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HatchetMan

"The more you sweat in peace, the less you bleed in war. Pain is a gift- not a Punishment."

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HatchetMan's Blog Stats
Created:03/17/2009
Total Visits:277
Total Blog Entries:4
Total Comments:7


Obesity & High Fructose Corn Syrup (HFCS)

April 22, 2009

Ahh something else interesting.. Lets make it a quickie.

High Fructose Corn Syrup is one of the most ingested simple carbs to date and scientifically linked to the increase of Obesity in the US. Produced by Corn Starch it is primarily a Mix of Glucose and Fructose in single units.

Glucose (commonly refered to as table sugar) and Fructose have the same chemical formula however a different molecular structure and metabolized by the body differently than your ‘normal’ sugars. While Fructose is a far more ‘potent’ sweetener it is not really used by the body. When ingested, your body doesn’t recognize it as glucose, therefor does not release Insulin to be attached/used by your bodies cells. In order for your body to make ‘use’ of Fructose it must first either convert it to glucose (TONS harder on your liver [compared to alcholics liver] and since HFCS is a mix of glucose and fructose you get a smaller amount of glucose) to be used as energy OR it can turn the fructose into Fat. Research shows that your liver finds it MUCH easier to convert Fructose to fat than Glucose. Excessive consumption of Fructose also leads to Insulin insensitivity which combined with weight gain = diabeties. Fructose is also known to create harmful ‘damaged’ proteins that can lead to further diseases, high blood pressure and hypertension.

So, if you’ve read my other blogs you should know the key to bodybuilding lies within CONTROLLING your hormones. Since insulin is an anabolic hormone easily mimicked in our favors (just as easily mimicked against us) and most of the carbs people ingest are in the form of HFCS.. your not doing anything for insulin release. HFCS is found in soo many foods & soft drinks its rediculous, start reading the ingredients and stay away from High Fructose Corn Syrup if your goal is to be healthy and in shape.

HFCS = Unnecessary Fat Gains, Abused Liver and the increased risk of future problems. All for a little more sweetness- I’ll stick to real sugar.

Pre & Post Workout Nutrition

March 26, 2009

Ok, I thought this was important to write down not only for self reference if I ever forget (shudn’t ever happen) but for others as well. I’ll start with Pre-Workout.

Pre-Workout nutrition is Very important and should NOT be overlooked by Post-Workout nutrition and here is why. During intense excersize our body is in a catabolic state, meaning it is breaking protein down in order to adapt to the situation. Your muscle glycogen stores (which deliver nutrients and provide the muscles energy) are also being depleted very quickly. If we fail to get a High protein & moderate intake of complex carbs pre-workout, our body is forced to breakdown stored proteins (muscles) in order to rebuild/adapt. Now, if you want to maximize your gains- eating High protein / moderate complex carbs about an hour pre-workout will provide the much needed amino acids and energy throughout your workout for your muscle cells to remain in a anabolic state to push the bar every workout without negative catabolic effects. I have found doing this you also have a more clear energized focused mind.

Post-Workout is another overlooked aspect. Most people SWEAR by post-workout meals, which if your not doing a proper Pre-Workout meal, I would also swear by post workout meals. Don’t get me wrong, I still eat a very high protein, simple carb post-workout but I usually wait 1 to 1 1/2 hours after the gym. My logic is this, Growth Hormone is released during intense excersize due to lactic acid response. Growth Hormone is also GREATLY REDUCED by Insulin. Right after a workout your body/muscles are still pumped with lactic acid, especially if you do sprints directly after your workout (shown to greatly increase Growth Hormone release post workout) your body should have greater releases directly after an intense workout. I beleive the hour or so after a workout gives your body enough time (or atleast maximizing to the best of your ability) to release its "spiked" period of Growth Hormone release BEFORE you slam your simple carbs down to replenesh the glycogen stores in your muscles and deliver nutrients, in turn prohibiting Growth Hormone. We know Insulin is dumped into the blood stream directly after Simple Carb intake, so it makes sense to not interrupt our Growth Hormone spiked times with the spike of Insulin from simple carbs in an attempt to replenesh glycogen stores. Much of the same reason why you don’t want carbs before bedtime (because your body spikes Growth Hormone during sleep and Insulin[carbs] will reduce this HGH release). The way to get around this Catabolic, nutrient/carb depleted time period Post-Workout is in your Pre-Workout Nutrition.

Nutrition and Me

March 18, 2009

First let me list the Main groups of nutrition I pay attention to; Fat, Protein, Carbohydrates, Sodium, Potassium.


 Protein is a chain of Amino Acids that our body uses to Build, Repair, Replace many of the body’s tissue’s. It has many more uses than just muscle repair but that’s what we will be focusing on. The human body needs 20 different amino acids to produce the proteins (ex: actin, myosin, collagen, ect..) in our body. Our bodies can create 10 of these 20 amino acids by synthesis. The other 10 which are; threonine, lysine, methionine, arginine, valine, phenylalanine, leucine, tryptophan, isoleucine and histidine, must be obtained from a well balanced diet or supplemented (preferably well balanced diet). In the lack of Carbohydrates and Fat, your body can & will break protein down to be utilized as energy. This protein can be obtained from your diet or if not properly eating, your muscle’s protein to energize your body. Knowing this simple fact should play a big role in understanding why protein is the key to losing weight as well as building muscle, which if not is already, will become clear as you read on.

Fat is a chain of Fatty Acids that play a vital role in maintaining healthy skin and hair, insulating body organs against shock, maintaining body temperature, and promoting healthy cell (including MUSCLE cell) function. The fat we are going to be talking about is more commonly known as energy stores for our body. Don’t forget that simple fact. FAT IS AN ENERGY STORE. Your body, adapting to your diet and activity, chose to store fat either because it could not metabolize/utilize the amount of Fat you’re eating OR the amount of Carbs (energy/sugar) you are eating exceeds your activity level. If the ladder, your body stores this extra energy (carbs) as fat thinking your loading up for something that will use a lot of energy in the future.  Your body breaks down Fat as Glycerol for use in the body and Free Fatty Acids are what’s left after the breakdown. Free fatty acids are an important source of fuel for many tissues since they can yield relatively large quantities of ATP. Many cell types can use either glucose (mostly obtained from carbohydrates) or fatty acids for this purpose. In particular, heart and skeletal muscle prefer fatty acids. The brain cannot use fatty acids as a source of fuel; it relies on glucose, or on ketone bodies. Ketone bodies are produced in the liver by fatty acid metabolism during starvation, or during periods of low carbohydrate intake.

Carbohydrates, “Simple” or “Complex” broken down are basically sugar or glucose. Carbs play many roles in our body however they primarily give our bodies the energy to perform certain tasks. They some what act as a taxi for nutrients to be carried through out the body to be utilized. When we eat a carbohydrate such as sugar in a basic form our body does not need to break it down much more, so it immediately releases it into our bloodstream. Other forms of Carbohydrates, referred to as “Complex” carbs such as brown rice, are a chain of sugars that our body needs to break down first. This releases the “sugar” into our blood stream over a timelier manner, not “dumping” it into our blood stream like “Simple” carbs do. Our bodies are in immediate need of nutrients and energy post workout. It makes sense to send as many “Nutrient Taxi Drivers” to our muscles as quickly as possible to replenish and start to recover/grow. Post workout is a great time for your “cheat” meal if you cheat, just be sure to eat a high protein meal about an hour prior to working out. Otherwise “Complex” carbohydrates make more sense. If your muscles are not in need of excess nutrients, they do not need a lot of taxi drivers dumping nutrients on them. If the nutrients can’t be used, the carbohydrate shuttles to get stored in fat cells or dropped out as #2. When a carbohydrate (glucose) is released into the blood stream your body responds by releasing Insulin. Insulin is what binds the carbohydrates and nutrients to cell’s that need repair or growth. This is why diabetics have to inject insulin, their bodies don’t respond to the increased blood sugar level and nutrients are reaching the cells that need attention because the receptor (insulin) is now where to be found. If they did not use insulin the carbohydrate would think it couldn’t be used and be stored as fat or get wasted. Insulin is a huge factor in blood sugar levels, which is directly related to carbohydrate intake. Understand what Insulin does to the body, how it affects other natural hormones like HGH, IFG-1, & testosterone and you will greatly benefit in weight loss and/or weight gain.

Potassium is utilized by the autonomic nervous system. The autonomic nervous system (ANS) controls heart beat, brain functions, and other crucial physiological processes. Potassium has been shown to help maintain healthy blood pressure1. Potassium plays a key role in the function of nerve firing [an involuntary physiologic response to stimuli], and the contraction of muscles. Potassium may help reduce muscle soreness that results from training. Any deficiency in potassium levels may result in decreased strength, and the early onset of exercise induced fatigue. Potassium helps to regulate water balance and is also needed for the synthesis of dietary proteins. That was taken straight from bb.com. This is why you hear of many bodybuilders including a Banana in their pre-workout meal.

Sodium is necessary for regulation of blood and body fluids, transmission of nerve impulses, heart activity, and certain metabolic functions. Sodium is found in blood plasma and other extracellular fluids. It acts as to bathe cells and carry out transport functions for nutrients and waste. If you lose a lot of water in your body, your Sodium blood level increases. This typically results in thirst. If you drink too much your body almost immediately pee’s it out to bring your blood sodium level back to normal. A Severely dehydrated person will usually have very high blood sodium concentrations. This concentration needs to be slowly and carefully returned to normal. Too-rapid correction may results in brain damage from cellular swelling, as water moves suddenly into cells. This helps you realize the correlation of how much water your body can retain for cellular functioning. More sodium= more water you can hold. More water = more volume to a cell. More volume = more nutrients and Creatine. I don’t know of many down sides to Sodium besides it makes you retain water and it takes a way from your lean look. Too much sodium (salt) is not good for you and is too easily to come by in TV dinners and what not… which you shouldn’t be eating any how.

Now to piece these together to find your own balance/ratio of what you should be eating. From reading above, I make the conclusion that Protein can be used for most all functions we need. It repairs and builds and can also be used as energy. From above I also conclude that Carbs are primarily used solely for energy. Fat are basically used in the same way as carbs but provide other bodily functions as well.

— 
 The way I looked at it was… I am fat. My body has stored energy in fat cells to be used later.. but they keep adding up due to NOT being used. So my first thing was to cut way back on the fat in my daily diet. I mean, why eat fat when there is excessive stores of it on my body? Then look at your carbs. Carbs are primarily what your body burns for energy. If you’re constantly eating simple carbs what your doing is actually DUMPING insulin into your blood stream. Insulin we know carries the carbs and nutrients to cells in need, if the cells are not in need- it stores them as more FAT. Now, Complex carbs release a smaller amount of glucose into the blood stream in turn your body releases a smaller amount of insulin to the glucose response, which normal cell activity can usually keep up with. IF your do activity that requires more energy, your body will first use the carbs it has available and then start metabolizing the FAT stores to get energy. From the above writing, Free Fatty Acids are preferrably utilized in skeletal muscle due to the large amounts of ATP it creates. So far the Idea is to Keep carb intake complex and low, only simple carbs directly after working out to replenish the muscles, keep fat intake low but still eat some fat. For an over weight person, protein should still be kept high but not too high until you start loosing more of stored fat. Protein is the last thing your body breaks down for energy so keep it high for cell repair and growth but not too high that its getting stored as fat because your cells don’t need it- protein intake is direct correlation of intensity your lifting with. The more you ”burn” your muscles, the more protein it will need to re-build. Its good to throw in 1 or 2 higher Carb and Fat days to keep your metabolism guessing, running, and replenishing. IF you don’t have TOO much body fat stored then protein will most likely be used for energy and obviously cell repair. Well if you don’t have fat stored, there is no stored energy if you eat on a low carb diet like this so your body will either breakdown the protein in your DIET or the protein in your MUSCLE to provide this energy and cellular repair. This is why it is important to keep the protein intake HIGH! I would rather gain a little fat (which wont be much) because my muscles didn’t need all the protein rather than a lack of protein and my just worked arm muscles steal protein from my chest muscles.
Really understanding how everything works makes it incredibly easy to maintain healthy weight with the ability to force your body to grow like never before.

Fibers and Hormones

March 17, 2009

A good workout should be targeting each Type of Muscle Fiber. Each Fiber should be worked by form focusing on CONTROLLED negative and positive reps.
 

Fiber Type
Type I fibers
Type II a fibers
Type II x fibers
Type II b fibers
Contraction time
Slow
Moderately Fast
Fast
Very fast
Size of motor neuron
Small
Medium
Large
Very large
Resistance to fatigue
High
Fairly high
Intermediate
Low
Force production
Low
Medium
High
Very high
Mitochondrial density
High
High
Medium
Low
Capillary density
High
Intermediate
Low
Low
Oxidative capacity
High
High
Intermediate
Low
Glycolytic capacity
Low
High
High
High
Major storage fuel
Triglycerides
Creatine phosphate, glycogen
Creatine phosphate, glycogen
Creatine phosphate, glycogen

Mitochondrial Density - The increase in mitochondrial density is associated with an increase in the duration one can perform endurance exercise and the ability to spare total body glycogen stores
 
Oxidative Capacity – A measure of a muscle’s maximal capacity to use oxygen in microlitres of oxygen consumed per gram of muscle per hour.
 
Glycolytic Capacity – A measure of a muscle’s maximum capacity of Glycogen.
 

Motor Neuron - The interface between a motoneuron and muscle fiber is a specialized synapse called the neuromuscular junction. Upon adequate stimulation, the motoneuron releases a flood of neurotransmitters that bind to postsynaptic receptors and triggers a response in the muscle fiber.

Hormones Responsible for Muscle Growth 

Cortisol - A catabolic stress hormone that increases abdominal fat storage and stimulates the breakdown of muscle tissue for use as energy. Studies have shown that insufficient sleep will cause the body to release higher amounts of this hormone. 

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Testosterone - The most important hormone when it comes to building muscle. The higher your levels of testosterone, the more muscle you can build. Sleep deprivation measurably lowers testosterone levels.

Growth Hormone - Regenerates the body and plays a large role in building and maintaining muscle. The time that you sleep is also the time when your body experiences a natural surge in growth hormone levels. If you fail to get a proper rest at night this hormonal surge will be compromised. 

 

     

 

 

Stimulators
Inhibitors
Growth Hormone & IGF-1
Sleep (Surges during sleep)
Exercise
Low Levels of Blood Sugar
Dietary Protein
Arginine
Lactic Acid (Intense Workouts)
Hyperglycemia (high blood sugar)
Estradiol or any estrogen
Lack of Sleep
Stress
Mostly Causes of Insulin Release
Testosterone
Sleep (REM dream) increases nocturnal testosterone levels.
Dietary Cholesterol
Exercise
     

Aging
Lack of Sleep
 
Cortisol
Caffeine
Lack of Sleep
Exercise - Intense or Prolonged
Anorexia
Stress
Omega 3 fatty acids
Music
Massage Therapy
Laughter
     

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Insulin - Responsible for the uptake of important nutrients into your body cells. Sleep deprivation can result in an increase in your body’s insulin resistance levels. This means that your body will have to release higher-than-normal amounts of this hormone to compensate. High Amounts of Insulin are generally needed Post workout to Re-Fill the Muscles of lost Nutrients during exercise.

     

 

 

Positives
 
Negatives
Insulin
Storage of Glucose in Muscles
Increased Amino Acid Uptake
Increased Potassium Uptake
Increased Blood Flow
 
Decreased Break down of Protein
Decreased Fat Breakdown
Decreased Growth Hormone Release
 

Insulin release is primarily a direct response to Blood Sugar levels. ALL Carbs, whether “Simple” or “Complex”, broken down are basically sugar. Insulin is also released in the presence of Proteins and other nutrients but not nearly as much as Carbohydrates.


“Simple” Carbs (sugars) are already “simple” and are broken down and absorbed in the blood stream very quickly. This results in a sudden spike in Blood Sugar, your bodies natural response to this is to release enough Insulin to drive this Energy to cells. If THAT much energy is not needed at the given time your Insulin spikes, it is stored as fat for later use.

“Complex” Carbs (sugars) are just that. They are chains of sugars needed to be broken down to simplest form for our body to absorb into the blood stream. Imagine a pile of Brown Rice in your stomach. The acids in your stomach start on the outside of the pile and work inwards slowly breaking down the chain of sugars to a more simple, useable sugar. This creates a slow release of “Simple” sugars into the blood stream. This provides consistent amount of energy with little Insulin Release. If your body needs more energy, it will notice the lack of “sugar” being delivered by the insulin and start to convert Fat to energy to meet the demand.


Carbs are not bad- they are needed and very important. The key is to control your insulin response by making smart decisions on when to eat your “Complex” Carbs like Brown Rice or your “Simple” Carbs like your “cheat” sweets.  Another tip is that Complex and Simple Carbs mediate each other. By this I mean, if you eat a Fast Digesting Carb WITH a Slow Digesting carb, you will be left with a Medium Digesting carb. Balance is Key to all nutrients. Finding your Balance is the trick.

Welcome!

March 17, 2009

Welcome to the Bodybuilding.com BodyBlogs. This is your first post. Edit or delete it, then start blogging!



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Syntha-6 5lb