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2012 - Europe Direct Iasi

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EUROINVENT <strong>2012</strong><br />

4.35.<br />

Title<br />

MEDIUM FOR HUMAN AND ANIMAL CELL<br />

CULTIVATION<br />

Authors<br />

C.Spînu, Ig. Spînu, Angela Roşca, Liudmila Bîrca, Lilia Cijuhari,<br />

P.Chintea<br />

Institution National Center for Public Health, Republic of Moldova<br />

Patent no. MD 3569<br />

Supplementation of the medium for cells cultivation (standard<br />

medium for cells cultivation with the addition of bovine serum)<br />

with vegetable biostimulator: capsicozid 3-O-[β-D-<br />

Description<br />

glucopiranozilglucopiranozil<br />

(1→2)]-[<br />

(1→ 4)β-D-glucopiranozil<br />

β-D-glucopiranozil<br />

(1→3)]-β-D(1→3)-β-Dglucopiranozil-[(25R)-5α-furostan-2α,<br />

3β, 22α, 26-tetraol]-26-Oβ-D-glucopiranozil<br />

in the final concentration 0.01 % increases<br />

final concentration of cells to around 8 (eight) times.<br />

4.36.<br />

METHOD OF TREATMENT OF POST-COMBUSTION<br />

Title<br />

WOUND<br />

Authors Furtuna Denisii, Coreţchi Liuba, Bahnarel Ion, Spînu Constantin<br />

Institution National Center for Public Health, Republic of Moldova<br />

Patent no. MD Application SS 2011 0184<br />

Method of treatment of post-combustion wound, which is that<br />

therapy is administered in alternating flow red and infrared light,<br />

characterized in that red light gives the parameters: wavelength -<br />

660 nm, dose - , light intensity - 41.6 ; and infrared: wavelength<br />

Description<br />

- 850 nm, dose - , light intensity - 49.06. This system produces<br />

faster cell regeneration compared with the nearest solution,<br />

efficiency of decreasing wound surface being 50 ... 60% of<br />

controls in 8 days. Granulation total period of wound is reduced<br />

by four days in compare to analogy.<br />

4.37.<br />

Procedure for obtaing of oil nanodispersion with regenerative<br />

Title<br />

capacity<br />

Bogdan Alexandru HAGIU, Ion SANDU, Violeta VASILACHE,<br />

Authors Vasile TURA, Ionel MANGALAGIU, Constantin FILOTE,<br />

Andrei Victor SANDU<br />

Ştefan cel Mare University of Suceava<br />

Institution<br />

Romanian Inventors Forum<br />

Patent no. Patent application A/01216/26.11.2010<br />

Description The invention refers to a procedure for obtaining on oil<br />

nanodispersion with regenerative capacity for tissues, by<br />

Class 4<br />

90

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