Deksel

In treating vitamin D deficiency

World's First Nano Vitamin D3 Oral Solution

Deksel adopts nanotechnology to enhance Vitamin D3 absorption, resulting in improved blood serum level of vitamin D.

Lipid Digestion

Doesn't depends on lipid digestion process for its absorption

GIT

Shows rapid gastric emtying there by increasing rate of absorption

pH

Unaffected by varying GIT pH conditions

Absorption

Absorption is unaffectd by fed-fast variation

A Product Of

Aqueol Nano Technology

The use of Nano technology in drug delivery has helped in successfully enhancing bioavailibility and reducing patient to patient variability in absorption ensuringoptimum therapeutic concentration of vitamin D3 in blood serum.

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Bioavailibility

Stability

Entrapment of D3

Patient Compatibility

Key Features

Transcytosis

Hydrophillic Surface

Small Size

Transport

Stability

Deksel's

Mechanism of
Absorption

It is very difficult to absorb enough vitamin D from food sources and the sun, so a supplement is commonly advised.

A supplement in liquid form, such as Deksel, is easier for our body to absorb than a gel, tablet or capsule form. Because of nano size the Deksel, nanoparticles are transported across the entrocytic barrier by either transcytosis or paracellular pathway or both.

Deksel's

Hydrophillic Surface

Vitamin D3 taken by oral route is absorbed in the intestine, where the lining of the digestive tract is aqueous in nature. Therefore vitamin D3, a fat-soluble molecule, in order to be absorbed, must be made water soluble in the intestine

The nano particles of Deksel having hydrophillic surface due to which all entrapped particles of Vit. D3 will be directly transported to unstirred aqueous layer covering the entrocytes, thereby enhancing absorption.

Deksel

Exhibit unique physicochemical properties

Nanoparticles are colloidal carriers with dimensions on the nanoscale with unique physicochemical properties as small size, larger surface area,stability, varied composition, biocompatibility, and biodegradability.

Encapsulation of vit. D 3 molecules (less than 150nm)in a nanocarrier allows to increase its bioavailability and bioaccumulation in the target site.

Deksel has

Improved Transport
of Vit. D3

The small intestine is the site of absorption for lipophilic vitamins after their oral ingestion .

Our Aqueol Nano Technology has been used to encapsulate lipophilic vitamin D to improve its absorption. Mixed micelles produces while digestion and transport D3 molecules through the aqueous mucous layer, and make them bioavailable to brush bordered enterocytes for absorption.

Deksel

Uses Nanocarriers for
Vit. D3 delivery

Our nanosystems allows maintaining the physical and chemical stability of encapsulated Vit. D3 molecule, protecting the them from extreme gastic environment.

It is important that entrapped vit. D3 molecule should not alter the physicochemical properties to give optimum therapeutic benefits.