principles myself, and have used them successfully to train competitive bodybuilders for
some time. It is not "specifically" designed for competitive track athletes, Powerlifters or Olympic lifters,
although I have had many athletes from different sports apply HST to their off-season training with ground
breaking results. It is designed according to research looking specifically at muscle hypertrophy, not muscle
performance.
This subject deserves a lot more attention than I am able to give it here. I will cover the topic more thoroughly in
the future, including the references that first shed light on the principles that gave rise to HST. In the meantime,
if you want to grow as fast as possible, you must apply currently known hypertrophy-specific training principles.



HST Notes
All maxes should be established before beginning the first cycle. Your maxes will determine what
weights you will use throughout the entire cycle. Find your 15 rep, 10 rep, and 5 rep max lifts for each
exercise you are going to use. For the second cycle simply add 5-10 pounds to all lifts.
• There is an obligatory increase in weight (from 5-20 lbs.) each workout. This means that at times you
may be working with less than your maximum weight for any given rep scheme. This is by design. You will
reach max poundages for a given rep range on the last workout of each two week block.
• Determining weights for each workout: Assign your max weights to the final workout of each 2 week
block. Then, in 5-10 pound increments, assign weights in decreasing fashion starting from the last workout
working backward to the first. So, for example, if your 10 rep max is 200 pounds, assign 200 pounds for the
last workout of the 10 rep block, then assign weights that build up to your max in 6 workouts. For our example,
using 5 pound increments, the weights for the whole 2 week block would be 175,180,185,190,195, and 200.
Do this for each exercise for each rep scheme.
• The obligatory increase in weight adheres to the principle of Progressive Load. Physiological systems always
seek balance or homeostasis. This means they will react, change, and adapt in order to counter act the stressor
that is forcing the system to go out of balance. In the case of mechanical loading, the load is the stressor, and an
increase in connective tissue and muscle proteins is the reaction designed to bring the muscle back into
homeostasis.
• Repetitions will decrease every 2 weeks in the following order: 15 reps for 2 weeks Þ 10 reps for 2
weeks Þ 5 reps for 2 weeks Þ then continue with your 5 rep max for 2 weeks or begin 2 weeks of negatives.
15¹s can be skipped when you are about to start over after the first 8 week cycle. If you are feeling strain-type
injuries coming on don't skip the 15s.
• The decrease in reps accommodates the increasing load. However, the high rep workouts serve an important
purpose. Higher volume anaerobic work benefits the muscle by both increasing resistance to injury as well as
increasing functional capacity.
• Sets will be limited to 1-2 per exercise. There is no problem with a single set per body part as long as it is
a maximum effort and/or the rep tempo and form is strictly controlled or the weight is extremely heavy
preventing further sets.
• What most people understand to be overtraining is a result of Central Nervous System (CNS) fatigue. It has
been mistakenly believed that overtraining symptoms arise from fatigue of the muscle tissue itself. Research has
demonstrated this NOT to be the case. Keeping CNS fatigue low during frequent training allows dramatic
strength gains, thus allowing higher and higher poundages to be used thus promoting ongoing hypertrophy.
• Sunday, Tuesday, Thursday & Saturday are rest days. Light cardio (20-40 min.) may be performed on
rest days. Incline treadmill (brisk walk) should be first choice.
• Rest is important. Although it is fine to experience some accumulation of fatigue, adequate and regular rest is
important to avoid injuries and control stress.
• Complete each workout using designated poundages even if muscles are slightly sore from previous workout.
It is important to know the difference between an injury and ordinary muscle soreness. NEVER train a muscle
that is at risk of injury. Always warm up sufficiently to avoid injury.
• Following each 6-8 week cycle, a one-week period of Strategic Deconditioningshould be taken during
which no, training should be performed. This time is used to recuperate and allow any minor over-use injuries to
heal. Try to get plenty of sleep as well as participate in leisure activities outside of the gym.
• Strategic Deconditioning is very important for long term growth. You have to do it eventually if you hope to
bust a previous plateau in ³size². Once your muscle is tuff as shoe leather, all the work in the gym serves only to
maintain what size you already have. SD primes the muscle to respond once again to the training stimulus and
allows growth to resume.
• The whole workout can be split into a morning and afternoon session. It can likewise be doubled, performing
the same workout morning and evening. Keeping volume (number of sets and exercises) low is critical if
doubling the workout.


NOTE: Workouts should be done in similar fashion for each rep scheme using the appropriate poundages
determined by your ( )RM.

Steve Reeves Ultra-Symmetrical Physique Ratios

3rd June 2012

I have taken my wrist and ankle measurements and punched these into several on-line body size calculators. They all use the same methods so the readings were all the same. The measurements are based on a calculation performed during the Victorian period using statues from the Roman and Greek empires which depicted what was considered to be the perfectly proportioned male body which while being muscular was not massive.

Steve Reeves

Steve Reeves, who competed in body building in the 40's and 50's was probably the ultimate body builder from the pre-anabolic steroid era. He tweaked the calculations used by the Victorians slightly whereby for his perfect symmetry, the calves, neck and biceps should be the same circumference, the chest should be twice the thigh and the waist double the neck. Although I can't verify this last ratio, his measurements satisfied the other criteria for what he considered the ideal body.





Based on a wrist measurement of 18.5cm or 7.8", here are my ideal and actual measurements using this calculator.

                                                                   need
Chest 120cm, 103cm, 47", 40.6"                 +17cm
Waist 84cm, 93cm, 33", 37"                        -9cm
Bicep 43cm36cm, (left 35cm) 17"14"       +7cm
Calf 41cm41cm, (left 38cm) 16"16"          0
Thigh 64cm, 57cm, (left 55cm) 25", 22"       +7cm
Neck 44cm, 39.5cm, 17", 15.6"                  +4.5cm
Forearm 35cm31cm, (left 28cm) 14"12"   +4cm
Hip 102cm101cm40"40"                        0


(I find it hard to believe that my hip size is considered to be all right. Everyone I know tells me I don't have a bum. Maybe that's more to do with the shape and contrast with my waist.)

Steve Reeves Ultra-Symmetrical Physique Ratios for me
                                                                            need
Chest = Hip 101cm X 148% = 149cm-/*58.7"        +46cm
Waist = Hip 101cm X 86% = 87cm/34"                 -8cm
Bicep = Wrist 18.5cm X 252% = 47cm/18.5"         +11cm
Calf = Ankle 24cm X 192% = 46cm/18"                 +5cm
Thigh = Knee 39.5 X 175% = 69cm/27"                 +12cm
Neck = Head 57.5 X 79% = 45cm/17.7"                +5.5cm

*This is clearly wrong! Arnold Schwarzenneger had a 57" chest
This seems very out, so adjusting for a smaller waist of 31" which I had in 2005, would give;

                                          need
Chest = 136cm-/53.5"        +33cm
Waist = 79cm/31"               -14cm
Hip = 92cm/36"                  -10cm

As the ankle, wrist and head cannot change, the rest stays the same.

I don't have a hip measurement for Steve Reeves but this would make my other measurements pretty close to his.

            Steve Reeves             Ideal Me      

Chest           54"                        53.5"
Waist           30"                        31"
Bicep           18.5"                     18.5"
Calf              18.5"                     18"
Thigh            27"                        27"
Neck            18.5"                     18"

We are nearly the same height with Steve Reeves at 185cm and me at 188cm, so this makes a lot of sense.

Steve Reeves
While it could be easy to be disheartened by this, one should remember that there is no point in having a goal that doesn't aim for the ideal and stretch you along the way. I know it is going to be extra hard for me considering my past injuries and weaknesses and my age but this is the picture, the image I shall keep in my mind from which I shall gain encouragement.

It's interesting to see that my ideal neck, calve and bicep measurements are all around the 18" mark - the same as Steve Reeves. Yikes. Now there's a challenge but if he could do it then why not? Interestingly enough, I notice that I am only 3cm taller than Steve Reeves and while he was 97kg my ideal according to his calculations would be 104kg.

Steve Reeves
All right he was genetically gifted but he didn't know that before he started out and in fact he had to do it twice. After once having built the ideal body, Steve joined the American war effort in 1944, contracted malaria, and lost over 20lb of muscle as well as the will to continue competing. He bounced back after recovering from his illness and gained the muscle all back in 4 months doing a simple full body work out.

Now, despite the fact he had superior genes, I still find this story a great motivator. While I can't remember my previous measurements I do remember that at the age of 40 my waist was 31", so I know for this body part at least, I can achieve better than my ideal!

Saturday 2 June 2012

How to choose the right weight training programme.





2nd June 2012

Any monkey can go to a gym and lift weights.

However, you need to discover your reason for wanting to lift weights so that you can make a conscious decision to do so. This will help to focus the mind and maintain motivation. By having a programme written down in the form of a log which you take to the gym and monitor the exercises you do, you have a means of measuring your progress which also helps you to remain focused.

Serge Nubret,
180cm tall, 96kg,
145cm (57") chest
71cm  (28") waist
...

You will need to eat properly and do the correct type of exercise with the appropriate rest between sessions for recovery. This needs a lot of work but there are some simple rough guides that I will write about in later posts.














You will need to know that you should aim to increase the intensity or duration of the exercise and you will need to know how you should do this. And finally you will need to know how many times you need to be able to lift the weight, whether you should work within a range of three to six repetitions, six to 12 or 8 to 16, how many sets you should do and how often.

You will need to know which exercises to combine and which to avoid combining in order to minimise the risk of injury from overtraining certain body parts prone to injury such as the lower back. You will need to know that combining a deadlift with a squat and a cable row, while working the hamstrings, quadriceps and back also put strain on the lower back and therefore should not be used together in the same workout. If you choose the deadlift for your hamstrings for that month you will need to use the leg press to exercise the quads and a bent over row to exercise the back. These are things you will need to learn.

...

There are many different reasons for wanting to lift weights. You may require sport-specific training. You may want to increase muscular endurance or strength or you may wish to lift weights as a means of getting fit. If the latter is the case, you still need to decide what your goals are otherwise you will drift along aimlessly until you lose interest and give in.

...

I am going to concentrate on lifting weights for fitness and muscle gain. Muscle gain needs to be defined here as well. We can have muscle gain for strength or for power; basically you can have hard muscles or big muscles. Hard muscles are associated with certain sports like rugby or boxing and big muscles with aesthetics.

Frank Zane,
175cm tall, 84kg
130cm (51") chest
74cm (29") waist
...

I don't really have any sporting requirements apart from perhaps running so I don't need to concern myself with fast twitch as oppose to slow twitch muscle. Larger muscles will mean I can store more muscle glycogen which together with glucose and liver glycogen are the main sources of energy derived from carbohydrate intake. Large muscles are like batteries and are useful for long distance running so if I need a reason for large muscles this can be it.

However, with the risk of sounding vain I am happy to admit that basically I just want to look and feel good.

...

There is a calculator that you can use to find the ideal size of all your vital statistics. This is calculated by inputting your targeted body fat percentage together with your wrist and ankle measurements which can never change; there is no muscle around the slimmest part of these so they can never be developed.

Body measurement calculator

...

Steve Reeves, 185cm tall, 97kg,
132 cm chest (52"),
74cm (29") waist 
What I want to focus on is increasing the size of my thighs and calves and my back and shoulders. By concentrating on the big four, the rest will follow along. The big four are the quads, hams and glutes, the back and the chest. When the back is worked, the biceps and rear deltoids are as well and when the chest is worked, the triceps and front deltoids are utilised. I will throw in a few more exercises for the traps and lateral deltoids to broaden the upper back and create a greater contrast with the waist which I shall maintain to create the classic V shape of the pre-anabolic steroid days of the1950's when Steve Reeves ruled the body building roost - probably the ultimate of the all-natural body building era.

So the right weight training regime for me is one which builds muscle size. I have determined which muscles I want to focus on although it is fair to say all; I just don't want a big waist so I shall avoid working the obliques too much and I don't want massive arms. It is all very well saying what I want. Genetics will determine how hard I need to work but I know I easily gain fat so this could be a problem. Considering my age and seeing as I am not interested in competing, I am not sure yet whether to go the bulking up route or the clean bulking route. I tried clean bulking before and the results come slowly so I think this time I shall try bulking up.

...

In future posts I shall write about the split routine I have selected and the exercises I shall be combining. I shall also write about diet and calories and gaining or losing weight.

The main thing though is to have a goal and to keep this in mind all the time so I shall investigate how to stay motivated and focused so that you can reach your goals. I also want to look at methods for doing this which can be applied to other aspects of your life.

Fitness, exercising and health really are very scientific and require a lot of work and dedication but are worth it in the long run. It's a worthwhile subject to research and I recommend it to anyone and while I am happy to provide some simple starters and pointers, no long-term results will be forthcoming unless you develop an interest in the subject yourself.

The attractive body


2nd June 2012

(Taken from exrx.net. For original text go here.)

Every year after the age of 25, the average American gains one pound of body weight yet loses one third to one half pound of muscle. Consequently, our resting metabolism decreases approximately 2% to 5% every decade after 25 years of age (Evans 1992). Proper exercise and sound eating habits can reverse this process and restore the appearance of our figure or physique. But, what constitutes a beautiful or aesthetically attractive body?

Bodily beauty has been described as the average of everyone. In other words, if everybody's visual traits were reduced to numbers and the average of the numbers where converted back to a human figure, this average of the human image would constitute ideal beauty.

According to evolutionary psychology, the attraction to bodily characteristics is said to be biologically innate. Early humans were attracted to particular physical traits in the opposite sex; an attractive individual was, and still is, perceived by having traits conducive to optimal procreation. The classic female figure suggests fertility. For women, fuller breasts and hips 1/3 wider than the waist, or a waist-to-hip ratio of 0.7 is considered the ideal. A smaller waist suggests youth and greater fertility.

Similarly, the early male physique implied protector and provider. For men, a more muscular physique with wider shoulders and a waist to hip ratio of 0.9 is considered more attractive. A larger waist would signal ill health and, thus, bad genes. We have inherited the physical and psychological characteristics of the winners of this evolutionary beauty contest.

It seems, though, that beauty is also defined by cultural constructs that continue to change throughout time. Ideal beauty also varies in different societies around the world. Western culture at this time has embraced the fashion model as an exemplar - greatly because we are constantly inundated with these images which are, ironically, far from the norm. We find beauty in physical traits we see often, particularly those images portrayed in the media. However, those images are often unrealistic for us to acheive ourselves. Just looking at a fashion magazine tends to leave women less satisfied with their weight and size (Turner et al. 1997). In fact, people with eating disorders are much more likely to report being influenced by unrealistic body images in the media (Murray, Touyz & Beumont 1996). Interestingly, due to various editing and imaging techniques, not even models or actors are as attractive as their own image.

Variations in body shape are dictated by differences in the size, shape, and proportion of muscle, fat, and bone. The distribution of body fat has more variation in its shape and size than does muscle. A greater than normal fat content can increase the likelihood one's body shape will vary from the norm. Certainly there are those who can maintain an attractive body at a higher-than-normal body fat. Their genetics for fat distribution allows them to maintain normal shape and proportions despite their higher body fat.

Visual aesthetics involve the compliments of lines, shapes, and proportion. The irregular lines and shapes of an unfit body results in its less-than-ideal beauty and aesthetics. The combination of muscle building and fat loss can restore bodily aesthetics and beauty.

In today's sedentary society, many individuals have significantly less muscle mass and more fat than what they had when they were younger. Likewise most of us probably have less muscle and more fat than our ancestors who performed daily manual labor.

Exercise and sound dietary modifications can restore more normalized proportions, curved segments, posture and lines associated with an attractive body.

"Man tries to exaggerate what nature has given him," Charles Darwin (1809-1882).

Weight training myths

2nd June 2012

I am often surprised by the silly things that normally quite intelligent people sometimes say.

One subject that a lot of clever people avoid doing any proper research into is weight training and fitness.

They might once in a while jump on the latest band wagon and take up the newest diet. They might buy the next best thing in ab training or fat burning that will slowly start to accumulate dust in the loft, in the garage or under the bed.

The reason for this is probably because clever people associate fitness with muscle bound thugs who can't possibly be intelligent and therefore what they do can't be a clever thing.

The irony is that it is the clever people who have fallen victim of the advertisers and have become too lazy to do anything about their lack of fitness or perhaps it is because they are just too busy to give it the time it really deserves. Is watching TV really more inmportant?

Here are some of the myths, misconceptions and lesser known advantages about weight training.

1. If I exercise, my fat will turn to muscle. My body will become hard and I won't enjoy cuddles anymore.


Muscle and fat are different things and one cannot become the other. It is not possible to grow muscle by eating fat - muscle comes from protein, fat produces fat.

Fat can also develop from excess calories from any source of food. Eating too much of anything can lead to the development of fat. Fat is basically unused energy which is put to one side for future use except it never gets used because we continue to eat to excess. Eating protein does not automatically lead to developing muscle - you need to convert it to muscle by exercising. If it is not used properly it will either be burnt as a source of energy or it will be deposited as fat as a future source of energy.

We need to eat properly to provide the body with what it needs when it needs it. Protein is consumed to help the body preserve or grow muscle.

There are certain things the body needs on a regular basis to remain healthy. We know about vitamins and minerals but protein is another. If the body does not receive a fresh source of protein roughly every three hours, our body will cannibalise itself - it will actually eat away at our own muscle. This is why if we do not continue to exercise, as we get older we become weaker, our metabolism slows down and our mid-rift expands. Our ratio of fat to body weight increases and our muscle to body weight ratio decreases.

Carbohydrates are eaten as our source of energy and we should concentrate on complex carbs like oats and unprocessed grains and avoid simple carbs or those that are processed such as sugar. Complex carbs are slow releasing and provide energy over a longer period of time. What happens is that after eating carbohydrates, the energy is stored in the muscle for immediate use. If we do not use it all, within a certain amount of time, it is converted to fat and deposited around the body. So you can see it is important to eat the correct amount of energy for when the body needs it.

Ideally, we should aim to eat a balanced diet every two and a half to three hours consisting of around 60% carbohydrate, 30% protein and 10% fat. The fat should only be Essential Fatty Acids (EFAs) which cannot be manufactured by the body so therefore need to be part of the diet - these are our Omega fats, 3, 6 and 9.

What you should hope to achieve if you are fat, is through exercising, an increase in muscle that will help to burn your excess fat. You may develop muscle without being able to see it as it will be covered by fat. It is only after removing the fat through a different regime for loosing weight, that the muscle will be revealed.

Muscle is only hard when it is tensed and therefore when it is relaxed, it is soft and pliable and provides as good a cushion for cuddling as fat. Fat cannot be tensed or controlled so it wobbles and falls under the command of gravity - it cannot be controlled by tensing. What good is that?


2. If I want to lose weight, I am better off running or doing any other form of cardio rather than lifting weights.


Big mistake!

While running is my preferred form of cardiovascular exercise and helps me to burn more calories when I need to, I am aware of greater weight loss when doing high intensity weight lifting. You can increase intensity, duration or frequency of weight training, but it is intensity or lifting heavier weights that burns the most calories not lifting a lighter weight more times (duration).

Running, cycling or rowing or any other cardio exercise (dance, aerobics) burns calories at the time of doing the exercise. Once the exercise is finished, that it is it; you stop burning calories associated with that exercise.

Lifting heavy weights leads to breakages in the muscle fibre which require time to repair and during this period of recovery, there is an increase in the level of calorific burn. For the bigger muscle groups such as the thighs, glute (bum), hamstrings, chest and back, the recovery period can be as long as 72 hours meaning that lifting weights results in increased calorific burn for anywhere from 24 to 72 hours after the exercise.


3. If I start to lift weights, I will develop unsightly muscles.


Developing muscle is very difficult to achieve and requires dedication in the gym and in the kitchen. A lot of hard work is involved, a special balanced diet with a lot of high quality protein and proper sleep.

Having the right genes also helps so if you are not naturally muscular, it is not likely you will find developing muscle easy. This is not to say you shouldn't try hard to develop some muscle as having more muscle is better than having less.

This is probably subjective, but I can't see how it can be; muscle is more attractive than fat. There is nothing more unsightly than cellulose lumps and bumps and sagging fat and stretch marks. A toned muscular body is far sexier on a man or woman than fat. And if you don't agree then that's fine but I really don't understand how you can believe that. I would like to be attractive in a swimsuit or even better, in the nude.

I can't stand these TV programmes where they try to dress up fat women to look attractive or when they try to get them to love themselves for what they are. There are products that are sold on TV to fat women that attempt to hide the fat by squashing it in. It would be far better and more honest if they were advised on how to change their lifestyle, get fit and healthy by eating and exercising rather than trying to sell them a new product and help some big corporation get rich. However, that's the beauty of living in a consumer state, the quick fix society, where we expect to get what we want as soon as we want it and for as little effort as possible.

Cash is king and wins every time. The banality of the shop 'til you drop crassness of the modern capitalist society has brainwashed most of us into accepting our sad little lives without putting up a fight or argument.  No one is going to make money by telling you to work hard at preserving your health and eating fresh unprocessed foods.


4. If I do sit ups or concentrate exercising on my wing flaps under my arms, I will be able to get rid of the fat from these areas.


This is the spot reduction myth.

Doing a particular exercise develops the muscle that is being used. Doing sit ups works the rectus abdominis, otherwise known as the abs or six-pack. Doing dips works the triceps, the muscles on the back of the upper arm.

Although slightly off subject, I want to point out that doing the same exercise over and over again does not help to build muscle. You might improve a certain motor skill but after a while the muscle will reach saturation level and the only way to grow it is to add resistance or increase the weight that is being lifted.

The fat that is stored in that area is there by mere accident - it has no muscular function and does not take part in the work involved in moving the muscle.

You cannot target which fat is used as the source of energy. So in order to get rid of fat around your waist, your thighs or your arms, you need to think about targeting fat by burning all fat. Each person will lose fat from different places faster than others and every person will hold onto some areas of fat longer than others. For some, like me, the belly will be the last to go, for others it will be the legs.


5. After developing muscle, if I stop exercising, it will all turn to fat.


While referring to the first point above, we know that muscle cannot turn into fat - they are different things. It is possible for a once muscular person to get fat if they stop exercising but continue to eat the same amount of food as when they were still active.

However, once you know the advantage of regular exercise, why would you want to give it up? You might start to slow down as you grow older, but you would more likely than not wish to continue to live a strong and healthy life having worked so hard at achieving it.

Having got to this stage you are more likely to be able to eat according to your needs and you will not only know that calories in should equal calories out if you want to maintain weight. You will also know how many calories you need and how to measure them easily; a skill worth getting to know.


6. Weight training leads to a weak heart and the danger of having a heart attack is increased.


This myth probably comes from the stories of old school body builders from the late 60's and 70's and into the 80's who used a lot of anabolic steriods. They were unaware of the dangerous side effects of these drugs and the weight training regime that went together with these drugs was very different to a workout regime carried out by an amateur who lifts weights for its health benefits.

Weight training done properly is actually good for the heart but anyone with a heart problem or with a history of heart weakness should consult with a doctor before embarking on a weight training programme.

My advice, though, is to get yourself into the gym and lifting weights before you develop any heart problems; you will be doing yourself a big favour.


7. Lifting weights reduces the risk of osteoporosis in later life.


Muscles are joined to the bones by means of a tendon. Ligaments join bones together and once they are broken they will not grow back, they need to be replaced either synthetically or by using another ligament or tendon in the body not used so much. This can lead to a weakness in both parts of the body, the injured part and the donor part.

Lifting weights can help to strengthen tendons and ligaments but the weights for this purpose should be light and the number of repetitions should be high.

It is not uncommon for people with over-developed muscle either through steroid use or other endurance enhancing drugs to snap tendons or indeed break bones when lifting weights; their muscles are too strong for their bones and tendons.

A common problem in old age, especially for women is osteoporosis; this is when the bone becomes porous and weak and when it can break easily. Women who take up weight lifting are less likely to suffer from the effects of osteoporosis. Lifting a heavy weight in a controlled and balanced manner with increased resistance over time not only strengthens the muscle but also strengthens the tendon which pulls on the point at which it joins the bone which results in a strengthening of the bone as well.


8. Muscular people burn more calories than fat or skinny people even when asleep.


Having more muscle leads to an increase in your metabolic rate. Maintaining fat requires zero calories whereas muscle actually burns calories even at rest. Muscle requires calories all the time so the more muscle we have the more energy we naturally burn.


9. You can actually lose weight by eating more than you do now.


A lot of fat people are overweight not because they eat too much. It might not even be as simple as eating too much of the wrong thing at the wrong time.

Obviously, eating too much or too much at the wrong time will eventually lead to obesity but it is also possible to get fat by eating the right stuff at the right time but just not enough of it.

Our metabolic rate determines how quickly we burn up calories and store fat.

If the body is not receiving enough calories, it will try and preserve energy by slowing down its metabolic rate. This is a natural process and helped our ancestors survive times of famine. When the body does not receive the food it needs, it will go into famine mode and shut down. It will start to rid the body of muscle by devouring it as a source of energy. As muscle requires energy in order to be preserved; muscle has to be the first to go. As far as the body is concerned, any food that does come in might be the last source of energy for a long time so it is automatically stored as fat; a source of energy for later on.

More than three hours between sources of protein as part of a balanced diet is too long for the body.

By calculating how many calories we need for our level of daily activity and dividing this into six meals a day we might find that we actually need to eat more and definitely more frequently.

It is more likely though, that most people who are obese in the western world are so because they eat too much at the wrong time. As long as you can ensure you have a balanced diet of carbohydrates, protein and fat, to a ratio of 60, 30, 10 and that as a reasonably active man, which is what you should be aiming to become, you need to eat about 2500 calories a day and exercise four hours a week. Possibly when you want to lose weight, you need to run twice a day; in the morning to burn calories quicker and again in the evening just so that you can maximise the amount of calories burnt. It is better to lose weight by increasing the metabolic rate through exercise. By eating the same amount of food as before we ensure we are taking in an adequate amount of nutrients, vitamins and minerals which are best consumed through natural means. Tablets can be used to boost these levels especially for minerals like zinc which are hard to find in the natural world - it occurs in oysters but how often do we eat them? Zinc is vital when it comes to building muscle - I shall explain more in a later post.

Women should aim for the same amount of exercise and between 1800 and 2000 calories a day divided among six meals.

I will be writing more about weight loss techniques and methods to help achieve your goals in later posts.