*Build muscle and
lose fat at the same time! After one
university study and several blood trials, as well as ample empirical data,
it's a fact: Methoxy-7 does indeed work! You absolutely can increase the
rates at which you build muscle and lose fat! But we didn't stop there. We
took the next anabolic/lipolytic step.We've invented a brand new compound that literally makes 5-methyl-7-methoxy-isoflavone completely obsolete! In fact, even though our new formula is still called Methoxy-7, the design has changed so dramatically that there's no methoxy left in the molecule Sale $30.00 Gram for gram, the new formula is twice as potent, has four times the active life (12 hours!), and 100% is metabolically active. As a result, you only need to take 750 mg a day (375 mg 2x/day) to achieve more of an effect than what 1500 mg of the old version would produce.
It's summer 1979… I'm racing through the Missouri boondocks in my white Trans-Am with Susiebaby, who just happens to be the cutest little hottie in all of Andrew County. We're on the way to Schweizer's hole for some serious skinny-dipping (her mother thinks we're picking raspberries)… Punching through the FM stations, I'm careful to avoid anything from the likes of Donna Summer, Barry Manilow, Gino Vannelli, or any other polyester freaks of pop-culture mania. I land on M-M-M-My Sharona, turn the V way up, kick in the ram-air, and turn my mind to a more intellectual endeavor… planning my strategy for peeling off those membrane-tight 501 short-shorts. Not mine, silly, hers… Yee-haa! Meanwhile, in a much more somber setting — the United States Patent Office — a company from Budapest, Hungary, called Chinoin, is filing patent number 4,163,746. Little did they realize that 20 years later, their invention would revolutionize physique augmentation… The patent lists a compound that's specifically designed to promote anabolism and lipolysis simultaneously. The purpose? To pack lean mass and lean mass only on cattle and pigs in order to produce a higher-quality meat yield. Additionally, the invention is intended for use in humans to speed recovery from debilitating illnesses. The compound is listed as a "metabolic agent" that produces "anabolic activities" without exhibiting any "androgenic or liver-damaging side effects." In other words, Chinoin invented the ultimate anabolic agent — an effective muscle builder with long-term safety. Additionally, Chinoin found that the compound significantly increases calcium, phosphorous, and nitrogen retention, which further indicates its anabolic nature. Switching to the healthy side of the equation, this anabolic critter promotes fat loss without stimulating the central-nervous system (a fact we also confirmed in a university study). It even reduces blood-cholesterol levels, making the compound an ideal adjunct treatment for arteriosclerosis and type-2 diabetes. In case you haven't figured it out, I'm talking about 5-methyl-7-methoxy-isoflavone, otherwise known as Methoxy-7.
What I'm about to tell you is not just another Methoxy-7 story. It seems like every muscle rag is on the methoxy bandwagon these days, and the last thing you need is a rehashing of what's already been said. Instead, what comes next is not only hot new info, but it'll blow your mind and turn the entire supplement industry upside down, as far as methoxy is concerned. We've invented a brand new compound that literally makes 5-methyl-7-methoxy-isoflavone completely obsolete! In fact, even though our new formula is still called Methoxy-7, the design has changed so dramatically that there's no methoxy left in the molecule. What's more, the new compound is so much more powerful than regular methoxy that it's like a Ninja bike racing a moped. Gram for gram it's twice as potent, has four times the active life, and 100% gets converted into the active metabolic agent. But before I get into the specifics of the new design, I want to take a quick look at the old methoxy. Does it work or not?
All in all, the old Methoxy-7 showed a great deal of promise. But did it pan out in the real world, in the gym and on the scales? Well, the answer is a conditional yes! The reason I said results are "conditional," is because there are four key factors that must be successfully dealt with before you see muscle gains and fat loss. It's just like taking steroids. If you don't achieve and sustain high enough blood levels, you can kiss results goodbye, bubba. Biotest brought Methoxy-7 to the supplement industry, which has resulted in many new products hitting the market that contain the anabolic flavone. Unfortunately, most of the companies that developed these supplements didn't pay attention to the doses required for muscle-building results or the delivery system required to efficiently load the body. As a result, most of the methoxy products don't work! On the other hand, Biotest funded research to find out the facts. We knew we needed better answers. We wanted to determine the effective dose for achieving maximum results. We also wanted to evaluate just how effective our delivery system is. Bottom line, after one university study and several blood trials, as well as ample empirical data, we've now determined that Methoxy-7 does indeed work! You absolutely can increase the rates at which you build muscle and lose fat! But, you have two high hurdles to overcome before getting the gold. In other words, if you don't incorporate the proper dosing and delivery parameters with methoxy, it'll be as effective as HMB — it won't work! The first obstacle we tackled was the delivery system. We found that our liquid system is approximately 10 times more efficient than regular, encapsulated methoxy at achieving optimal blood concentrations. So, you'd have to take 1000 mg of the regular stuff to get the same amount in the body as you’d achieve with 100 mg of our Methoxy-7 liquid. Based on our calculations, our liquid transports nearly 100% of the methoxy into the body. So, as you can see, it's no surprise that most of the other products on the market don't work. You'd have to take 15 grams of the stuff a day! And at those amounts, you're bound to have an absorption problem. Our only conclusion is that it's impossible to achieve optimal results without a delivery system as effective as our liquid. You can say that I'm biased, that I have an economic interest in essentially saying our liquid is the only one that works. I'm also dead-on right. Just because I have an economic interest in something doesn't preclude me from stating the facts. And it's a fact: Our liquid is the only effective delivery system for methoxy that's currently on the market. Does that mean that there never will be another method of delivery as good or even better? Absolutely not! In fact, it's hard for me to intellectually fathom the idea that other methods couldn't be developed. It's just that, other than Biotest, no one has produced one to date. The second very important discovery we made has to do with dosing. We began our research using a daily dose of 800 mg (400 mg 2x/day). Later on, however, we determined that 800 mg was too low, and that 1500 mg is the ideal dosage for all the subjects we evaluated. Statistically, we did see anabolic/lipolytic trends at 800 mg, but 1500 is where you really notice the effects. But even at the 800-mg level, in eight weeks, subjects gained 2.8 pounds of LBM and lost 3 pounds of body fat without reducing calories. And when you increase the dosage to 1500 mg a day, results seem to more than double, which is spectacular considering we're not affecting androgen levels.
Since we first produced Methoxy-7, we've been looking for ways to improve the compound. We solved the delivery problem and determined the dosing protocol, but there were another two big issues that were still standing in the way of maximum performance: The active life of methoxy is too short, and only 50% gets converted into the real active ingredient. First of all, 5-methyl-7-methoxy-isoflavone is not the actual compound that's active in the body. To have an effect, your liver has to first convert the methoxy into hydroxy. Unfortunately, only half of the methoxy that ends up in the blood stream makes the conversion. The remaining half is put off as waste. The other problem is the active life of methoxy. It's only about three hours, which means that you ideally would need to take a dose every three hours — not convenient. "Okay, why don't you just produce 5-methyl-7-hydroxy-isoflavone instead off methoxy, Patterson? That'll take care of the conversion problem, right?" Wrong, bucco, if you begin with an "unprotected" hydroxy version, your liver will destroy 100% during the first pass-through. That's the reason for using methoxy in the first place. During the first pass-through, the liver gets the methoxy group of the molecule in its crosshairs and blows that sucker into hydroxy, which is what we want. So, unless there's an alternative protection mechanism during the first pass-through, methoxy is required. On the other hand, if we could make 5-methyl-7-hydroxy-isoflavone and "protect" it from the liver gangsta, we'd hit a grand-slam homerun, which is what Biotest set out to do — "buy" some protection. And when we need protection for our molecules, there's only one pharmacology hitman to turn to, our drug-chemistry strong-arm, Bill Roberts.
Bill reviewed all of the current technology for "protecting" drugs during the metabolic processes and uncovered a method that not only works, but is perfectly suited for the chemical structure. Bill came back with the verdict plus a bonus: "Yes, not only can we protect the hydroxy group, there's also a way to lengthen the active life to 12 hours!" "Let me get this straight, Bill. Do you mean that your chemical-engineered version of hydroxy will, in fact, get 100% of the material into the blood, convert all of it into the active ingredient, and extend the active life to 12 freakin' hours?" "Yes, yes, and yes, Tim." "Bill, that's sweeet…" Essentially, Bill altered the molecule by adding an ethylcarbonate-ester protective group at the 7-hydroxy position. This means that the liver will rip off the ethylcarbonate-ester chunk of the compound, leaving the hydroxy intact to do its job — building muscle and metabolizing fat. Here's the full name of our new — patent pending — Methoxy-7 formula: 5-methyl-7-hydroxy-isoflavone ethylcarbonate ester (7-Hydroxy-EC) There's more… After we had the new Methoxy-7 ready to go, I took the design to a biotech company that has a lot of experience in developing complex emulsion systems for the pharmaceutical industry. This is a chemical-engineering group that multi-billion-dollar drug companies refer to when they get stumped. Not only are these boys good, they're the best we could find. My instructions to the engineering team were simple:
It took the company about three weeks to get the project done, which is about one-third the time I expected. Frank, the engineer in charge of the project, said that he was 100% confident that the new emulsion system is far better than our old one. Plus, he assured me that the flavor would surpass my greatest expectations. The next day, when I received the first sample batch of the new Methoxy-7, my first impression was that the emulsion system is very clean. The appearance is somewhat translucent and consistency is homogenous. But what really surprised me was when I took a dose. As the teaspoon was nearing my mouth, I got a whiff of what smelled like, of all things, bubble gum! I mean real bubble gum. And guess what? It tastes like real bubble gum, too. It's great! I thought that maybe my taste buds were playing tricks on me, or it was optimistic thinking that was convincing me the flavor was incredible. So I gave two of my assistants a dose and watched their expressions. Immediately, both guys began fighting over who got the bottle. And everyone else who has tasted the new Methoxy-7 is absolutely blown away by the flavor. In fact, we're probably going to have to hide the stuff from our CFO, Dave Ramona, because Dave doesn't have an "off" button. This guy, I'm not exaggerating, eats (yes, eats) Power Drive, Advanced Protein, and Biotest Surge right out of the containers, using the scoops as very-big spoons. Watching one of Dave's feeding frenzies is like watching a scene right out of Scarface. Remember when Al Pacino had white cocaine smudged on his nose? That's Dave, except the white powder is a Biotest supplement and, instead of just on his nose, he also has white powder on both cheeks, his lips, the front of his shirt, the floor, and everything and everyone within six feet. What else is fascinating about Dave is that he's both an intellectual and physical genetic freak. He aced the Yale MBA program and he's H-U-G-E, naturally. When I say naturally, not only do I mean without 'roids, I also mean without training. This guy works one body part once every 10 days (if that). And it's not because he's worried about overtraining, for goodness sakes. He just doesn't like to work out. With that in mind, get this: Dave has 19.5-inch upper arms (cold), weighs 234 pounds, and is always just a notch away from being shredded to the bone. In other words, I bet Dave could get up from his desk right now, walk onto the stage of a regional bodybuilding contest, and win the sucker. And this guy is our CFO (chief financial officer). Anyway, the next step we took with Methoxy-7 was a lot more than just a slight improvement. We took the Methoxy-7 technology and improved its performance so much that it can't even be compared to the old version. It's like they're completely different animals. And chemically speaking, they are.
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What are Dietary Supplements? “A dietary supplement is a product taken by mouth that contains a “dietary ingredient” intended to supplement the diet”, according to the FDA website. (www.cfsanf.fda.gov/~dms/ds-oview.html) Also the FDA defined what they consider to be a dietary ingredients, “The dietary ingredients in these products may include : vitamins, mineral, herbs or other botanicals, amino acids, and substances such as enzymes, organ tissues, and metabolites." (www.cfsanf.fda.gov/~dms/ds-oview.html) Dietary Supplements Health and Education Act of 1994 (law that regulates supplements) Before 1958, Food and Drug Administration (FDA) regulated dietary supplements as they regulated Drugs, which insured the consumers safe and high quality supplements. However, in 1994, President Clinton gave birth to the Dietary Supplements Health and Education Act of 1994 (DSHEA), which changed the way the FDA regulated dietary supplements. As a result of this law, the supplement companies now have a lot of power on how they make their supplements and how they market their supplement's health claims. Before, the creation of DSHEA law, supplements had to pass strict FDA law before they could sale their supplements. However, now, “Dietary supplements are no longer subject to the pre-market safety evaluation”, according to FDA website. www.cfsan.fda.gov/~dms/dietsupp.html How does DSHEA Law protected Consumers DSHEA law is like Robin-hood because it gives the consumer (you & me) Dietary supplements. However, it robs us because we are not insured that we get what we paid for when it comes down to supplement safety, and supplement quality. However, I personal think DSHEA law is OK because it gives me access to supplements that help me reach my fitness goals. However, on the other side, the DSHEA law is not that great because I willingly know I spend money on supplements that do not meet up to their Nutrtion labeling or "Supplement Fact sheet" statements, which means I don’t get what I paid for. However, Coming back to the point, what does the DSHEA do for the consumer? · The DSHEA give the FDA the power to set up the Good Manufactory Practices regulation with the supplements manufacturing companies (GMPs), which means FDA can have some control over their preparation, packing, and holding of dietary supplements. · Also the DSHEA, set up the Commission on Dietary Supplements, which has seven members who are appointed by the president. These seven member's requirements are: o 3 members must be qualified by scientific training, and have experience to evaluate supplements' health benefits, o 1 of these members must be trained in pharmacognosy o 1 of these members must be trained in medical botany o 1 of these members must be trained in traditional herbal medicine How does DSHEA laws NOT PROTECTS consumers?
Five items that need to be on all supplement bottles according to DSHEA law according to the FDA website (www.cfsan.fda.gov/~dms/ds-oview.html) 1. Name of the supplement. 2. Name and place of the manufacturer, packer, or distributor. 3. Complete list of ingredients. 4. Net weight of the supplement produced. 5. Nutrition label called “Supplement Facts” panel . Are Dietary Supplements Safe? It all depends on who you ask! Some health Professionals say that supplements are not safe, while other health Professionals say that dietary supplements are safe. For example, www.aids.org talks about how they use supplements like Glutamine and Lipoic-Acid to help patients with AID's. I personally support supplementation because it has worked for me in my own fitness goals. Also, I have Personal sold supplements to individuals that had intestinal disorders that need to absorb protein in a shake form, which means they use meal replacements to get their protein intake. However, I do not recommend not to eat foods, and only take supplements. DON'T EVER TAKE ANY SUPPLEMENT LIKE BAR OR MEAL REPLACEMENT TO REPLACE REAL FOOD BECAUSE IT IS UNHEALTHY. However, I am not saying all supplements are safe because as I mention earlier that the FDA does not regulate supplements, and therefore, every supplement company acts differently when it comes to how they manage safety. CAUTION, Many Supplement Companies Just Want “The Money”. WHAT IS CREATINE ? Creatine is an amino acid, which is made in the body by the liver and kidneys. Creatine is also found in the muscle of animals, too. Therefore, if you had any type of meat today, then you have consumed Creatine. About 90% of all the creatine in the body is taken up in the skeleton muscles system, and the other 5-10% is spread through the body in the heart, brain, and testes. After the creatine is absorbed in the body, than the creatine changes into a molecule called phospocreatine, which will then be used to synthesize ATP. According to a publication from Tufts University, most creatine is stored in muscle tissue and becomes important when muscles need short, quick bursts of energy for activities like sprinting or strength training. Are Creatine Supplements Safe ? Most of the university studies have suggested that creatine may be safe. Creatine supplement was found in 1832, and since then, all types of athletes have been taking it for performance enhancers for years. However, there are other studies stating that we need longer studies to determine if Creatine supplements are safe in the long run. Therefore, the point comes down to who you ask. If you ask a Pharmaceutical company what they think about Creatine supplements, they will look at you in the eye and tell you that Creatine does not work, and is not safe for you. Pharmaceutical companies hate all Dietary Supplements because they can not patent dietary supplements and make money from them because of DSHEA law passed by congress. In result, Pharmaceutical companies do not want to spend millions and billions of dollars researching a supplements to reveal their true gifts in healing and sport performances. For example, in Great Britain many supplements we Americans buy at a supplement shop are only prescribed by Doctors, one great example, is St. John's Worth. In conclussion, there are many professionals that state that if Creatine is taken in the right amount then there are few side effects, if any. Some of the side effects of creatine are cramping , dehydration, diarrhea, and dizziness, according to The American Pharmaceutical association, written by Angi S. Graham and Randy C. Hatton. What is the benefit of taking creatine supplements? 1. Increase skeleton Muscle Mass and Muscle Strength
2. Helps with short, quick bursts of energy for activities like weightlifting & sprinting
3. Creatine may play an indirect rule in being a buffer during exercise, which declines the pain-like feeling that comes with the Lactate acid being released during the break down of ATP. · When, creatine is taking it is converted into phosphocreatine. Than, the phospocreatine aids in the turnover effect of the production of ATP from ADP. In addition, during the splitting of ATP molecular to release energy to use by the cells, there is a byproduct produced called, "Lactide Acid". Lactide Acid is toxic to the muscle, and that is why you feel the burning pain when we work out with weights. Some studies state that phospocreatine plays like a buffer during the splitting of ATP. This means that that during exercise individuals will be able to perform their physical activities for a longer period of time, before they give-into the pain caused by the lactate acid released, during the splitting of ATP molecules. The cell needs to split the ATP molecules for energy to do their work like: muscle contraction, digestion, cell transportation, and everyday normal day living. 4. Creatine May Protect Against TRAUMATIC BRAIN INJURY
5. Creatine may be beneficial for neuromuscular disorders based on two University Studies:
Is creatine For Me? It all depends on what your goal is. This is a very important idea to ponder over before taking any type of supplements. If your goal is to put on weight and increase your strength, than creatine supplementation may be right for you. However, if your goal is to be the winner of a long distance race, than creatine may not be for you. However, that does not mean that a long distance runner cannot take creatine. The long distance runner would supplement on creatine when he/she was in his/her off season, while his/her fitness goals would be focused on muscle gain and not win a long distance race. As you can see in this example, the same individuals may benefit form taken creatine supplement in one fitness goal, while on the other hand, the same individuals would not benefit by taken creatine in another fitness goal like winning a long distance race. What is HMB? HMB stands for beta-methylbutyrate, and it is in our everyday foods. In addition, our body produces HMB from the amino acid leucine. “HMB is an important Precursor to protein synthesis”, According to The Journal of Nutrition and www.cwu.edu. In addition, The Journal of Nutrition stated that, “HMB can decrease muscle protein degeneration, thus aiding in the increase of strength and muscle endurances with an accompanying resistance training program.” What can HMB do for me? It all depends on a the individual's goals! For example, if you are a: · Bodybuilder then HMB supplement definitely will help you in building muscle faster because it prevents the brake down of muscle cell membrane, and at the same time HMB supplement will aid in the repairing your Damaged Muscle cell walls. Therefore, you will build more muscle in a faster rate because you are damaging less muscle cell wall, and increase the repair time of the damage muscle cell wall. Is HMB supplements Safe? According too some UNIVERSITY STUDIES, HMB SEEMS TO BE SAFE. Not only do HMB supplements help build muscle and increase tissue-healing time, it may decrease a person's body fat. HMB has also been showing to be helpfully fighting HIGH Blood Pressure & High Blood Cholesterol, according to many university studies like · Department of surgery, ANN Surg 2002 sep;236(3):369-74 discussion 374-5 · The Journal of Nutrition 2000, Aug, 130(8): 1937-45: www.ncbi.nlm.nih.gov In conclusion, “the objected data collected across nine experiments indicates that HMB supplements can be taken safely as an egogenic aid for exercise, and that objective measures of health and perception of well-being are generally enhanced”, according to Journal of Nutrition 2000, Aug, 130(8): 1937-45: www.ncbi.nlm.nih.gov
Leading Causes of Death in the United States in 1999 According to American Heart Association, National Vital Statistics Reports, Center for Disease Control
1. Cardiovascular Diseases 2. Cancer 3. Chronic 4. Accidents 5. Diabetes Mellitus 6. Influenza and Pneumonia 7. Alzheimer's Disease 8. Nephritis and Nephrosis 9. Septicemia 10. Intentional Self-Harm (Suicide)
RISK FACTORS FOR HEART DISEASE ACCORDING TO: Office of the Surgeon General, American College of Sports Medicine, American Diabetes Association, Centers for Disease Control & Prevention, Wellness Councils of America. *PHYSICAL INACTIVITY *LOW CARDIO RESPIRATORY FITNESS *DIABETES *HIGH BLOOD PRESSURE *LOW HIGH DENSITY CHOLESTEROL *HIGH LOW-DENSITY CHOLESTEROL * HIGH TOTAL CHOLESTEROL *SMOKING
OVERWEIGHT AND OBESITY IN USA PERCENTAGE of AMERICANS that are OVERWEIGHT
According to: American Heart Association, Centers for Disease Control and Prevention, National Center for health Statistics, National Health and Nutrition Examination Survey
OBESITY FACTS: 1. EACH YEAR AN ESTIMATED 300,000 U.S. adults die of causes related to obesity. (Behavioral Risk Surveillance Study, Center for Disease Control and Prevention, National Center for Health Statistics, Journal of the American Medical Association) 2. 90%-95% of people with diabetes have Type 2 diabetes. This condition has been closely linked to obesity and Physical Inactivity.
PERCENTAGE of our CHILDREN that are OVER WEIGHT in AMERICA
According to: The American Heart Association, Centers for Disease Control and Prevention, National Center for health Statistics, National Health and Nutrition Examination Survey
DIABETES MELLITUS FACTS : -10.6 MILLION Americans have PHYSICIAN-DIAGNOSED DIABETES* ABOUT: 4.9 million MALES & 5.7 million FEMALES -In, 1996 DIABETES KILLED 68,399 Americans. ABOUT:45.5% Males 54.5% Females* -Two-thirds of people with DIABETES MELLITUS DIE of some form of HEART OR --BLOOD VESSEL DISEASES* -798,000 NEW CASES OF NON-INSULIN DEPENDENT (TYPE 2) DIABETES ARE DIAGNOSED EVERY YEAR* An Estimated 5,600,000 Americans have UNDIAGNOSED DIABETES*
According to TheNational Health and Nutrition Examination
Survey 3, Center for Diseases Control and Prevention, and National center
for Health Statistics, American Heart Association
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What is Diabetes? When we eat any type of foods, our body breaks down the food to produce energy (ATP), ATP is the simplest form of energy that our cells us do their normal day actives. For example, the Human cell uses ATP for a wide range of needs like: Muscle contraction for locomotion moments, Rebuilding and repairing of tissues, and Digestion and Transpiration of food. However, With Diabetes, the body has difficulties producing insulin or the cell receptors do not work right, therefore the insulin is not absorbed in the tissues. Insulin is a hormone that helps take out the energy (sugar) out of the blood vessels. For Example, after eating a meal, a person's blood sugar raises above homeostasis levels. So, the receptors in the human arteries pick up the increase of sugar levels. Than, the Receptors fire off a signal, which is send to the brain. Next, the brain sends a message to the pancreas to release insulin because insulin decreases the blood sugar levels. Finally, the blood sugar levels go down. However, on people that are victims of diabetes their bodies have a hard time controlling blood sugar levels. . What is Type 2 Diabetes Type 2 Diabetes is the most common form of disease. Type 2 Diabetes was seen in the past in older adults, 40 yrs and older. However, with today's fast way of living and fast food, children and younger people are being diagnosed with the condition. Type 2 Diabetes is linked closely to lifestyle chooses and being sedentary. In other words, being obese and being physical inactive greatly increases a person's chance of being a victim of this disease. Tips for Type 2 Diabetes 1. Be physical active............Type 2 Diabetes is closely linked to being Overweight 2. Call Fitness2go.net to get a Resistance Training workout program because lifting weight can have an insulin-like effect on the body after working out. 3.Eat variety of foods, including fruits, vegetables, and whole grain foods. 4. Eat less sugar. Limit yourself to one Soft Drink a day, if you have to have one, that is. 5. Eat less salt. Your food already has too much sodium in it before you even add any salt to it.
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