Thursday 6 March 2014

No-Crave and Weight loss

User feedback
“I have been using No-Crave for about 6 weeks now and can highly recommend this product for reducing my cravings for sugar and snacks in between meals. It definitely works for me.” Happy (repeat) Customer, 25 January 2014.


No-Crave – may curb cravings and appetite
A great smelling blend of essential oils infused in organic jojoba oil, No-Crave contains essential oils that act as appetite suppressants and boost digestion.

How it works
·      under the nostrils
essential oils free small particles in the nostrils and they reach various parts of the brain as well as the important hypothalamus that regulates appetite. Researchers at Columbia University Medical Centre focused on the hypothalamus and have identified a brain receptor that appears to play a central role in controlling hunger and cravings1.
·       massage abdomen
massaging the skin with No-Crave warms both the oils and the skin allowing for the molecules to penetrate into the abdomen and to stimulate the peristalsis movement of the bowel thus boosting digestion and elimination.
·       on the inside of the wrists
through warming the oils and the skin, the beneficial properties of the oils penetrate in the blood stream and are carried throughout the body with the beneficial properties working on the digestive system.

Diet and exercise
A user of this beautiful blend told me that she did not eat as much after massaging No-Crave into the abdomen before a meal. No-Crave is a great tool when wanting to manage weight. For greater weight loss it is imperative to have a balanced diet and regular exercise, No-Crave is a support in this process.

Conclusion
Remember to use No-Crave when you need it
Remember not to give into cravings
Remember to eat healthy smaller portions
Remember to exercise

Reference
1.     Ren, H., Orozco, I., Su, Y. Suyama, S., Gultierrez-Juarez, R. Horvath, T., Wardlaw, S. Plum, L., Arancio, O. & Accili, D. (2012). G protein-coupled purinergic receptor GPR17 mediates orexigenic effects of FoxO1 in AgRP neurons. NIHPA Author Manuscripts149(6), 1314-1326. doi:  10.1016/j.cell.2012.04.032



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