Description
- Relieve daily symptoms of fatigue
- Improve mental clarity and reaction time
- Doesn't "over-stimulate"
- Keep you from "hitting the wall"
- Zap burnout and boost your workout performance
- Improve your overall mood
Do you need more energy? Life it can be hard. When you're on the go—working 40 hours or more a week, exercising intensely, raising children or just trying to deal with life's challenges—it's easy to feel run down. A soda, an energy drink, or a cup of coffee may provide a temporary energy boost, but inevitably, it wears off quickly and makes you more exhausted than before.
Bottom Line: You work hard, play hard, and take your workouts seriously—you need a source of lasting energy, something to combat daily exhaustion, increase your alertness, and give you a real boost of energy. You need ENERGIZE—the All Day Energy Pill.
ENERGIZE was designed to safely work with your body's natural ability to fight physical and mental fatigue. The proprietary blend of ingredients found in ENERGIZE was formulated specifically to help indivdiuals looking to alleviate everyday feelings including:
- Exhaustion
- Physical and mental fatigue
- Reaction times
- Mental alertness
- Pre-workout energy
WHAT DOES THE RESEARCH SAY ABOUT ENERGIZE?
The ENERGIZE formula was developed by Dr. Mark Tallon, along with the research staff at iSatori Technologies, and is supported by over 20 individual ingredient clinical studies. The proprietary blend of ingredients found in ENERGIZE contains only the safest, most effective, physiologically active ingredients, which have been tested for the highest purity and potency.
Tyrosine: As a precursor to several important neurotransmitters, tyrosine appears to have potent stimulating effects on the brain and has been shown to help individuals perform better mentally—aiding in focus and alertness as well as inhibiting feelings of stress and fatigue.
Octacosanol: The primary component of a natural extract called policosanol, in preliminary studies, octacosanol was found to have promising effects on endurance, reaction time, and other measures of exercise capacity. In another trial, octacosanol was found to improve grip strength and visual reaction time.
Glucoranolactone: Glucuronolactone is a naturally occurring metabolite, a carbohydrate produced by the human metabolic system, formed when glucose breaks down and is believed to be helpful in ridding the body of harmful substances and providing an instant energy boost.
Theobromine: Theobromine is the primary methylxanthine found in the cocoa tree. It acts as a mild stimulant that does not affect the central nervous system. Recent evidence suggest that theobromine relaxes the smooth muscles of the bronchi in the lungs, and elevates levels of a chemical in the brain called serotonin for enhanced mood.
Natural Caffeine: Caffeine, in its purest form, has been used for centuries because of its natural stimulating effects, for a jolt of energy, to fight fatigue, and to delay muscle exhaustion. Caffeine also mobilizes fat for energy, which is ideal for those exercising and seeking to reduce bodyfat.
Panax Ginseng: Ginseng, another "adaptogen," is revered all over the world for its abilities as an immune booster, mind enhancer, and veritable stress reliever. Ginseng is considered a "restorative" agent as it automatically travels wherever the body needs support.
Vitamin & mineral cofactors: ssential Vitamins B1, B6, B12, folic acid, and other essential minerals, such as magnesium, are the body's most complex co-factors. They play many critical roles, including maintenance of our nervous systems, formation of red blood cells, energy metabolism, and the proper functioning of our brains. Their importance to our bodies' optimal performance defines the meaning of the word "essential."
REFERENCES:
OCTACOSANOL
Kim, H., et al., "Octacosanol Supplementation Increases Running Endurance Time and Improves Biochemical Parameters After Exhaustion in Trained Rats," J Med Food 6.4 (2003) : 345-51.
Saint-John, M., and McNaughton, L., "Octacosanol Ingestion and its Effects on Metabolic Responses to Submaximal Cycle Ergometry, Reaction Time, and Chest and Grip Strength," Int Clin Nutr Rev 6.2 (1986) : 81-7.
Stusser, R., et al., "Long-Term Therapy with Policosanol Improves Treadmill Exercise-ECG Testing Performance of Coronary Heart Disease Patients," Int J Clin Pharmacol Ther 36.9 (1998) : 469-73.
4 Fontani, G., et al., "Policosanol, Reaction Time and Event-Related Potentials," Neuropsychobiology 41.3 (2000) : 158-65.
5 Kabir, Y., and Kimura, S., "Distribution of Radioactive Octacosanol in Response to Exercise in Rats," Nahrung 38.4 (1994) : 373-7.
CAFFEINE
Lieberman, H.R., et al., "Effects of Caffeine, Sleep Loss, and Stress on Cognitive Performance and Mood During U.S. Navy SEAL Training, Sea-Air-Land," Psychopharmacology (Berl) 164.3 (2002) : 250-61.
Goldstein, et al., "Psychotropic Effects of Caffeine in Man. Individual Differences in Sensitivity to Caffeine-Induced Wakefulness," J Pharmacol Exp Therapeutics 149 (1965) : 156-9.
LeBlanc, J., et al., "Enhanced Metabolic Response to Caffeine in Exercise-Trained Human Subjects," J Appl Physiol 59.3 (1985) : 832-7.
Varani, K., et al., "Dose and Time Effects of Caffeine Intake on Human Platelet Adenosine A(2A) Receptors: Functional and Biochemical Aspects," Circulation 102.3 (2000) : 285-9.
Reading, S.A., et al., "Increased cAMP as a Positive Inotropic Factor for Mammalian Skeletal Muscle In Vitro," Can J Physiol Pharmacol 81.10 (2003) : 986-96.
Thong, F.S., et al., "Caffeine-Induced Impairment of Insulin Action but Not Insulin Signaling in Human Skeletal Muscle Is Reduced by Exercise," Diabetes 51.3 (2002) : 583-90.
TYROSINE
Mouret, J., et al., "L-Tyrosine Cures, Immediate and Long Term, Dopamine-Dependent Depressions, Clinical and Polygraphic Studies," C R Acad Sci III 306.3 (1988) : 93-8.
Deijen, J.B., et al., "Tyrosine Improves Cognitive Performance and Reduces Blood Pressure in Cadets After One Week of a Combat Training Course," Brain Res Bull 48.2 (1999) : 203-9.
Morrow, B.A., et al., "Tyrosine Enhances Behavioral and Mesocorticolimbic Dopaminergic Responses to Aversive Conditioning," Synapse 22.2 (1996) : 100-5.
Banderet, L.E., and Lieberman, H.R., "Treatment with Tyrosine, a Neurotransmitter Precursor, Reduces Environmental Stress in Humans," Brain Res Bull 22.4 (1989) : 759-62.
PANAX GINSENG
Park, H.J., et al., "Effects of Dietary Supplementation of Lipophilic Fraction from Panax Ginseng on cGMP and cAMP in Rat Platelets and on Blood Coagulation," Biol Pharm Bull 19.11 (1996) : 1434-9.
Petkov, V., "Effect of Ginseng on the Brain Biogenic Nonoamines and 3',5'-AMP System. Experiments on Rats," Arzneimittelforschung 28.3 (1978) : 388-93.