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INFORMATION ON CHROMIUM A.A.C.
Chromium is an essential trace mineral involved in insulin signaling and macronutrient metabolism. Chromium AAC (amino acid chelate) binds chromium to amino acids to enhance stability, absorption, and gastrointestinal tolerability compared to inorganic forms.
Functions:
- Potentiates insulin action at the cellular level
- Enhances glucose uptake into muscle and adipose tissue
- Supports normal blood sugar homeostasis
- Influences lipid metabolism and triglyceride balance
- Plays a role in appetite regulation and satiety signaling
- Supports lean body mass maintenance
TAILORBLEND uses chromium AAC for improved bioavailability, reduced GI irritation, and consistent absorption versus chromium chloride or chromium oxide.
POPULAR USE & PUBLISHED BENEFITS bbbb
Chromium AAC is commonly used to support:
- Healthy blood glucose regulation and insulin sensitivity
- Carbohydrate, fat, and protein metabolism
- Weight management and body composition
- Reduction of sugar cravings
- Cardiovascular and lipid health
- Energy utilization and metabolic efficiency
WHOLE FOODS
Plant-based Sources:
- Whole grains (wheat germ, whole wheat bread, oats), broccoli, green beans, brewer’s yeast, nuts and seeds
Animal-based Sources:
- Meat, poultry, fish
(Chromium content varies widely based on soil and food processing.)
RECOMMENDED USE
Synergistic Nutrients:
- Magnesium: Supports insulin signaling and glucose metabolism
- Alpha-lipoic acid: Enhances insulin sensitivity
- Biotin: Works synergistically with chromium in glucose control
- Zinc: Supports pancreatic function
Typical Dosages:
- Dietary intake (typical): 25–35 mcg/day
- Functional metabolic support: 50–100 mcg/day
- Therapeutic use (insulin resistance, PCOS, glucose dysregulation): 200–400 mcg/day
- No established UL; doses up to 1,000 mcg/day used short-term in studies under supervision
- Generally well tolerated at nutritional and functional doses
- High doses may cause mild GI upset or headache in sensitive individuals
- Use caution in individuals with kidney or liver disease
- May enhance the effects of insulin or antidiabetic medications—monitor blood glucose
- Long-term high-dose use should be supervised by a healthcare professional
CHROMIUM A.A.C.
- NIH Fact Sheet on Chromium: ods.od.nih.gov
- Vincent JB. Nutr Rev (2000) – Biological role of chromium
- Balk EM et al. Diabetes Care (2007) – Chromium supplementation and glucose control