Dissolved organic matter in water of Daugava river

More documents

Recommendations

Info

Melanokortīna . receptora gēna polimorfismu funkcionālās lomasizvērtēšana, izmantojot konfokālo lāzerskenējošo mikroskopijuA.Ozola, R.Petrovska, I.Mandrika, O.Heisele, D.PjanovaResonance Energy Transfer Study of Lipid Bilayer Interactions of ApolipoproteinA-I VariantsG.Gorbenko, V.Trusova, E.Adachi, C.Mizuguchi, H.SaitoStyryl Derivatives as a New Probes For Yeast Cell Vitality DeterminationI.P.Goriacha, T.S.Dyubko, V.D.Zinchenko, I.V.Govor , L.D.Patsenke,T.Deligeorgiev, S.Kaloyanova, N.LesevMonitoring of Free Radical Processes in Protein-lipid Systems with a NewSquaraine DyeO.Kutsenko, V.Trusova, G.Gorbenko, T.Deligeorgiev, E.Slobozhanina,L.Lukyanenko, G.ZubritskayaStudying Zinc Biology with Fluorescent ProbesE.I.Slobozhanina,Y.M.Harmaza, N.M. Kozlova, A.V.TamashevskiApplication of Fluorescent Technologies to Identify Viable Pathogens inDrinking WaterM.Linda, T.JuhnaA New Aminobenzanthrone Dye for Identification of Amyloid FibrilsI. Maliyov , M.Romanova, K.Vus, A.Kastorna, G.Gorbenko, V.Trusova, E.Kirilova,G.Kirilov, I.KalninaInteraction of Fibrillar Insulin and Globin with Liposomes: Resonance EnergyTransfer StudyM.Romanova, I.Maliyov, A.Kastorna, K.Vus, V.Trusova, J.Molotkovsky,G.GorbenkoFluorescence Approaches to Detection of Protein AggregatesV.M.TrusovaFluorescence Study of Cytochrome c Binding to Model MembranesV.Trusova, G.Gorbenko, J.Molotkovsky, P.KinnunenAminobenzanthrone Dyes as Prospective Fluorophores for Detection andCharacterization of Amyloid FibrilsK.Vus, V.Trusova, G.Gorbenko, E.Kirilova, G.Kirilov, I.KalninaBinding of the Novel -tricyanovinylarylamine Dye to Fibrillar LysozymeK.Vus, V.Trusova, G.Gorbenko, T.Deligeorgiev, S.Kaloyanova, N.LesevAssociation of Novel Benzanthrone Probes with Model Lipid MembranesO.A.Zhitniakivska, V.M.Trusova, G.P.Gorbenko, E.M.Kirilova, G.K.Kirilov, I.KalninaNew ICT-dyes for Membrane StudiesO.Zhytniakivska, V.Trusova, G.Gorbenko, T.Deligeorgiev, S.Kaloyanova, N.LesevAlterations of Blood Plasma Albumin in Chernobyl Clean-up Workers withand without Type Diabetes MellitusT.Zvagule, N.Kurjane, A.Šķesters, A.Silova, N.Gabruseva, G.Gorbenko, G. Kirilov,I.Kalnina, E.Kirilova, S.GontaAlterations of Blood Plasma Albumin in Chernobyl Clean-up Workers withand without Concomitant DiseasesT.Zvagule, I.Kalnina, E.Kirilova, N.Kurjane, N.Gabruseva, J.Reste, G.Kirilov,A.Šķesters, A.Silova23242526272829303132333435363738- 6 -
Aminobenzanthrone Derivative ABM - Fluorescent Biomarker of ImmuneState of PatientsE.Kirilova, G.Gorbenko, I.Kalnina, T.Zvagule, G.Kirilov, N.KurjaneFunctional State of Beta Adrenoreactive System in Man and Animals:Fluorescent StudiesE. Kirilova, I. Kalnina,T. Zvagule, N. Kurjane, G. Kirilovs, N. GabrusevaFluorescent Studies of Human Blood Plasma Albumin Alterations andLymphocytes Subpopulations in Colorectal Cancer PatientsI. Kalnina, T. Zvagule, L. Klimkane, N. Kurjane, E. Kirilova, G. GorbenkoOksidatīvā stresa marķieru izmaiņas Černobiļas AES avārijas sekulikvidētājiem pēdējo 10 gadu laikāA. Šķesters, A. Silova , T. Zvagule, J. Reste, L. Lārmane, Ņ. Rusakova,N.GabruševaJaunu - liposomas veidojošu katjonu karbazola atvasinājumu izmantošanašūnu transfekcijā in vitroA. Vežāne, G. Apsīte, A. Baran, R. Brūvere, V. Ose, A. Plotniece, I. Timofējeva,T.KozlovskaGlikogēna noteikšana raugos S. cerevisiae izmantojot jaunus uz benzantronabāzes sintezētos fluoroforusI.KrallišaAlkilrezorcinolu izdalīšana un noteikšana baktērijās azotobacterchroococcumR.LindepH izmaiņu ietekme uz fluorescento krāsvielu emisijas spektriemE.PīmaneFluorescentās krāsvielas P8 izmantošana polihidroksibutirāta un polihidroksibutirāta-ko-hidroksivalerātalateksu kompozītplēvju raksturošanaiL. SavenkovaDzelzs jonu ietekme uz izmaiņām šūnā, alkilrezorcīnu un PHB veidošanosAzotobacter chroococcum šūnāsE.PīmaneFluorescentie benzantrona atvasinājumi: kvantu-ķīmiskie aprēķiniS. GontaBenzantrona atvasinājumu fizikāli-ķīmisko īpašību un ķīmiskās struktūraskorelatīvā analīzeV. Savenkovs, I.GotlibovičsAugu šūnu funkcionālā stāvokļa pētīšana, izmantojot jauniegūtus fluoroforusN. Škute39404142434445454646474849- 7 -
Page 1: Daugavpils UniversitāteDabaszināt
Page 4 and 5: 14.00 - 14.1514.15 - 14.3014.30 - 1
Page 8 and 9: Synthesis and Spectroscopic Study o
Page 10 and 11: Synthesis of New Solvatochromic Dye
Page 12 and 13: Structural Investigation of Novel O
Page 14 and 15: Fluorescence intensity, a. u.Spektr
Page 16 and 17: Jaunās, uz 3-aminobenzantrona bāz
Page 18 and 19: Luminescence and Structural Propert
Page 20 and 21: The Influence Of High Temperature O
Page 22 and 23: Mycobacterium tuberculosis antibiot
Page 24 and 25: Relative quantum yieldRelative quan
Page 26 and 27: Monitoring of Free Radical Processe
Page 28 and 29: Application of Fluorescent Technolo
Page 30 and 31: Efficiency of energy transfer,%Effi
Page 32 and 33: Fluorescence Study of Cytochrome c
Page 34 and 35: ABinding of the Novel 4-tricyanovin
Page 36 and 37: New ICT-dyes for Membrane StudiesO.
Page 38 and 39: Alterations of Blood Plasma Albumin
Page 40 and 41: Functional State of Beta Adrenoreac
Page 42 and 43: Oksidatīvā stresa marķieru izmai
Page 44 and 45: Glikogēna noteikšana raugos S. ce
Page 46 and 47: Fluorescentās krāsvielas P8 izman
Page 48 and 49: Benzantrona atvasinājumu fizikāli

Dissolved organic matter in water of Daugava river

Create successful ePaper yourself

Delete template?

Save as template?