Chisturile maxilare. date statistice
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616.314.17-008.1-031 (1)
Stomatologie. Cavitatea bucală. Gură. Boli ale gurii şi dinţilor (283)
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CUCU, Ghenadie; TOPALO, Valentin. Chisturile maxilare. date statistice. In: Medicina stomatologică . 2017, nr. 1-2(42-43), pp. 32-36. ISSN 1857-1328.
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Medicina stomatologică
Numărul 1-2(42-43) / 2017 / ISSN 1857-1328

Chisturile maxilare. date statistice

CZU: 616.314.17-008.1-031
Pag. 32-36

Cucu Ghenadie, Topalo Valentin
 
Universitatea de Stat de Medicină şi Farmacie „Nicolae Testemiţanu“
 
Disponibil în IBN: 16 august 2017


Rezumat

In acest studiu au fost analizate 451 de cazuri de pacienți tratați in secția de chirurgie Oro-Maxilo-Facială in perioada aa. 2010—2014 , 262 pacienți diagnosticați cu chisturi la maxilarul superior și 189 pacienți cu chisturi la mandibulă. Datele acumulate au fost prelucrate cu ajutorul calculatorului individual. Analiza datelor a fost realizată utilizand programul IBM SPSS Statistics, şi componentei Excel a suitei Microsoft Office cu ajutorul funcţiilor şi modulelor acestor programe. In dependență de maxilarul afectat, s-au inregistrat 262 chisturi ale maxilarului superior (59,8%, Es= 2,31%) și 189 chisturi ale maxilarului inferior (40,2%, Es= 231%). Valoarea x2≤0,001 indică prevalența veridică a chisturilor maxilarului superior față de cel inferior.

In this study were included 451 of patients treated in Departament of Oro-Maxilo-Facial Surgery in period of 2010—2014 years, 262 of patients had cysts on the upper jaw and 189- on the lower jaw. Datas were analysed with personal computer using IBM SPSS Statistic soft and Microsoft Office Excel. We noticed 262 cases of upper jaw cysts (59,8%, Es= 2,31%) and 189 cases of lower jaw cysts (40,2%, Es= 231%). x2≤0,001 variable shows true prevalence of upper jaw cysts to those on the lower jaw.

Cuvinte-cheie
chist odontogen, frecvență, maxilla, mandibulă,

chistectomie

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<dc:creator>Geru, I.I.</dc:creator>
<dc:creator>Tarabukin, A.B.</dc:creator>
<dc:creator>Ignat, M.</dc:creator>
<dc:creator>Popovici, E.</dc:creator>
<dc:date>2012</dc:date>
<dc:description xml:lang='en'><p>Mesoporous carbon nanotubes (CNTs) were prepared by a simple nanocasting route, implying SBA-15 as template and glycerol as carbon source. The silica template, SBA-15, was synthesized using a tri-block copolymer (Pluronic P123) by a hydrothermal method during three days. SBA-15 was synthesized using the tri-block copolymer poly(ethylene glycol)-block-poly(propylene glycol)block-poly(ethylene glycol) (Pluronic P123, Molecular weight = 5800, EO20PO70EO20) (Aldrich) as a structure directing agent according to the method reported in the literature [1]. The structure of the synthesized mesoporous carbon was studied using both low and wide angle XRD. The low angle XRD pattern shows three well resolved peaks (100), (110) and (200) which are characteristic to the two-dimensional hexagonal space group p6mm. As the mesoporous carbon material exhibits these kinds of diffractions, it has an ordered structure retained from the silica template. The low angle XRD pattern allowed calculations of the cell parameter (a0 = 9.8 nm) and d-spacing (d100 = 8.5 nm). The wide angle XRD pattern exhibit two peaks: (002) resulting from stacks of parallel layer planes, and (101) peak that is know to be characteristic to the carbon states described as clusters made of small fragments of graphene planes plus some amount of disorganized carbon. The average pore sizes of the mesoporous carbon samples are ranging from 3 nm to 5 nm. The calculated pore size distribution data showed a pore size distribution centered at 3.8 nm. The Raman spectrum shows a strong vibration at 1599 cm-1 (the G-band) that characterizes the E2g mode, which is due to the vibration corresponding to the movement in opposite directions of two neighboring sp2-bonded carbon atoms in a two-dimensional hexagonal lattice. The presence of the G-band suggests that well defined graphitic domains are indeed developed. Another band, centered appreciatively at 1342 cm-1 (the D-band), which results from the defects within the graphite layers, suggests the existence of the disordered graphitized domains. The SEM images show that the mesoporous carbon material is made up of rod/pipe-like particles. These data are consistent with the XRD and nitrogen sorption measurements. EPR spectrum of the semiconducting CNT is characterized by a single slightly asymmetric wide line with &Delta;Hpp= 87.387 mT and g = 2.1914 (T = 300 K) having the shape near to the Gaussian. It was shown that the mesoporous semiconducting CNTs with above noticed properties are characterized by a strong tenzoresistive effect (Fig.1) with great possibilities for applications as tenzoresistive sensors of mechanical values. In Fig.1 &rho; and &rho;0 are the resistivities at given pressure P and &rarr;at P &infin;, respectively. In the pressure range of about 0.4 MPa the longitudinal coefficient of tenzoresistivity (tenzosensitivity) is 6&sdot;10-6 Pa-1 while at pressure P of about 2 MPa the tenzosensitivity is 1.7&sdot;10-7 Pa-1.</p><p>figure</p></dc:description>
<dc:source>Materials Science and Condensed Matter Physics (Editia a 6-a) 201-201</dc:source>
<dc:title><p>Controlled synthesis and tunable properties of mesoporous semiconducting carbon nanotubes</p></dc:title>
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