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Rednite®

Rednite® is clinically proven beetroot powder for enhancing exercise endurance using dietary nitrates naturally found in beetroot.

Properties

Physical Form
  • Powder, Solid
  • Powder
  • Solid

Product families

Applications

Food & Nutrition — Beverage
  • Energy Drinks
Food & Nutrition — Nutrition & Well Being
  • Nutraceuticals & Supplements
  • Sports Nutrition

Product Families

Food Ingredients — Whole Foods, Extracts & Premixes
  • Vegetable Products & Extracts

Other characteristics

Brand
Rednite
End Uses

Dietary Supplements, Energy Drinks, Sports Nutrition

Features

Antioxidant Properties, Improved Blood Circulation

Ingredient Name
Beet Root Powder
Labeling Claims

Dairy-free, Gluten-free, Halal, Kosher, Natural, Non-GMO, Pesticide-free; Dairy-free; Gluten-free; Halal; Kosher; Natural; Non-GMO; Pesticide-free

Certifications & Compliance
Gluten-free, Halal, Kosher
Markets
Food & Nutrition
Function
Sports performance
Solubility
Water Soluble
Soluble In
Water
Ingredient
Beet Root Powder
Technology
Food Ingredients
Ingredient Origin
  • Plant Origin
  • Vegetable Origin
HIGHLIGHTS

Unique processing allows for 1.5%-2.75% of natural nitrates from beetroot cultivated in optimal agricultural conditions and practices; Nitric Oxide (NO) increases blood flow throughout the body, especially to vital organs, improving oxygen flow and increasing overall endurance.; Most common applications have been used for pre-workout and recovery, higher energy and vitality levels, healthy blood circulation, and higher mitochondrial energy.

Food Ingredients Features
  • Antioxidant Properties
  • Improved Blood Circulation
Certifications and Compliance
  • Gluten-free
  • Halal
  • Kosher
Food and Nutrition Applications
  • Dietary Supplements
  • Energy Drinks
  • Sports Nutrition
Clinically Researched Benefits

Potentially able to improve endurance while exercising; May lower necessary oxygen consumption during exercise while maintaining heart rate; May increase mean peak EMG amplitude and lowered firing rates; May improve neuromuscular efficiency of force production; Found to have a very strong safety profile

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