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.I. - MARTÍNEZ CARRILLO, J.L. - MENG, C. - QUIÑONES PANDO, F.J. - ROSALES ROBLES, E. - RUIZ ERNÁNDEZ, I. - TREVIÑO RAMÍREZ, J.E. - URIBE MONTES, H.U. - ZAVALA GARCÍA, F. 2017. Plant characterization of genetically modified maize hybrids MON-89Ø34-3 × MON-88Ø17-3, MON-89Ø34-3 × MONØØ6Ø3-6, and MON-ØØ6Ø3-6: alternatives for maize production in Mexico. In Transgenic Research, vol. 26, no. 1, pp. 135-151. DOI: 10.1007/s11248-016-9991-z GÓMEZ-BARBERO, M. - BERBEL, J. - RODRÍGUEZCEREZO, E. 2008. Bt corn in Spain - the performance of the EU’s first GM crop. In Nature Biotechnology

.I. - MARTÍNEZ CARRILLO, J.L. - MENG, C. - QUIÑONES PANDO, F.J. - ROSALES ROBLES, E. - RUIZ HERNÁNDEZ, I. - TREVIÑO RAMÍREZ, J.E. - URIBE MONTES, H.U. - ZAVALA GARCÍA, F. 2017. Plant characterization of genetically modified maize hybrids MON-89Ø34-3 × MON-88Ø17-3, MON-89Ø34-3 × MONØØ6Ø3-6, and MON-ØØ6Ø3-6: alternatives for maize production in Mexico. In Transgenic Research, vol. 26, no. 1, pp. 135-151. DOI: 10.1007/s11248-016-9991-z GÓMEZ-BARBERO, M. - BERBEL, J. - RODRÍGUEZCEREZO, E. 2008. Bt corn in Spain - the performance of the EU’s first GM crop. In Nature Biotechnology

.F., Mikova, S.A. N o 1–82, 60 (In Russian). Report. 1983. Report on the topic: Experience in the introduction of the desman in floodplain water bodies in connection with its semicaptive content within the framework of the economic agreement. (Опыт по вселению выхухоли в пойменные водоемы в связи с ее полувольерным содержанием в рамках хозяйственного договора). Performers: Vechkanov, V.S., Smirnov, V.M., Tomilov, Yu.A., Grishutkin, G.F., Mikova, S.A., Shevorakov, A.V., Ilyin, V.G., Matyaev, V.M. N o 34–83, 36 pp. (In Russian). Report 1983 Report on the topic: Experience

,9 32,3 209 I 204 155 190 36,2· 32,3 208 157 159 154 166 46 44,5 34,5 201 155 1~8 c: -- -- -- --- ----- Q) 35,3 32,3 188 175 156 45 = Q) 36 201 159 174 ... 2 35 153 c 34 194 195 151 160 134 44 44,5 C) ·o 34,9 196 157 149 .., I -6 --- ·- ---- ----·a; 36 32,6 183 166 189 46 ~ 36,8 - - 134 ~ 3 35,6 36 32,4 199 193 172 164 183 164 44,5 Q) 35,9 196 1.55 150 43 .., 0 L. ---- -·-·-- -- Q) 34,6 31,4 181 162 179 = c;:: 36,4 32,3 186 165 133 42 4 33,6 34,8 188 186 155 160 163 155 43 42,5 34,7 190 160 145 I -m 35,4 194 161 159 44 30,6 26,3 105 133 82 28 1 30 30

Abstract

Our bibliographic insights have shown that although thermographic imaging in small animals has been poorly studied, the empirical use of thermographic images in dogs suggests that thermographic imaging could be a useful method in assessing walking anomalies. The study aims to identify existing thermal asymmetries between the thermal paw prints of the hind limbs in healthy dogs (right versus left). For thermal investigations, the Flir E50 thermal camera with a resolution of 240×180, thermal sensitivity of 0.05ºC, 45º×34ºA visual field and unbalanced microbolometer was used. Acclimatization of the animals in the space for examination was 30 minutes (at a room temperature of 20-23°C). The resulting images were recorded, processed and analyzed with the Flir tools 2017 software. The average, maximum and minimum temperature of each image was calculated using the program. The results obtained show that between the thermal paws marks of the posterior limbs in healthy dogs there is an average thermal asymmetry comprised between 0.2 and 1.4°C. Our study suggested that, under controlled conditions, thermographic paws prints could be used to diagnose locomotor abnormalities in dogs..

Abstract

The paper presents the stages and the operations involved in the preservation and restoration of two icons on wooden support, from the XIX-th century, which are part of the heritage of the ”Sfinții Arhangheli Mihail and Gavriil” church, from Galați. The two icon have inventory numbers as part of the collection as followed: 112 for the first icon and 113 for the second one. Both icons have the same theme, ”The Grieving Mother from Rohia” and are made by anonymous painters in egg tempera, on lime wooden support, without ground. Being part of the same collection, they were deposited in the same place and as a direct consequence, they suffer from similar deteriorations and degradations that affect both the support and the painting layer. Both panels are attacked by xylophagous insects and the painting layer has detachments, gaps, cracks, clogged dirt and a cracked and degraded varnish layer. Ten samples taken from the already detached areas were analyzed by optical microscope, SEM-EDX and micro-FTIR. Based on the chemical elements identified in the EDX spectrums, the pigments used to create the painting layer are: ultramarine natural blue Na8-10Al6Si6O24S2-4, carbon black, earth green, K[(Al,FeIII),(FeII,Mg)](AlSi3,Si4)O10(OH)2, ocher (FeO), burned or natural umber Fe2O3· H2O + MnO2·n H2O+ Al2O3, lead white (2PbCO3·Pb(OH)2) and yellow iron oxide (Fe2O3·4H2O). It was also determined that the gold leaf usually used in byzantine icons was replaced in the case of both icons: the icon number 112 has silver leaf covered with varnish, while the halo of the icon number 113 was created with yellow metallic pigments (realgar or orpigment).The pigments were also identified by determining specific peaks in micro-FTIR spectrums. For natural ultramarine blue the peaks between 628 - 724 cm-1 were assigned; the peaks in the interval 795 - 887 cm-1 confirm the presence of carbonates (calcium and lead based). The earth green pigment (aluminum - silicates) had the peaks between 1464 - 1599, while the carbon black pigment was confirmed by the peaks in the interval 921 - 1060 cm-1. After the pigments and the materials used by the author were identified, the restoration process begun with the following stages: consolidation of the painting layer (fish glue 8% and japanese paper), stopping the xylophagous attack (encapsulation with nitrogen), consolidation of the wood supports (colophon and wax, 1:1), cleaning the painting layer (ethylic alcohol and distilled water, 1:1), filling the gaps and reintegrating the fillings in tratteggio, all followed by the process of varnishing the two icons.

= 0,003) i konsolidacji autologicznej w 1. remisji w grupie chorych w dobrym stanie ogólnym i bez przeciwwskazań [ 11 ]. Nowym standardem w leczeniu chłoniaków ALCL CD30+ jest stosowanie brentuksymabu vedotin. Brentuksymab vedotin – przeciwciało CD30 specyficzne, skoniugowane z toksyną ( monomethyl auristatin E ) w połączeniu ze schematem CHP w badaniu III fazy ECHELON-2 potwierdziło wydłużenie czasu do progresji w porównaniu ze schematem CHOP (3-letni PFS 57% vs 44%) oraz spadek o 34% całkowitej śmiertelności w porównaniu z komparatorem [ 12 ]. W przeprowadzonych