Attention! Gels are a "state of the art" nutritional supplement formulated to meet the needs of children with learning and behavioral difficulties. According to research, the individual nutrients in Attention! Gels have been shown to enhance neurologic function and learning capabilities as well as assisting in moderating blood sugar changes. This combination of nutrients offers the perfect solution in assuring that children receive the appropriate nutrients essential for growth. Essential fatty acids (EFAs) are vital for human growth and optimum neurological development. One EFA that has generated successful research results is Docosahexaenoic acid (DHA). DHA is a polyunsaturated omega-3 fatty acid formed from alpha-linolenic acid or obtained directly from fish oils. Several studies have looked at the relationship between DHA and children with learning and behavioral difficulties. Investigators at Purdue University reported that serum and red blood cell concentrations of DHA were significantly lower in boys with attention/behavioral problems than those boys considered normal.
Numerous studies have documented the impact of Phosphatidylserine on specific brain neurotransmitters including acetylcholine, serotonin, norepinephrine and dopamine. Several studies have shown have shown significant improvement in behavior, concentration, attention and memory when patients supplemented with PS daily. Vitamin and mineral deficiencies have been implicated in mental performance. Several studies have shown the importance of B vitamins (folic acid, B6, and B12) in Attention! Gels for learning, concentration and behavior. DMAE (deanol), L-Tyrosine, Glutamic acid, Choline and Inositol play an important role in neurotransmitter action, with deficiencies possibly contributing to impaired cognitive function. It is known that erratic blood sugar concentrations may eventually lead to low blood sugar concentrations. The body responds to low blood sugar by releasing adrenaline and other hormones, thereby possibly contributing to aberrant and hyperactive behavior. Scientists have discovered excessive refined carbohydrates and sugar consumption may promote the lowering effects of blood sugar concentrations. This combination incorporates several nutrients designed to help modulate blood sugar. Chromium, a fundamental trace element required for all insulin-regulating activities, plays a central role in regulating blood sugar. Gymnema sylvestre, and herb native to India, has been used in traditional folk medicine for supporting normal blood sugar levels. Opuntia strptacantha has been shown to support normal cholesterol metabolism and can help modulate blood sugar. Alpha-Lipoic Acid has been indicated to support normal blood sugar levels by increasing the body's sesitivity to its own insulin, therefore allowing proper metabolism of carbohydrates. Attention! Gels offer vital nutrients to support optimal learning, concentration and focus for all ages.
Ingredients per3 Softgels:
Marine Oil (Yielding 250 mg,
DHA - Docosahexanoic acid),
L-Tyrosine- 20 mg
DMAE (Dimethylamine Ethanol Bitartrate) 100 mg,
PS (Phosphatidylserine from 100 mg of Soy) 20 mg,
Choline Bitartrate - 100 mg,Inositol - 100 mg,
Grape Seed Extract - 50 mg,L-Glutamic acid - 50 mg,
Magnesium Chelate - 50 mg,
Vitamin B-6 (Pyroxidine HCl) - 50 mg,
Alpha Lipoic Acid - 25 mg,Betaine (Trimethylglycine) - 25 mg,
Opuntia Streptacantha (Prickly Pear Cactus) - 20 mg,
Vitamin E - 15 IU (10 mg),Gymnema Sylvestre Extract - 5 mg,
Folic Acid - 800 mcg,
Vitamin B-12 (Cyanocobalamin) - 200 mcg,
Chromium Chelate - 200 mcg.
Suggested Use:Take 1 softgel up to 3 times daily with a meal or as directed by your healthcare professional.,
About the Manufacturer
Metabolic Response Modifier
Metabolic Response Modifier is dedicated to the furthering of nutritional modalities in the arena of Alternative Healthcare. Our staff of highly trained professionals are committed and passionate about the development of innovative nutritional supplements that reflect sound, clinical and experimental data collection, interpretation and application.