89-91 - Polskie Stowarzyszenie Biomateriałów

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mulations with high viscosity, providing close contact of the NSPNR with skin during and after application. In vitro skin penetration (FIG.6 A-D) of NR via the NSP in the epidermis, upper and lower dermis was 5, 7 and 3.5-fold higher than the corresponding NR solution in PG:Water (80:20 v/v) (p
CoRRESPondEnCE BETWEEn TEETh BonE dESTRuCTIon and ComPlICaTIonS of aCuTE odonTogEnIC InfECTIon and ITS foCal dIffuSIon I.O.POHODENKO-CHUDAKOVA*, T.N.SYTCHIK belAruSiAn StAte MedicAl uniVerSity, belAruSiAn collAborAtinG center For eAcMFS, MinSK, belAruS *MAilto: iP-c@yAndex.ru [Engineering of Biomaterials, <strong>89</strong>-<strong>91</strong>, (2009), 4-5] Traditional Chinese medicine uses some systems of correspondence. According to the theory of organs, they have projections on different regions: ears, foots and palms, face, tongue and iris. Many examinations are made on the problem of energy connection system between acupoints (AT), acupoints and organs and human body systems, organs and human body systems within the limits of mentioned systems of correspondence and the organism what makes one of components determining its homeostasis [11]. Special medical literature and Annals of Chinese medicine say about one more system of correspondence – connection between teeth bone state and organs and human body systems [5]. This system is seldom used in the modern medicine as well as in the alternative medicine in spit of its informativity [8]. Quantity of pyoinflammatory diseases of odontogenic etiology in maxillofacial area is not reducing our days [9]. Relative quantity of patients with this disease makes 27,2% - 61% of total quantity of hospitalized patients [2] and 10–20% patients hospitalized in special clinic departments [10]. Moreover, a lot of patients have severe complications [3, 4, 7], but very often this disease provokes diffusion of acute odontogenic infection and involves pathologies of organs and human body systems [1, 12]. But connection between severe complications development of odontogenic infection and tooth bone destruction of correcponding tooth (first and second molars of lower jaw) is not examined. There is no information about dependence of tooth bone destruction and focal diffusion of acute odontogenic infection development for this kind of patients. So, all this determines actuality of examination and its expediency. aim is to determine dependence between tooth bone destruction of first and second molars of lower jaw and complications of acute odontogenic infection and development of its focal diffusion. objects and methods When studying the level of informativity system of correspondence of teeth bone state of the first and second molars of lower jaw (3.6, 3.7, 4.6, 4.7) to the alimentary canal state, including to its initial part – oral cavity, we analyzed 154 cards for the stomatological patient’s health [6] and questionnaired the patients went for specialized medical care in stomotological clinics and polyclinics of Minsk. The questionnaire contained the questions regarding the systemic patient’s diseases. Studying dependence of the bone destruction of first and second molars located on the lower jaw on the complications of acute odontogenic infection, we examined 80 X-rays (orthopantomograms and roentgenograms of the lower jaw, side view) for patients with following diseases: acute odontogenic osteomielitis complicated with abscesses of mylohyoideus area (21); acute odontogenic osteomielitis complicated with abscesses of pterygoido-mandibular area (20); acute odontogenic osteomielitis complicated with abscesses of submasseteryngeum area (22); acute odontogenic osteomielitis complicated with phlegmona of mouth floor (17). When examining connection of teeth bone tissue destruction with focal diffusion development of acute odontogenic infection according to the organs and body systems, we analyzed 12 archived case histories for patients with acute odontogenic mediastinitis as well as 12 roentgenograms (9 orthopantomograms and 3 roentgenograms, side view of the lower jaw). So, we concluded that patients groups have being selected correctly, they are equal and similar according to the mentioned signs. Achieved results were processed with method of variation statistics on the computer using the program «STATISTIKA». Results When studying the level of informativity of the correspondence system of teeth bone state of the first and second molars of the lower jaw to the alimentary canal and its initial part – oral cavity, we revealed the following. Patients of the group of examination had gastric diseases. 80% of patients had gastritis and 20% - gastric ulcer.50% of this patients group had 4 involved teeth and were divided in this way: 1) 50% of patients had 2 filled teeth, 1 missed tooth and 1 crown of tooth; 2) 16% - 2 missed teeth, 1 crown of tooth and 1 filled tooth; 3) 17% - 2 missed teeth and 2 crowns of tooth; 4) 17% - 4 filled teeth.40% of examined patients had 3 involved teeth in next combinations: 1) 26% - 3 filled teeth; 2) 24% - 1 filled tooth, 1 crown of tooth, 1 tooth involved with caries; 3) 23% - 1 filled tooth and 2 tooth involved with caries; 4) 27% - 2 filled teeth and 1 crown of tooth.10% of patients had 2 involved teeth: 1) 34% - 2 filled teeth; 2) 42% - 1 filled teeth and 1 missed teeth; 3) 24% - 2 filled tooth. During examination on the dependence determination between bone teeth destruction development of first and second molars of lower jaw and complications of acute odontogenic infection, we found out that first and second molars were the cause of complications of acute odontogenic infection for 72 of patients (in 90% of examinations) what’s close to the special literature data [12]. 1/3 of crowns «causal» teeth were destroyed for 9 patients (13%), ˝ of crowns – destroyed for 35 patients (48%), 2/3 of crowns – 32 patients (23%), 7 patients (5%) had completely destroyed crowns. Results of examinations for teeth bone destruction dependence on the focal diffusion development of acute odontogenic infection classified by organs and human body systems, confirm that patients had complications in 100% of cases. Distribution of described above complications for patients with odontogenic mediostinitis are divided ac- Complications for patients with odontogenic mediastenitis classified by organs and body systems Number of patients Cardiovascular system 6 (50%) Respiratory system 3 (25%) Digestive system 2 (16,7%) Nervous system 1 (8,3%) TaBlE 1. number of complications of odontogenic mediostitnitis according to the organs and human body systems.
Page 1 and 2: i N Ż Y N i e r i A B i O M A T e
Page 3 and 4: Wskazówki dla autorów 1. Prace do
Page 5 and 6: DEVELOMENT OF A PHYSIOGNOMIC HIP JO
Page 7 and 8: V oCEna STanu PoWIERzChnI STalI STo
Page 9 and 10: V zaChoWanIE ElEkTRoChEmICznE SToPu
Page 11 and 12: V odPoRnoŚć koRozyjna SToPu Co-Cr
Page 13: fIg.1. Structure of PEg-boligo(dTo-
Page 17 and 18: OF sampling performed fasting. This
Page 19 and 20: oth tests the differences between g
Page 21 and 22: 0 materials and methods For present
Page 23 and 24: RESulTS foR ComPlEx PoSToPERaTIvE P
Page 25 and 26: fIg.1. SEm images of gElha (a) comp
Page 27 and 28: The group of control consisted of 1
Page 29 and 30: mICRo- and nanoPaTTERnEd SuRfaCES f
Page 31 and 32: 0 fIg.1. vascular or bone-derived c
Page 33 and 34: Oxidized cellulose has been widely
Page 35 and 36: the highest cell population densiti
Page 37 and 38: The cells were cultivated in 1.5 ml
Page 39 and 40: References [1]. Bacakova L., Svorci
Page 41 and 42: 0 fluorescent labeled Annexin V and
Page 43 and 44: References [1] Cwalina B., Turek A.
Page 45 and 46: Conclusions Different results on th
Page 47 and 48: fIg.5. microscopic view 2 weeks aft
Page 49 and 50: 38 REAKCJE ZACHODZĄCE NA IMPLANCIE
Page 51 and 52: 40 STRUKTURA I ODPORNOść KOROZYJN
Page 53 and 54: 42 Podsumowanie Proces niskotempera
Page 55 and 56: 44 RYS.1. Krzywe zrywania drutów N
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54 różny kształt i wykazywały s
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56 ujawniła występowanie takich p
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58 korozji tworzyw metalicznych by
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60 RYS.3. Grupa kontrolna - 12 tydz
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62 800 0 C mogą być (1) zmiany w
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64 RYS.3. Wpływ warstw TiO 2 i tem
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66 NOWE HYBRYDOWE POWłOKI DLC- POL
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68 Element C [at.%] DLC- PDMS-h PDM
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70 powierzchniowejwarstwyamorficzne
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72 Stabilność warStwy platynowej
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74 Zmierzone widmo elektronów Auge
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76 i polerowane. Badania topografii
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78 kowych „if-then” zostały pr
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80 fizjologiczną czynność układ
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82 podsumowanie Ponad połowa chory
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84 materiały i metody syntezy Mono
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86 resonance lines Sequences Lactid
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88 powinny zmieniać swoich właśc
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90 ryS.4. naprężenie przy zerwani
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92 wyniki badań Wyniki badań in v
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94 ryS.1. model geometryczny: a) wi
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96 o średnicy d 1=1,0mm i kącie 2
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98 pozauStrojowe badania nad tokSyC
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100 wykorzystane do badań były po
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102 ma jednak rodzaj i pochodzenie
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104 średnica drutu, d Wire diamete
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106 todą mikroskopii skaningowej S
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108 2b) a ponadto charakteryzują s
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110 Prognozowanie właściwości me
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112 ne na podstawie wybranych wynik
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114 rys.1. a) Przykładowy obraz se
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116 analiza numeryczna i doświadcz
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118 rys.4. Porównanie wartości pr
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120 mikroskopię świetlną, skanin
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122 dla połączeń stomatologiczny
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124 rys.1. krzywa tg i dtg degradac
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126 mikrostruktura i właściwości
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128 rys.2. mikrostruktura stopu ti-
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130 o normę ISO/TS 11405:2003: Den
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132 bezpośrednie oddziaływanie na
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134 Materiał Material Kompozyt C/S
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136 wPływ materiałów węglowych
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138 Materiał Material Nuclear carb
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140 Piśmiennictwo [1] Paluch D., S
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142 kompozytów znaleziono zależno
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144 określoną szybkością i w ok
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146 materiały i metody Włókna po
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148 zasTosoWanie spekTroskopii uV-V
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150 kompozyToWe Włókna polilakTyd
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152 zachoWanie elekTrochemiczne sTo
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154 piśmiennictwo [1]. M. C. Advin
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156 próbki ampicyliny sterylizowan
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158 i właściwości wolnorodnikowy
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160 podziękowania Badania te były
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162 rys.4. Wpływ mocy mikrofalowej
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164 chorobach serca [4]. Wolne rodn
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166 WłaściWości paramagneTyczne
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168 piśmiennictwo [1] J. Marciniak
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170 rys.3. Wpływ mocy mikrofalowej
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172 dowym pochodzenia naturalnego.
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174 Wstęp Cladosporium herbarum to
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176 analiza WyTrzymałościoWa i od
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178 Wykres 2. prędkości przejści
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180 Ocena wybranych cech włóknino
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182 wnioski Parametr Oarameter Wytr
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184 sics SP 8800, stosując chlorof
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186 piśmiennictwo [1] Li S, Vert M
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188 w przypadku ścian tętniaków
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190 materiały i metody badawcze Do
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192 mianowymi i ich rozpychaniem. N
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194 wstęp Zastosowanie nanokompozy
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196 apatyt zdecydowanie większą p
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198 wprowadzenie Częstą przyczyn
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200 Przeprowadzona ocena mikrostruk
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202 próbek zostały zaprezentowane
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204 rys.6. pozostałości po przepr
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206 o b r a z w y j - ściowy bezpo
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208 właściwości skóry ludzkiej
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210 dla kolagenu w kierunku niższy
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212 komodułowe włókna węglowe o
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214 degradacja mieszanin polimerowy
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216 rys.1.wykresy przedstawiające
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218 wPływ metody przetwórstwa na
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220 rys. 1. krzywa dsc dla próbki
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222 rzenia elastycznych mikronarzę
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224 dyskusja wyników Otrzymane ret
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226 Podsumowanie Przeprowadzona ana
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228 [3]. Podstawowym problemem, dot
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230 we wszystkich wyciągach stwier
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232 Farmakokinetyka - analiza zagad
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234 X 0-masa leku podana dożylnie
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236 włókno polimerowe [13]. W pon
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238 analiZa ZmęcZeniowa transpedik
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240 na wartość momentów gnących
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prądu w zakresie potencjałów wys
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inkubowano 15 minut w ciemności z
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Badania in vitro szczeliny brzeżne
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Wartości średnie oraz parametry r
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skończonych. Dla potrzeb obliczeń
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ozwój polimerów w oparciu o natur
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poly(butylene succinate) modified b
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influence of surface (nano)roughnes
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combinatorial discovery approaches
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89-91 - Polskie Stowarzyszenie Biomateriałów

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