Dissolved organic matter in water of Daugava river
Dissolved organic matter in water of Daugava river
Dissolved organic matter in water of Daugava river
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Melanokortīna . receptora gēna polimorfismu funkcionālās lomasizvērtēšana, izmantojot konfokālo lāzerskenējošo mikroskopijuA.Ozola, R.Petrovska, I.Mandrika, O.Heisele, D.PjanovaResonance Energy Transfer Study <strong>of</strong> Lipid Bilayer Interactions <strong>of</strong> Apolipoprote<strong>in</strong>A-I VariantsG.Gorbenko, V.Trusova, E.Adachi, C.Mizuguchi, H.SaitoStyryl Derivatives as a New Probes For Yeast Cell Vitality Determ<strong>in</strong>ationI.P.Goriacha, T.S.Dyubko, V.D.Z<strong>in</strong>chenko, I.V.Govor , L.D.Patsenke,T.Deligeorgiev, S.Kaloyanova, N.LesevMonitor<strong>in</strong>g <strong>of</strong> Free Radical Processes <strong>in</strong> Prote<strong>in</strong>-lipid Systems with a NewSquara<strong>in</strong>e DyeO.Kutsenko, V.Trusova, G.Gorbenko, T.Deligeorgiev, E.Slobozhan<strong>in</strong>a,L.Lukyanenko, G.ZubritskayaStudy<strong>in</strong>g Z<strong>in</strong>c Biology with Fluorescent ProbesE.I.Slobozhan<strong>in</strong>a,Y.M.Harmaza, N.M. Kozlova, A.V.TamashevskiApplication <strong>of</strong> Fluorescent Technologies to Identify Viable Pathogens <strong>in</strong>Dr<strong>in</strong>k<strong>in</strong>g WaterM.L<strong>in</strong>da, T.JuhnaA New Am<strong>in</strong>obenzanthrone Dye for Identification <strong>of</strong> Amyloid FibrilsI. Maliyov , M.Romanova, K.Vus, A.Kastorna, G.Gorbenko, V.Trusova, E.Kirilova,G.Kirilov, I.Kaln<strong>in</strong>aInteraction <strong>of</strong> Fibrillar Insul<strong>in</strong> and Glob<strong>in</strong> with Liposomes: Resonance EnergyTransfer StudyM.Romanova, I.Maliyov, A.Kastorna, K.Vus, V.Trusova, J.Molotkovsky,G.GorbenkoFluorescence Approaches to Detection <strong>of</strong> Prote<strong>in</strong> AggregatesV.M.TrusovaFluorescence Study <strong>of</strong> Cytochrome c B<strong>in</strong>d<strong>in</strong>g to Model MembranesV.Trusova, G.Gorbenko, J.Molotkovsky, P.K<strong>in</strong>nunenAm<strong>in</strong>obenzanthrone Dyes as Prospective Fluorophores for Detection andCharacterization <strong>of</strong> Amyloid FibrilsK.Vus, V.Trusova, G.Gorbenko, E.Kirilova, G.Kirilov, I.Kaln<strong>in</strong>aB<strong>in</strong>d<strong>in</strong>g <strong>of</strong> the Novel -tricyanov<strong>in</strong>ylarylam<strong>in</strong>e Dye to Fibrillar LysozymeK.Vus, V.Trusova, G.Gorbenko, T.Deligeorgiev, S.Kaloyanova, N.LesevAssociation <strong>of</strong> Novel Benzanthrone Probes with Model Lipid MembranesO.A.Zhitniakivska, V.M.Trusova, G.P.Gorbenko, E.M.Kirilova, G.K.Kirilov, I.Kaln<strong>in</strong>aNew ICT-dyes for Membrane StudiesO.Zhytniakivska, V.Trusova, G.Gorbenko, T.Deligeorgiev, S.Kaloyanova, N.LesevAlterations <strong>of</strong> Blood Plasma Album<strong>in</strong> <strong>in</strong> Chernobyl Clean-up Workers withand without Type Diabetes MellitusT.Zvagule, N.Kurjane, A.Šķesters, A.Silova, N.Gabruseva, G.Gorbenko, G. Kirilov,I.Kaln<strong>in</strong>a, E.Kirilova, S.GontaAlterations <strong>of</strong> Blood Plasma Album<strong>in</strong> <strong>in</strong> Chernobyl Clean-up Workers withand without Concomitant DiseasesT.Zvagule, I.Kaln<strong>in</strong>a, E.Kirilova, N.Kurjane, N.Gabruseva, J.Reste, G.Kirilov,A.Šķesters, A.Silova23242526272829303132333435363738- 6 -
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