Name: KAL - Molybdenum Amino Acid Chelate | 250 mcg | 100 Tablets
Brand: KAL
SKU: CAL-49615
Availability: InStock

KAL - Molybdenum Amino Acid Chelate | 250 mcg | 100 Tablets

1 / 4

Choose Size / Variant

100 Count Tablets Rs.1,639

| 0 Ratings

Rs.1,639

SKU#: CAL-49615 Availability: Imported On Demand

Made in: N/A

Additive Free

Gluten Free

Non-GMO

vegan

Imported On Demand

KAL

Est. Delivery 24 Jun - 27 Jun

Intl. Fee Free / N/A

Advance Payment Required

Pay Rs.245.85 (15%) now to confirm this import order.

KAL - Calcium Citrate 1000 | 180 Tablets (333 mg per Tablet)

() Rs.4486

KAL - Think | Magnesium L-Threonate | 60 Tablets (72 mg per Tablet)

() Rs.8067

KAL - Magnesium Taurate+ | 90 Tablets

() Rs.4497

KAL - Magnesium Taurate+ | 180 Tablets

() Rs.7874

KAL - Chelated Magnesium Bisglycinate | 180 Tablets (105 mg per Tablet)

() Rs.4041

KAL - Magnesium Malate 400 | 90 Tablets (200 mg per Tablet)

() Rs.3980

KAL - Lithium Orotate | 5 mg | 120 VegCaps

() Rs.2869

KAL - Magnesium Glycinate | 180 Softgels (105 mg per Softgel)

() Rs.8248

Innovative Quality Since 1932
Food Supplement
1 Daily
Chelate For Absorption
Vegetarian

Discussion:Molybdenum, a trace mineral, is an important cofactor for enzymes that are a part of amino acid metabolism and antioxidant levels in plasma. KAL® Molybdenum is chelated or bound to amino acids for bioavailability, and is intended to provide nutritive support for normal, healthy protein synthesis and metabolism.

ActivTab™ technology guarantees tablet disintegration within 30 minutes according to USP standards.

Use daily as directed. Take 1 tablet daily with a meal or glass of water.

Detox Support helps support the body’s natural detoxification processes, especially sulfur-based pathways.
Enzyme Support supports normal enzyme activity involved in nutrient metabolism.
Sulfur Metabolism helps support processing of sulfur-containing amino acids.
Antioxidant Support supports cellular protection against oxidative stress.
Trace Mineral Support provides essential molybdenum in a highly bioavailable form.