Garnell Nutrition's Lean-Force offers a powerful & maximum strength formula, utilising numerous specialized ingredients including Hypergenix a proprietary blend, exclusively developed to give simply incredible results without the jittery side effects associated with ephedrine products. The ingredient list is extremely comprehensive, including Citrus Aurantium, Caffeine, Guarana as well as special amino acids & green tea which is specifically selected to provide 95% polyphenols & 70% catechins. Make no mistake, this is nutrition at a new level, a truly exceptional product. Boost your energy In an aim to provide significant stimulant, without the jittery side effects of ephedrine, Garnell Nutrition developed an exclusive proprietary herbal blend called Hypergenix. This
Includes:: Caffeine & Guarana, which are both well-recognised stimulants, which have also been shown to facilitate fat loss & reduce fatigue. Tyrosine, which is a precursor to the mood elevating compound dopamine & is also required for the manufacture of thyroid hormones, along with Phenylalanine, another constituent & again a precursor to mood elevating compound dopamine. Green Tea The new formula
Includes:: Green Tea, which has recently come to light due to the high polyphenols (catchin) content, which is believed to have many benefits including antioxidant, fat mobilization & also for thermogenic properties. The Green Tea selected is one of the most potent Green Tea formulations available, standardised for 95% polyphenols (70% Catchins), especially high in the Catchin called epigallocatechin gallate (EGCG). Citrus Aurantium Lean Force provides 200mg Citrus Aurantium per serving. This is sometimes referred to as bitter orange & contains an active compound called Synephrine. Citrus Aurantium has been widely used in traditional Chinese medicine of centuries. It is reported to have similar effects to that of ephedrine, (suppressing appetite & boosting metabolism) but without some of the negative side effects, thought to be due to the way that it works giving stimulation of specific adrenergic receptors (beta-3, but not beta-1, beta-2 or alpha-1).