Fat Smack ThermoLipoLytic by Purus Labs
Purus Labs - Fat Smack Thermolipolytic - 90 Capsules
Fat Smack by Purus Labs is a powerful thermolipolytic inciting elevated energy expenditure, fatty acid mobilization and appetite suppression. Fat Smack is a novel product designed by PURUS LABS adhering to the established guidelines of PURUS in terms of including only those ingredients that have been reported to have favorable outcomes, in relation to weight/fat loss, in human subjects via oral ingestion and including them at the exact dosages proven efficacious in the research. Fat Smack contains a unique blend of ingredients, each carefully selected for their potential impact on weight/fat loss related variables, as opposed to a wash-list proprietary blend of unsubstantiated materials. If just a few ingredients can be identified as potentially efficacious in terms of the desired outcome measures (which is indeed the case when reviewing the scientific literature), then why not simply include only those potent few ingredients at the correct dosages as opposed to adding tons of "window dressing" for marketability? This is exactly the principle logic fueling PURUS LAB, brevity and precision. The text below outlines the ingredients used within Fat Smack, while providing a brief summary of the rationale for use.
- Incite Thermogenesis
- Optimize Thyroid Function
- Amplify Fatty Acid Mobilization
- Blunt Appetite
A commonly used pharmacological agent, caffeine is very well-studied and extensively used; in fact, caffeine is the most widely consumed pharmacological substance in the world. The most well-described physiological effects of caffeine relate to enhanced mood, cognition, exercise performance, and weight loss associated outcomes (e.g., increased thermogenesis [Belza et al., 2009] such as increased free fatty acid release and catecholamine levels [Patwardhan et al., 1980], decreased appetite). Multiple mechanisms are associated with the ergogenic effect of caffeine including improved cognitive function, increased catecholamine secretion and associated lipolysis, enhanced Na+/K+ pump activity serving to enhance excitation contraction coupling, increased calcium mobilization, phosphodiesterase inhibition, and antagonism of adenosine receptors. While individual response to caffeine varies based on tolerance, dosages in the literature have generally ranged from 3-6 mg·kg-1 body mass.
2-amino-4-methylhexane appears to provide a sympathomimetic effect in human subjects; that is, it is thought to mimic the effects of the sympathetic nervous system such as the endogenous chemicals epinephrine, norepinephrine, and dopamine. This does not indicate that it necessarily elevates these chemicals; rather, it may mimic their effects such as enhanced fatty acid mobilization from storage depots and providing a feeling of euphoria. This is the one ingredient contained within Fat Smack that is not yet supported by peer-reviewed, published clinical data. However, research pertaining to its use in human subjects is ongoing, and immense anecdotal reports exist for improved focus, mood, exercise performance, and extreme appetite suppression. The dosage of 2-amino-4-methylhexane contained within Fat Smack is based on observations in human subjects using 2-amino-4-methylhexane alone and in combination with caffeine, as well as pilot testing done by PURUS LABS in a variety of healthy men and women with normal blood pressure.
Cissus quadrangularis (CQ) is one of the most commonly used medicinal plants in Thailand and used in traditional African and Ayurvedic medicine. As with green tea extract, CQ renders multiple physiological effects including potent antioxidant effects to minimize oxidative stress, anti-arthritis benefits, as well as anti-obesity properties. Specifically, the chemical constituents of CQ (e.g., flavonoids, phytosterols and keto-steroids) have shown promise as powerful antioxidants and demonstrated efficiency for lipase and amylase inhibition—collectively contributing to reduced oxidative stress and weight loss. At least three human studies have been conducted using this agent, all reporting beneficial effects on weight loss and associated variables. In summary, these studies found CQ alone, or in conjunction with other materials, caused statistically significant reductions in body weight, central obesity, body fat, waist size, cholesterol, and fasting blood glucose (Oben et al., 2006-2007-2008). Considering the work performed by Oben and colleagues, the results for use of CQ are very impressive, and an extremely positive attribute of the Oben work is the fact that all studies included a relatively large sample size, something that is lacking in many dietary supplement intervention studies.
Capsaicinoids are the major pungent, naturally occurring active compounds in capsicum fruits such as hot chili peppers—a fruit of the genus capsicum plant family. The most abundant forms of capsaicinoids found within hot red peppers are capsaicin (8-methyl-N-vanillyl-6-nonenamide), dihydrocapsaicin, and nordihydrocapsaicin (Thomas et al., 1998). Capsaicinoid ingestion is typically associated with intense feelings of heat. In fact, the amount of heat generated by these capsaicinoids is actually measured using Scoville Heat Units (SHU), with pure capsaicin yielding the highest measure of 15,000,000 SCU. With such a high rating, very little capsaicin in needed to provide a measureable effect, and too much may be associated with gastrointestinal upset. In terms of effects related to weight/fat loss, capsaicinoids have been reported in multiple studies to reduce ad libitum food intake, increase thermogenesis and energy expenditure, and enhance lipolysis (for a review please see Bloomer et al., 2009b), and inhibit adipogenesis (Hsu and Yen, 2007). Capsaicinoids are thought to function to stimulate thermogenesis by activating the sarcoplasmic reticulum Ca+-ATP-ase (SERCA). Thermogenesis, as indicated earlier, refers to process of heat generation via the hydrolysis of ATP via SERCA. In the presence of capsaicinoids, SERCA becomes uncoupled (i.e., ATP hydrolysis occurs without the transport of calcium) leading to greater heat energy production (Mahmmoud, 2008). In terms of lipolysis, capsaicinoids are an agonist of the transient receptor potential vanilloid subfamily member 1 (TRPV1). TRPV1, via a number of steps, ultimately leads to an increased activation of the sympathetic nervous system leading to the release of epinephrine and norepinephrine from adrenal glands. These anorectic catecholamine hormones interact with hormone sensitive lipase, an enzyme involved in lipolysis and the mobilization of fatty acids from storage sites. Epidemiological data appear to support an association between the consumption of capsaicinoid containing foods and a lower incidence of obesity (Wahlqvist and Wattanapenpaiboon, 2001).
Vitamin & Mineral Matrix
Fat Smack contains a vitamin/mineral matrix to enhance the antioxidant activity of the other ingredients (e.g., EGCG and CQ), post-digestion catechin recovery (Vitamin C-see above EGCG) (Henning et al., 2004), and the support of optimal thyroid function (numerous studies can be found in support of our included vitamin/mineral matrix regarding healthy thyroid-see PubMed, Linus Pauling Institute, and the NIH Office of Dietary Supplements). Several of the ingredients provided within this matrix are known to support healthy thyroid (vitamin A, selenium, iodine, iron, and zinc) which is important for the regulation of metabolic rate (energy expenditure). No outlandish claims are made in support of this matrix in terms of increasing thyroid activity beyond normal healthy function. While certain agents are used within nutritional supplements in an attempt to boost thyroid activity, and may be capable of doing so when studied in animal models at high dosages, little or no direct evidence is available to support their use in human subjects and there exists a strong possibility of long-term TSH suppression. Due to these issues, PURUS LABS has simply decided not to focus specifically on attempting to boost thyroid function by using "novel," supposed thyroid stimulators; instead, Fat Smack is fueled by a combination of ingredients thought to support healthy thyroid function, used by human subjects.
Piperine is an extract of black pepper and appears to function in a similar manner as capsaicinoids (binding the TRPV1 receptors) by increasing catecholamine secretion, hence thermogenesis. Piperine is often used within nutritional supplements as an aid in absorption, as it may promote rapid absorption of certain nutrients (e.g., curcumin, vitamins, amino acids) from the gastrointestinal tract. (Johri, R.K. et al., 1992)( Kowado, T, et al., 1988)
Fat Smack contains a carefully selected blend of ingredients, based on human evidence for effect in relation to multiple aspects of weight/fat loss, and used at the research-proven dosages. While regular exercise and optimal dietary intake inclusive of frequent, macronutrient balanced and nutrient dense meals (as well as adequate water intake) should be viewed as most important in the quest for body weight/fat reduction and the reduction of cardiovascular and metabolic disease risk, use of a weight/fat loss agent such as Fat Smack may be an adjunct to this lifestyle plan.
Take 1 Capsule to asses tolerance, if tolerance permits, you may take 2 capsules. Do not exceed 2 capsules in a 24 hour period. Sensitive user should consume with food. Do not take within 6 hours bedtime.
Do not take Fat Smack in excess of its recommended dosage. Fat Smack is intended only for healthy adults over 21 and may acutely elevate blood pressure and heart rate. Consult a licensed healthcare practitioner before use. Do not use if you are currently pregnant or nursing, have had or have a family history of heart disease, high blood pressure, stroke or any other disease, or using an MAOI, prescription drug, or over-the-counter drug, particularly for cold and sinus. If you are competitive athlete and/or subject to drug testing, consult with your sanctioning body prior to use to ensure compliance. Discontinue use immediately if you experience any adverse reactions.