Hirudin (liquid) Reduces eye puffiness, dark circles, and inhibits scarring

Product Characteristics

• Hirudin is the strongest and safest inhibitor of thrombin so far;
• Hirudin is not easily damaged by heat, acid and alkali;
• It specifically combines with thrombin to hinder blood coagulation, promote blood circulation and produce strong anti-coagulant and stasis effect;
• When used on the surface of the skin, it can significantly improve the skin's microcirculation obstruction, and significantly improve eye edema and dark circles;
• It can inhibit the production of scars by reducing the excessive proliferation of collagen during the skin repair process.

Blood coagulation is delayed or completely blocked depending on the concentration of hirudin; it can also inhibit the binding of thrombin to platelets and the release of platelets stimulated by thrombin, and can dissociate the two.

Medical eye blood stagnation is caused by poor microcirculation of the skin, manifested as dark circles under the eyes, puffiness, hyperpigmentation; poor blood circulation around the eyes caused by venous blood accumulation, manifested as darkening of the skin around the eyes and greening. To remove dark circles under the eyes fundamentally to enhance blood circulation

The stability of hirudin, first of all, should be attributed to the close structure of the N-terminal core region, which relies on three disulfide bonds and antiparallel captive folding to form a hydrophobic tadpole head, high temperature treatment as well as changes in pH do not affect its vitality.

1.Temperature effect on hirudin aqueous solution by 100 ℃ treatment lh, the vitality is still up to 98%; papain, pepsin, Bacillus subtilis protease will affect its activity, as a daily chemical raw materials, please pay attention to the adjustment of the formulation system.

2. pH changes on the effect of hirudin hirudin in different pH1-9 conditions at room temperature treatment for 2h, the vigor remains basically unchanged.

Transdermal absorption of medically reconstituted hirudin

Preparation of recombinant hirudin gel: using carbo gel, compounding nitrogen ketone and propylene glycol to enhance its permeation effect.

A modified Franz diffusion cell was used for the transdermal permeation test, and the Markwardt method was used to detect the activity of hirudin gel after transdermal absorption.

In vitro experiments showed that the MarKwardt method detected the active ingredients of the natural hirudin gel group and effectively improved the phenomenon of subcutaneous bruising, which proved that hirudin could penetrate into the skin and achieve effective activity; the blank gel group did not detect any activity, and did no