StayLo Cravings and Blood Sugar Support Supplement with Clinically Studied 1-DNJ. Stay Lo Supplement – 60 Vegan Capsules (30 Day Supply)

Price: $36.99
(as of Feb 12, 2024 17:10:31 UTC – Details)

Welcome to StayLo, after years of research the solution for enhanced well-being and vitality has been succesfully water extracted and condensed to deliver maximum benefit. Our expertly refined supplement harnesses the power of 1-DNJ mulberry extract to support your overall health in a convenient and vegan-friendly way. With 60 capsules in each bottle, StayLo offers a generous 30-day supply, ensuring you have enough to last you through the month. We believe in providing exceptional quality, which is why StayLo is crafted with premium plant-based ingredients. It’s suitable for vegans, ensuring that you can prioritize your well-being without compromising your ethical choices. Experience the StayLo difference today and discover the transformative power of nature in supporting your well-being.
Product Dimensions ‏ : ‎ 2.25 x 2.25 x 4.5 inches; 2.4 Ounces
Date First Available ‏ : ‎ May 16, 2022
Manufacturer ‏ : ‎ Staylo
ASIN ‏ : ‎ B09ZH4KX51

REDUCE CRAVINGS: Reduce carbohydrate cravings and hunger with clinically-tested StayLo. The 1-DNJ extract increases Leptin, lowing cravings and filling you faster durring a meal*
CLINICALLY TESTED INGREDIENTS: 1-DNJ or 1-Deoxynojirimycin is the active ingredient in mulberry leaves that StayLo has been able to extract without alcohol and condense to deliver maximum performance. If you are unawear of the benefits to daily 1-DNJ google “1-Deoxynojirimycin benefits NIH” for more information
NON-GMO & PLANT BASED: Does not contain ingredients of animal origin. Additive free, gluten free, wheat free, corn free, soy free and dairy free, with no artificial fillers, binders or excipients. Produced in a cGMP certified facility and tested for strength & saftey.
RARE TECHNOLOGICAL ADVANCEMENT: All the benefits of Mulberry leaves known for centuries magnified by the latest technology of water extraction, isolationg of the molecule 1-DNJ and magnification to deliver maximum benefits.