Composition of amino acids for sublingual applying for enhanced skin integument repigmentation in vitiligo and method of its administration
The task of this invention is in use of composition containing natural metabolites—amino acids, and in method of its administration which make it possible to increase skin repigmentation through sulfurcontaining compounds rise and activation of endogenic metabolic reactions, and to get persistent normalization of melanogenesis thus improving skin integument and as a consequence patient's quality of life. Composition includes L cystine, L glutamic acid and glycine in the following quantity, mg: L cystine 85 ± 10%, L glutamic acid 85 ± 10%, Glycine 85 ± 10% The amino acid composition mentioned above must be administered 3 times a day for 5 weeks independent of meal in accordance with method of increase of skin integument repigmentation in vitiligo. The course can be repeated in 4-5 weeks.
1. A method for increasing skin integument repigmentation in vitiligo, said method comprising the steps of sublingually administering an amino acid composition comprising L cystine, L glutamic acid and glycine in the following amounts, mg:
L cystine
85 ± 10%,
L glutamic acid
85 ± 10%,
Glycine
85 ± 10%.
2. The method according to claim 1 , wherein said composition is in the form of a tablet, and the composition further comprises from 1% to 10%, by weight of the tablet, of cellulose ether and from 1% to 10%, by weight of the tablet, of stearate as excipients.
3. A method for increasing skin integument repigmentation in vitiligo, comprising the steps of sublingually administering an amino acid composition 3 times-a-day for a period of 5 weeks, said amino acid composition comprising L cystine, L glutamic acid and glycine in the following quantity, per single dose, mg:
L cystine
85 ± 10%,
L glutamic acid
85 ± 10%,
Glycine
85 ± 10%.
4. The method according to claim 3 , wherein the course of administering the composition is repeated after 4-5 months.
5. The method according to claim 3 , wherein the composition is administered in the form of a tablet or a powder obtained by porphyrizing a tablet.