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1 Lj Nikolic N Todorovic J Zakrzewska M Stanic S Raus A Kalauzi B lanac (2012) Involvement of Na+K~ pump in fine modulation of bursting activity of the snail Hr neuron by 10 mT static magnetic field lournal of Comparative Physiology A 198(7) 525-540 lHTaTa 9

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2 M litie M Zivic r Spasojevic 1 Bogdanovic Pristov M Stanic T Cvetic-Antic I Zakl7ewska (2013) The interactions of vanadium with Phycomyces blakesleeanus mycelium enzymatic reduction transport and metabolic effects Research in Microbiology 164(l )61-9 lHTaTa 7

Microbiology 2012 45116 IF=2889

3 M Stanic J Zakrzewska M Hadzibrahimovic M Zizic Z Markovic Z Vucinic M Zivic (2013) Oxygen regulation of alternative respiration in fungus Phycomyces blakesleeanus connection with phosphate metabolism Research in Microbiology 164(7)770-778 llHTam 5


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4 M Zivi6 J Zakrzewska M Stanic T Cvetic B Zivanovi6 (2009) Alternative respiration of fungus Phycomyces blakesleeanus Antonie van Leeuwenhoek 95 207shy217lHTaTa4


2

5 M Stanic M Zivic J Zakrzewska (2009) Effects of anoxia on 31p NMR spectra of Phycomyces blakesleeanus during development Archives of Biological Sciences Belgrade 61 (I) 17-22 IlHTaTa 0

Biology 2009 7376 IF=0238

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6 Lj Nikolic Lj Martac M Stanie D Bataveljic Bioinformatic analysis of SARS coronavirus M-protein 9th International Conference on Fundamental and Applied Aspects of Physical Chemistry September 24-26 2008 Belgrade Serbia

7 M Zizic L Spasojevic M Zivic 1 Bogdanovic Pristov M Stanic S Krizak J Zakrzewska The mechanism of vanadate reduction in Phycomyces blakesleeanus mycelium Regional Biophysics Conference 2012 September 03-07 KladovoshyBelgrade Serbia Proceedings 42-44

8 M litie L Spasojevic M Stanic M Zivic J Zakrzewska EPR investigations of vanadate reduction in mycelium of Phycomyces blakesleeanus 11th International Conference of Applied Aspects of Physical Chemistry September 24-28 2012 Belgrade Serbia Proceedings 388-390

9 M Stauic M Zi2ic M Zivi6 1 Zakrzewska Vanadium toxicity in Phycomyces blakesleeanlls ) Ith International Conference of Applied Aspects of Physical Chemistry September 24-282012 Belgrade Serbia Proceedings 609-611

10 M Stanic M Hadzibrahimovic M Zi2i6 1 Zakrzewska M Zivic Metabolism of phosphate compounds during oxygen deprivation in fungus Phycomyces blakesleeal1l1s possible connection with changes in respiration Regional Biophysics Conference September 03-072012 Kladovo Serbia Proceedings 33-35

11 S Krizak Lj Nikolic N Todorovic M Stanie M ZiziC Z Vucini6 M Zivic Ion challlleis in cytoplasmic droplets membrane from fungus Phycomyces blakesleeanus Regional Biophysics Conference September 03-07 2012 Kladovo Serbia Proceedings 40-42

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12 M Zivic 1 Zakrzewska M Stanie B Zivanovic The respiratory characteristics of fungus Phycomyces blakesleeanus XIV International Workshop Plant Membrane BioJogy June 26-302007 Valencia Spain

13 J Zakrzewska M Zivi6 M Stanic B Zivanovic Alternative Respiration of fungus Phycoll1yces blakesleeanus (Burgeff) during development Regional Biophysics Conference August 21-25 2007 Balatonfiired Hungary

14 M Zivic M Stanic A Pajdic J Zakrzewska Effect ofKCN on respiration offurtgus Ilhycomyces blakesleeanus Regional Biophysics Conference September 15-18 2010 Primostcn Croatia

15 M Stanic M Zivic M Hadzibrahimovic M Zizic J Zakrzewska Anoxia induces increased activity of alternative oxidase in fungus Phycomyces blakesleeanus Eur Biophys J Biophy 201140 186-186

16 Lj Nikolic NTodorovic M Stanie 1 Zakrzewska S Raus B Jana6 Z Prolic Na+K+-ATPase mediates fine tuning of snail Br neuron bursting activity by magnetic tield SiN 2011 D66 76614 Washington

3

17 S Krizak Lj Nikolic M Zivic M Stanic Z Vucinic M Zizic N Todorovic Anionic currents from the cytoplasmic droplets membrane of the fungus Phycomyces blakesleeanus - analysis of whole-cell steady state currents 1st International Conference on Plant Biology June 4-7 2013 Subotica Serbia

18 S Krizak Lj Nikolic N Todorovic Z Vucinic M Stanie M Zizic M Zivic Characterisation of moderately rapidly inactivating anionic current in cytoplasmic droplets membrane from Phycomyces blakesleeanus 1st International Conference on Plant Biology June 4-72013 Subotica Serbia

( (f()ll1llmell)( ca Cyna fWZU01lCullI023Halqja UlmaMnaHO y U3eoay (M64) - (1 x 02 = 02)

19 M Zivic J Zaklzewska M Stanie B Zivanovic Cyanide-resistant respiration in fungus Phycomyces blakesleeanus XVII Simpozijum drustva za fiziologiju biljaka SCG 13anja Junakovic Jun 4-7 2007

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21 M Mojic J Bogdanovic Pristov D Maksimovic-Ivani6 DR Jones M Stan ie S Mijatovic I Spasojevic (2014) Extracellular iron diminishes anticancer effects of vitamin C An in vitro study Scientific Reports vol 4 1JJIaHaK fip 5955 doi 101 038srep05955 lSSN 2045-2322 UJ1TaTa 20

Multidisciplinary Sciences 2014 557 IF 5578

22 S Milic Komic J Bogdanovic Pristov A Popovic Bijelic J Zakrzewska M Stanie A Kalauzi I Spasojevic (2016) Photo-redox reactions of indole and ferric iron in wuter Applied Catalysis B - Environmental vo 185 CTp 174-180 doi IO1016japcatb201512018 ISSN 0926-3373 UllTaTa 2

Engineering Environmental 2016 1145 IF 9446

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23 M Zizic M Zivic V Maksimovic M Stanic S Krizak T Cvetic Antic J Zakrzewska (2014) Vanadate influence on metabolism of sugar phosphates in fungus Phycomyces blakesleeanus PLoS ONE vol 9 6p 7 1JJIaHaK el02849 doi10137J1journalponeOl02849 ISSN 1932-6203 UHTaTa 3


4

24 M Zizic T Ducic D Grolimund D Bajuk-Bogdanovic M Nikolic M Stanic S Krizak J Zakrzewska (2015) X-ray absorption near-edge structure microshyspectroscopy study of vanadium speciation in Phycomyces blakesleeanus mycelium Analytical and Bioanalytical Chemistry vol 407 6p 24 CTp 7487-7496 doi 1O1007s00216-015-8916-7 ISSN 1618-2642 nIJTaTa 2

Chemistry Analytical 2013 11176 IF 3578 HaKon HopMHpaIha pa[la ca 8 aYTopa 667 60[lOBa

25 B Bozic 1 Korac D Stankovic M Stanic A Popovic-Bijelic 1 BogdanovicshyPristov L Spasojevic M Bajcetic (2017) Mechanisms of redox interactions of bilirubin with copper and the effects of penicillamine Chemico-Biological Interactions vol 278 CTp ] 29-134 doi 101 016jcbi20171 0022 ISSN 0009shy2797 lunaTa I

Pharmacology amp Pharmacy 2017 75261 IF 3296 HarWH IIOplfHpnHgta pa[la ca 8 aYTopa 667 60[lOBa

26 J Korac D Stankovi6 M Stanic D Bajuk-Bogdanovi6 M Zizi6 1 Bogdanovic Pristov S Grguric Sipka A Popovic Bijelic I Spasojevi6 (2018) Coordinate and redox interactions of epinephrine with ferric and ferrous iron at physiological pH Scientific Reports vol 8 lJJ1aHaK 6p 3530 doi 101038s41598-018-21940-7 ISSN 2045-2322 I~HTaTa I

Multidisciplinary Sciences 2016 1063 IF 4259 HUlWII Hop~Hfpmba pa[la ca 9 aYTopa 571 60[1

27 B Bozic J Korae D Stankovic M Stanic M Romanovic 1 Bogdanovic Pristov S Spasic A Popovic Bijelic I Spasojevic M Bajceti6 (2018) Coordination and redox interactions of ~-Iactam antibiotics with Cu2

+ in physiological settings and the impact on antibacterial activity Free Radical Biology and Medicine vol 129 CTp 279-285 doi 1010 16jfreeradbiomed20 1809038 ISSN 0891-5849 nHTaTa 0

Endocrinology amp Metabolism 201717143 IF 6020 HaKou IlOpMHpalba pana ca 10 aYTopa 5 60[lOBa

fiw) y lIcIJJaKllymo1 tte~y(JpO()1I0M l((Jconucy (M22) - (2 x 5+3125 = 13125)

28 S Krizak Lj Nikolic M Stanic M Zizi6 J Zakrzewska M Zivi6 N Todorovic (2015) Osmotic swelling activates a novel anionic current with VRAC-like properties ill a cytoplasmic droplet membrane from Phycomyces blakesleeanus sporangiophores Research in Microbiology vol 166 6p 3 CTp 162-173 doi 10IOI6jresmic201502004 ISSN 0923-2508 nWTaTa 0

Microbiology 2013 47119 IF 2826

5

29 M Zizic Z Miladinovic M Stanic M HadZibrahimovic M Zivic J Zakrzewska (2016) Sly NMR investigation of cell-associated vanadate species in Phycomyces blakesleeanus mycelium Research in Microbiology vol 167 6p 6 CTp 521-528 doi 1O1016jresmic201604012 ISSN 0923-2508 l(HTaTa 2


30 M Stanilaquo S Krizak M Jovanovic T Pajic A Ciric M Zizic J Zakrzewska T Cvetic Antic N Todorovic M Zivic (2017) Growth inhibition of fungus Phycomyces blakesleeanus by anion channel inhibitors anthracene-9-carboxylic and niflumic acid attained through decrease in cellular respiration and energy metabolites Microbiology-SOM Society for General Microbiology vol 163 6p 3 CTp 364-372 doi JOI099mic0000429 ISSN 1350-0872 l(HTaTa 0

Microbiology 201573123 IF 2268 11lt11(011 IlOpMl1paIha pana ca 10 ayropa 3125 60noBa

Pad y JleljYlJapo()lIoM ttaconucy (M23) - (2 x 3 = 6)

3 M Stanic M Zivic M Hadzibrahimovic A Pajdic S Krizak M Zizi6 1 Zakrzewska (2014) Effect of long-term cyanide exposure on cyanide-sensitive respiration and phosphate metabolism in the fungus Phycomyces blakesleeanus Arcllivcs of Biological Sciences voL 66 6p 2 CTp 847-857 doi 102298AI3S 1402847S ISSN 0354-4664 l(HTaTa 0

Biology 2012 6082 IF 0791

J Jakovljevic-Uzelac M Stanic D Krstie M Colovie D Durie (2018) Effects of homocysteine and its related compounds on oxygen consumption of the rat heart tissue homogenate the role of different gasotransmitters Molecular and Cellular Biochemistry vol 444 6p 1-2 CTp 143-148 doi 101007s11010-017-3238-z ISSN 0300-8177 I~I1TaTa I

Cell Biology 2016116190 IF 2669

((I01Il1llJeIe ca lleljYllajJ()()lIo cKyna umWMnauo y U3800Y (M34) - (5 x 05 = 25)

33 D Durie Y Zivkovic M Radenkovic M Stanic D Krstic O Stanojlovi6 JJakovljevie Y JakovJjevic Homocysteine and homocysteine-thiolactone induce cardiac and vascular damage interplay with oxygen consumption oxidative stress and gasotransmitters Joint meeting of the Federation of European Physiological Societies (PEPS) and the Hungarian Physiological Society August 27-30 2014 Budapest Hungary

34 M Stanic 1 Zakrzewska Z Miladinovie 1 Jakovljevic M Colovic D Krstic D Durie Effects of Homocysteine Isoforms on Oxygen Consumption of the Heart Tissue Homogenate The Role of Different Gasotransmitters 3rd Congress of Physiological Sciences of Serbia Serbian Physiological Society Military Medical Academy Belgrade October 29 312014

6

35 D Duric V Zivkovic I Srejovic N Jeremic M Colovic M Stanic D Krstic M Duric A Stevanovic O Stanojlovic J Jakovljevic V Jakovljevic Homocysteine and Thiolactone Metabolites Progress in Cardiovascular Research International Symposium on Advances in Cardiovascular Research from the Bench to the Patients Bed Dedicated to the 75th Anniversary of Prof Jan Slezak Program amp Book of Abstracts VEDA Publishing House of the Slovak Academy of Sciences September 2-52015 Bratislava Slovakia

36 T Pajic M JosaHoBHn S Krizak T Cvetic Antic M Zivi6 M Stanie Anthraceneshy9-carboxilic and niflumic acid inhibit growth and respiration of fungus Phycomyces blakesleeanus Regional Biophysics Conference August 25-28 2016 Trieste Italy

37 M Zivic S Krizak M Stanic M Zizi6 N Todorovic ATP dependency of osmotically activated outwardly rectified current in the membrane of cytoplasmic droplets obtained from sporangiophore of model filamentous fungus Phycomyces blakesleeanus 8th Regional Biophysics Conference May 16-202018 Zrece Slovenia

lpt()(w(JIlJC I1lJ 110WBY ca cKvna llCl11UOHClJlH02 3Hallaja UlmaMnaHO y 11eJlUHU (M61) - (1 x 15

15)

38 M St~mic T Cvetic Antic M Hadzibrahimovic M Zivic J Zalazewska M Zizic Transport and metabolism of vanadium in filamentous fungi with emphasis on fungus Phycomyces blakesleeanus Serbian Biochemical Society Eighth Conference Coordination in Biochemistry and Life November 16th 2018 Novi Sad Serbia

llpeltJtwlbe no flOlUBY co cKyna lW11uOlfanlW2 3Hallaja UlmaMnaHO y U3600Y (M62) - (1 x 1 =

I)

39 M Stanic Energetski metabolizam koncastih gljiva i veza sa neorganskim polifosHltima na primeru gljive Phycomyces blakesleeanus Burgeff Drugi kongres biologa Srbije Septembar 25-30 2018 KladovoSrbija

((WIIumellgte ca chyna lIGlIUOUanUOz 3Hataja UlmaMna1l0 y U3600Y (M64) (9 x 02 18)

40 J Korat D Stankovic M Stanic D Bajuk-Bogdanovic M Zizic 1 Bogdanovic Pristov SGrguric-Sipka A Popovic-Bijelic 1 Spasojevic Ligand and redox interaction of adrenaline with iron at physiological pH Serbian Biochemical Society Seventh Conference Biochemistry of control in life and technology November lOshy112017 Belgrade Serbia isbn 978-86-7220-091-1

41 M Zizic M Stallic M Zivic 1 Zakrzewska Biofizicki pristup u rasvetljavanju metabolizma vanadijuma kod gljiva Drugi Kongres Biologa Srbije Septembar 25-30 2018 Kladovo Srbija

421 Rodie 1 Lukicic M Zilic 1 Zakrzewska M Zivic M Stanie T Cvetic Antic Efekti selenita na metabolizam glutationa kod gljive Phycomyces blakeslee anus Burgeff Drugi Kongres Biologa Srbije Septembar 25-302018 Kladovo Serbia

7

431 Lukicic I Rodic M Zizic J Zakrzewska T Cvetic Antic M Zivic M Stanic Efekti vanadata na aktivnostanti oksidativnih enzima tokom razvica gljive Phycomyces blakesleeanus Drugi Kongres Biologasrbije Septembar 25-30 2018 Kladovo Srbija

44 M Romanovic 1 Danilovic Lukovic A Morina S Vojvodic M Stanic I Spasojevic 1 Uticaj niskih doza X zracenja na parametre vijabilnosti jednocelijske alge Chlamydomonas reinhardtii Drugi Kongres Biologa Srbije Septembar 25-30 2018 Kladovo Srbija

45 J Dumanovic M Dimitrijevic M Romanovi6 M Stanic Uticaj niskih doza X zracenja na produkciju lipida jednocelijske alge Chlamydomonas reinhardtii Drugi Kongres Biologa Srbije Septembar 25-302018 Kladovo Srbija

46 A Stanimirovic M Dimitrijevic M Stanic Z Vucinic T Cvetic Antic Aktivnost hinon reduktaza u celijskoj membrani izolovanoj iz korena kukuruza Drugi Kongres Biologa Srbije September 25-302018 Kladovo Srbija

47 M Dimitrijevic J Bogdanovic Pristov M Zizic D Stankovic D Bajuk-Bogdanovi6 M Stanic S Spasic W Hagen r Spasojevic Biliverdin-copper complex at the physiological pH Serbian Biochemical Society Eighth Conference Coordination in Biochemistry Bnd Life November 1620 J8 Novi Sad Sebia

48 S Vojvodic M Stanic M Romanovi6 M Dimitrijevi6 1 Bogdanovic Pristov A MOlina 1 Pittman J Spasojevic Hormetic effects of low-dose radiation on lipid production in Chlorella sorokiniana Serbian Biochemical Society Eighth Conference Coordination in Biochemistry and Life November 162018 Novi Sad Sebia

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OUIOCIlO npHMeHoM ICP MeTone je YTBp~eHo na je YCBojeHH BaHanHjYM npeTe)KHO

Y1IYTUpficJIHjCKH nOK ce Malha KOJIH4HHa HaJIa3H Y neJIHjcKoM 3Hny [(aJbe je npHMeHOM

pClITniKC anCOpUHOHC cneKTpocKonHje (XANES) YTBp~eHO na ce HaKOH H3JIaralha

BHlla)Urry BunanHjYM y MHueJIHjYMY rJbHBe HaJIa3H Kao MemaBHHa nBa OKCHnaUHOHa CTalha

+5 H +4 H nOTspijeHo je na je BaKYOJIa npHMapHo MeCTO aKYMYJIaUHje YCBojeHor

BllllCllll1jYMa MecTo UKYMYJIUUHje BaHanHjYMa ce npeKJIana ca MeCTOM aKYMYJIaUHje (110C(lopa y neJll1jH lIJTO l~onaTHO CHaJ(H Ben H3HeceH 3aKJbyqaK 0 Be3HBalhY BaHanHjYMa 3a

IlHKyOJJUpHe nORHqOcq)aTe Y pany 29 je YTBp~eHo na MHueJIHjYM rJbHBe P blakesleeanus YCBaja SUllaJluT y3 nOMon qJOcqJaTHor TpaHCl10PTepa H TO Y 06JIHKY MOHOMepa KOjH 3aTHM (IJopMl1pa KOMflJleKC ca 3a cana Hel103HaTHM YHYTapneJIHjcKHM MoneKYJIOM OBaj KOMI1JIeKC

lollpmlOCH CMa~beHgtY TOKcwmocnl BaHanHjYMa OCHM Tora YTBp~eHO je H na ce

IHII dicJUljCKH eH3HMCKH penYKyje TCTpaMep BaHanaTa Y pany 38 cYMHpaHH cy no cana

to6~ljellH PC3YJ1TUm KOjH ce onHoce Ha HHTepaKUHjy rJbHBe P blakesleeanus ca

BaJlil1HljYMOM Pa)JoBI1 31 H 39 cy centoKycHpaHH Ha eHepreTcKH MeTa6onH3aM rJbHBe P bukeseeanuJ ea CPOKYCOM Ha peCI1HpaTOpHH naHau H HeopraHcKe nonHcentoccentaTe Y pany 31 jc I1CIlHTlH~aIJa nOSe3aHOCT qJYIIKUHoHHcalha nBa Pa3JIH4HTa THrra pecrrHpaUHje

(I U1TolxlMcKa H ltlJrrepIHITHBlIa) ca IH1BOOM HeopraHcKHx nOJIHcentOCcentaTa YI1oTpe60M

p~nmIIHTBX 6JIOKaTOpa pecmlpaTopHor naHua 3aKJbYQeHO je na je 3a onp)Kalhe HHBoa

IHnlHI)()crllaTu y hellHjH HeonxonaH centYHKl(110HaJIaH UHTOXPOMCKH JIaHau Y pany 39 cY

C)MIIPHHU nOcanUUHbU ca3Balha KUHnHnaTKHlhe 0 KOMnOHeHTaMa pecnHpaTopHor JIaHua

~1l1UCJll1jYMU rJbHBe P blakeslee anus lhHXOBoj perYJIaUHjH H IIOBe3aHOCTII ca

YIITUphemfjcKHM HHBOOM IIOJlH(pOCcentara Y panoBHMa 30 H 36 HcnHTHBaH je YTHuaj

IIIIXIftlrITOpa aHjoHcKHx KaHaJIa aHrpaueH-9-Kap60KCHJIHe H HHcentJIYMHqHe KHCeJIHHe Ha

llapa~feTpe paCTa H eHepreTCKOr MeTa60J1H3Ma rJbHBe P blakesleeanus rrpHMeHOM

KlfCCOIlI1 lHe eJIeKTpone nma KnapK Ii 31P NMR CfleKTpocKoIIHje EcenteKaT OBHX 6JIOKaTOpa Ha

paCT H pecllupnUl1jy je 6110 113pa3HT aJIl1 je H30CTao npHJIHKOM Mepelha pecnHpanHje nOJlOBUHHX MHTOXOHnPHja IllTO IIOKa3yje na je lhHXOB ecenteKaT Ha CMalhelhe pecnHpaUHje I IfllfPCKTUH 31 P NMR cneKTpocKoIIHja je IIOKa3aJIa CMalhelhe HHBoa ATP-a H IIOJIHcentOCcentaTa

IJaKOB npHMeHe aHTpaueH-9-Kap60KCHJ1He H HHcentnYMWme KHCeJIHHe a H3JIa3HO

pCKTHcllHKyjyna IUIaKTIIBHpajyl1a cTpyja (HPHC) je TaKO~e CMalheHa aJIH CaMO Y OnCYCTBY lfP-a Ha ocr lOllY pe3ymaTa OBor panu npennO)KeHO je na je perynaUHja HPHC TeCHO

IIQBC3mm ea heJ1wjcKHM eHcpreTcKHM MeTa6oJIH3MOM rJbHBe P blakesleeanus a na je

OtlttlbClbc lHlBoa AlP-a H 1l0JIH(j)OCcentaTa nHpeKTaH Y3POK HHXH6HUHje paCTa Y panoBHMa 28 11 37 IICTOUOM llaMCTllYre BOJlTa)Ke Ha neJ1Hoy MeM6paHe (patch-clamp) Y KOHcentHrypaUHjH

llna tWJlHja OKapalltTepllCaHe cy jOHcKe cTpyje n06HjeHe Ha npenapary UHTOnJIa3MaTCKHX

KanH 13 cnopmlntOcentOpa nhl1Be P blakesleeanus Y pany 28 je Hajnpe rrOKa3aHO na cY ll1TOnJla3MaTCKe KanH n06ap MoneJI CHCTeM 3a HCIII1THBalhe nJ1a3MaMeM6paHe jep

rrponYiKeHI1M cmjaJbeM o6pa3yjy neJIHjcKH 3Hn I1oKa3aHaje aKTIIBaUHja HPHC Y YCJIOBHMa npoMeHe OCMOTCKor npHTHCKa a 6HOcentH3H4Ka KapaKTepH3aIHja OBe cTpyje je nonaTHO

YKa3aJIa Ha beHe CJIH4HOCTH ca VRAC (volume-regulated anionic current) H Y OBOM pany je

no npBH nYT nOKYMeHTOBaHO npHCYCTBO cTpyje CJIH4He VRAC-y H3BaH KJ1aCe KH4MelhaKa

9

y pMoBMMa 25 27 M 47 je MClIMTIIBaHO ltpopMMpalbe KoopnMHaIJMOmrX Be3a M penoKc

peaKIJMje 6aKpa y ltpM3MOJIOUIKMM YCJIOBMMa I10BenaH HMBO 6aKpa y TeJIeCHHM TelHOCTMMaje

nOBe3aH ca MHOrMM lIaTOJIOUIKMM CTaIbMMa )KJbyqyjynM pa3JIMlMTe MHltpeKnMje M

HeOHaTaJIHY xMlIep6MJIMpy6MHeMMjy Y PMY 25 je MClIMTIIBaH MorynM MexaHM3aM 2

VlHTepaKIJMje 6MJ1Mpy6MHa H Cu + y ltpM3MOJIOUIKMM YCJIOBMMa CTynMja je lIOKa3aJIa na 2

6fJIMpy6MH M Cu + He ltpOPMMpajy cTa6HJIaH KOMlIJIeKC Ben lIpM ffiMXOBOj MHTepaKIJHjM

JlOJIa3W no nerpanaBwje 6HJIMpy6HHa y penYKIJHje 6aKpa no Cu1+ UITO naJlgte nOBOnH no

IlpOuYKI~HJC peaKTHBHVlX KMCeOHHlHMX BpCTa Koje y3pOKyjy omTeneffia neJIHje KOn

xllllcp5HJmpy6HHermje XeJ1MpajynH areHCM 6aKpa lIOlIYT lIeHMIJMJIaMMHa YMaIbyjy

]ll1TC1XIKl(Hjy 611JlI1py6HH3 ca 6aKpOM lHMe nOBone no CMaIbeffia TOKCHlHHX eltpeKaTa Y pUJIY 27 cy HClIl1TWBaHe wHTepaKUHje Cu

2+ ca ocaM pa3nMlHTIIX ~-naKTaMCKHX aHTM6HOTIIKa

tv-VIS cncKTpOpoundpOToMcTPMjoM eneKTp0H-napaMameTHOM cneKTpocKonHjoM (EPR) H

-Il(TPOXCHljCKHM MCTOuaMa y ltpH3HOJIOIUKHM ycnoBHMa lIaK leTHpH (MepolIeHeM

aMOClHl~IJBH awmU1JlHH H ueltpTpHaKcoH) on ocaM HClIHTaHHX aHTH6MoTHKa cy lIOKa3aJIa

31IU t lftjllO CMalbeHO nejcTBo npeMa E coli H S aureus y npHcycTBy 6aKpa IJeltpaKJIop je

C + C 1+ bull bullpCJlYKosao ll~ Jl0 U KOJM naJlgte pearyJe ca MOJIeKYJIapHHM KHceOHHKOM H npoH3BonH

2 BOWIlI1K nepoKcwn )WK ce MeponeHeM y npHcycTBy Cu + nerpanMpa CTynHja je nana

malajlic nouaTKe 3a Ona6HP HajeqmKacHHjje aHTMMHKpo6He TepnHje KOn lIaIJHjeHaTa ca

I3MClhCllOM XOMeOCTa30M 6aKpa Pan 47 ce 6aBH HHTepaKUHjoM Cu2+ ca 6HJIHBepnHHoM y

IIJlIHlOJIOUlKHM ycnoBHMa VI nOKa3yje na 6MJIHBepnMH H Cu2+ ltp0pMHpajy KOMnJIeKC 11

ncxllOMcTpl1je CloBenaHe eHepreTcKe cTa6HJlHOCTH 360r peopraHH3aIJHje eJleKTpOHcKe

cTpyKType 11 ca CllallCHHM napaMameTHHM oco6MHaMa PanoBM 26 H 40 ce 6aBe 3 21llTCpalltlU1joM rBogtId)a (Fe + WFe ) H anpeHamma y cPH3HonoUIKHM ycnoBHMa mTO je Ba)lHO

ca JUW aCnCKTltl 60Jhe pa3YMesaIbe epeKaTa XPOHlIlHOr cTpeca Ha KapnMOBacKYJIapHH CHCTeM

11 ytllpC)llaquomalbc KUTCXOJlaMHHWMa 60raTHx 6HOnOJIHMepa CTynHja je nOKa3aJIa na anpeHaJIHH

II Fe3 rlgtopMHpajy cra6HJIlre KOMnJlCKCe y 1 1 HJIH 3 1 cTexHoMeTpHjH y 3aBHCHOCTM on

IhllXOBor OJlIOCtl npH lJeMY aTOMH KHceOHHKa Ha KaTeXOJlHOM oCTaTKY anpeHaJIHHa

I qX~lCnIBJbUjy teCTO ltpopMwpaHa ltpH3HOJIOIUKH 6HTHOr 1 1 KOMnJIeKca AnpeHanHH H Fe2+

jH)pMI1pajy KOMflJlCKC KOjH je CHa)l(aH penYKyjynH areHC KOjH nOBOnH no ltp0pMHpaIba 2I~OJloIHIK-nepoKcHa penYKUHjOM 02 OKCHnaUHja Fe + npenCTaBJba Moryny OCHOBY

Ollrniclba CpltJaHHX neJIl1ja y cTpecy Y pauy 21 je nOKa3aHO na je rBo)l]je y cPH3HOJlOIUKHM

KOlflCIJTpaUHjaMa Y3POK cJIa60r YClIexa TepanHje KaHIJepa aCKop6aToM lIOUITO nOBOnH Mno

npOJlYKTJHje H nerpauaUHje H20 2 OBa crynHja je nOKa3ana npeIJeffieHOCT pe3ynTaTa

Jlo6~ljemlx y paHHjHM in vitro crynHjaMa H YKa3ana Ha MeToncKY rpemKy y npHMeHH

IlocrojenHx McuHjYMa 3a l1enHjcKe Kymype PenoKc peaKUHja fBo)Jlja H HHnOJIa HHnYKoBaHa

U V -OM jt HHTepccaHTHa ca acneKTa npelHIUnaBaIba BOJla on xeTepOIJHKJIHlHHX

apO~IUTHtIHHX jCJlHlhClbH n03HaTHX OpraHCKHX 3araljHBala Y pany 22 je lIOKa3aH MexaHH3aM

cHIC peaK[lHje a pe3ynTaTH cryJlHje Mory 6HTII 6HTHH 3a pa3BHjaIbe npOTOKOJIa

llpclmmhusaIba OTnanHl1X Bona

Y pa)lOBHMu 32 33 34 H 35 HcnHTHBaHa je YJIora aMMHOKHCeJIHHe XOMOIJHCTeHH Kao

pcnHTIlBHO lIeJlaBBO HneHTHcPHKoBaHor ltpaKTopa pH3HKa y KapnHoBacKYJIapHHM 60JleCTMMa

aKO Ie BeJIHIUl 6poj CpltaHHX 060Jbelba nOBe3aH ca MMTOXoHnpHjaJIHOM nHCltPYHKlJMjOM

HCIIHTltlH je YTMIJaj XOMOlJHCTeHHa Ha ltPYHKlIHOHHCaIbe eJIeKTpOH-TpaHClIopTHOr JIaHIJa y

lHITOXoHnpHjaMa cpua naUOBa Kao H YJIora raCOTpaHCMHTepa NO H2S H CO Y MenHjalIMjH

oalix ecenteKaTa CTynHja je nOKa3aJIa na KapnHoTOKCMlHOCT H3a3BaHa XOMOIJMCTeHHOM MO)l(e

10

OHTH Y3pOKOBaHa HHXHOHQHjOM peCnHpaQHje y CpqaHOM neJIHjaMa aJIH MOgtKe OHm YMafbeHa

raC01paHCMHTepHMa nonyr NO H CO

HOBe JIHHHje HCTpagtKJ1Bafba KojRMa ce KaHl(Hl(aTKHfba OaBH cy npHKa3aHe y pal(OBHMa

42 43 44 45 H 48 Jel(Ha JIHHHja (Pal(OBH 42 H 43) ce oaBH HcnHTHBafbeM CHCTeMa

arlTHoKCHl(aTHBHe 3aIIITJ1Te KOl( rJbHBe P blakesleeanus H npel(CTaBJbajy npHpOl(aH HaCTaBaK

Ben nOCTOjenHx CTyl(Hja 0 ltpH3HOJIOrMjH OBe KOHqacre rJbHBe [(pyra JIHHHja (pal(OBH 44 45 II 48) npel(CTaBJbajy nOTnYHo ROBY OOJIaCT HCTpagtKHBafba H YJIa3aK y OOJIaCT eKOJIOmje H

6J10TCXHOJlOrl1je 3JIfH ca [(HJbeM l(OoHjafba nOBenaHor npHHoca JIHnHl(a KOPHCHHX 3a

npO)l)KHHjy OHOl(J-f3eJIa

4 LtHTHPAHOCT

Pa)NBH tIP MapMlle CTaHHn cy [(HTHpaHH 57 nyra Ol( cTpaHe l(pyrHX ayropa hshyHIIJ~el(C 6 LllIHlpatlH cy Clt~llenH pa)lOBH

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13

Zivic M Zakrzewska J StanlC M CYetic T Zivanovic B (2009) Alternative respiration of fungus Phycomyces blakesleeanus Antonie van Leeuwenhoek 95 207-217

42 Zivanovic BD Ullrich KK Steffens B Spasic SZ Galland P The effect of auxin (indole-3shyacetic acid) on the growth rate and tropism of the sporangiophore of Phycomyces blakesleeanus and identification of auxin-related genes (2018) Protoplasma 255 (5) pp 1331-1347 DOl I OlO07s00709middot0 18-1232-2

43 SchinagJ CW Vrabl P Burgstaller W Adapting high-resolution respirometry to glucose-limited steady state mycelium of the filamentous fungus Penicillium ochrochloron Method development and standardisation (2016) PLoS ONE 11 (1) art no e0146878 DOl 1013711journalpone0146878

44 Rtla J de Castro C de Arriaga D Garcfa-Armesto MR Busto F Del Valle P Stress in Phyc(ll1yces blakcslceanus by glucose starvation and acetate growth Response of the antioxidant system and reserve calmiddotbohydrates (2014) Microbiological Research 169 (9-10) pp 788-793 DOl 1010 J6j micres20 13 12007

-15 ieng t Yang S Cheng YJ Chen F Pan S Fan O Antifungal activity and action mode of pinocembrin Iiom propolis against Penicillium italicum (2012) Food Science and Biotechnology 21 (6) pp 1533middot1539 DOl 101007s10068-012-0204-0

II ZiZic M Zivic V Mal(simovic M Stanie S Krizak T Cvetie Antic J Zakrzewska (2014) Vanadate Influence 011 Metnbolism of Sugar Phosphates in Fungus Phycomyces blakesleeanus PLoS ONE 9(7) no d1)2849

46 Zizic M Zakrzcwska J Tesanovi6 K Boskovi6 E Nesovi6 M Karaman M Effects of vanadate on the mycelium or edible fungus Coprinus comatus (2018) Journal ofTrace Elements in Medicine and Bi()logy 50 pp 320-326 DO 1Ol016jjtemb201807017

n Wijlyawardene NN Pawlowska J Letcher PM Kirk PM Humber RA SchUmer A Wrzosek M Muszcwska A Okrasinska A Istel L Gysiorska A Mungai P Lateef AA Rajeshkumar KC Singh RV Radek R Walther G Wagner 1 Walker C Wijesundara DSA Papizadeh M Dolatabadi S Shenoy BD Tokarev YS Lumyong S Hyde KD Notes for genera basal clades or Fungi (including Aphelidiomycota Basidiobolomycota Blastocladiomycota Calcarbporie lomycota Caulochytriomycota Chytridiomycota Entomophthoromycota (ilorneromycota Kickxellomycota Monoblepharomycota Mortierellomycota Mucoromycota Ncocnllimlstigomyeota Olpidiomycota Rozellomycota and Zoopagomycota) (2018) Fungal Diversity 92 (J) pp 43middot129001 1O1007s13225-018-0409-5

middot11i lItdzibmhimoviC M Suznjevic D Pastor F Cveti6 Antic T Ziiic M Zakrzewska J Zivi6 M The interactions of vanadate monomer with the mycelium of fungus Phycomyces blakesleeanus reduction or uptake (2017) Antonic van Leeuwenhoek International Journal of General and Molecular Microbiology 110 (3) pp 365-373 DOl 101007sI0482-016-0808-0

M Zizic T Ducic I) Grolimund D Bajul~-Bogdanovie M Nikolic M Stanic S Krizak J Zakrzewska (2UI5) X-ray absOIptiou near-edge structure micro-spectroscopy study of vanadium speciation in Phycomyces bhtkesleeanus mycelium Analytical and BioanalyticaJ Chemistry 407(24)7487-7496

19 Iludzibrahimovic M Suznjevi6 D Pastor r Cveti6 Antic T Zizi6 M Zakrzewska J Zivi6 M The intel1lctions of vanadale monomer with the mycelium of fungus Phycomyces blakesleeanus reduction or uptake (2017) Anlonie van Leeuwenhoek International Journal of General and Molecular Microbiology 110 (3) pp 365-373 DOl 101007810482-016-0808-0

50 Rehder D Implications of vanadium in technical applications and pharmaceutical issues (2017) Inorganica Chimica Acta 455 pp 378-389 DOl 1O1016jica201606021

11 ZiZic Z Miladillovic M StaniC M Hadzibrahimovic M Zivic J Zakrzewska (2016) 51V NMR illvcstiglltioll or ccll-nssociated vanadate species in Pbyeomyces blakesleeanus mycelium Research in I iCfObiology 167(6)521-528

51 Zizle M Zakrzevvska J Tesanovi6 K Boskovi6 E Nesovic M Karaman M Effects of vanadate on the myceliulll of edible fungus Coprinus comatus (2018) Journal ofTrace Elements in Medicine and Biology 50 pp 320-326 DOl 101016jjtemb201807017

14

52 Hadzibrahimovic M Suinjevic D Pastor F Cvetic Antic T Zizic M Zakrzewska J Zivic M The interactions of vanadate monomer with the mycelium of fungus Phycomyces blakesleeanus reduction or uptake (2017) Antonie van Leeuwenhoek International Journal of General and Molecular Microbiology 110 (3) pp 365~373 DOl 1O1007s10482-016~0808-0

S Milic Komic J BogdanoviC-Pristov A PopoviC-Bijelic J Zakrzewska M StanU A Kalauzi I Spllsojevic (2016) Photo-redox reactions of indole and ferric iron in water Applied Catalysis B ~ EIHiImiddotolunentaI185114middot180

53 Stevie N Korac J Pavlovic J Nikolic M Binding of transition metals to monosilicic acid in aqueous and xylem (Cucumis sativus L) solutions a low-T electron paramagnetic resonance study (2016) BioMetals 29 (5) pp 945-951 DOl 1O1007s10534-016-9966~9

54 Bu Q Yang B Shi N Hu L~T Yi B Kinetics and mechanistic investigation of the photocatalytic degradation of c1othianidin (2016) Huanjing KexueEnvironmental Science 37 (9) pp 3524~3531 DOl JOl3227]hjkx201609034

B BozU I Korae D Stolllwvie M Stanie A Popovie-Bijelic J Bogdanovic-Pristov I Spasojevic M Bajrclic (2017) Mecllllllisllls of redox intelactions of bilirubin with copper and the effects of penicillamine CH~lIIico-Biological Interactions 278 129-134

55 Lakalos Lo Baila G Patuki l Penicillamine - not only a chelating agent but also a potent ncuroprotector in the neonatal period (2018) Chemico-Biological Interactions 291 pp 190-191 DOl 10101 6(jcbi20 ISJl6022

J Knnll n Stankovic M Stanie D Bajuk-Bogdanovic M ZiZic J Bogdanovic-Pristov S Grgurie~ Siplill A Popovic-Dijelic I Spasojevic (2018) Coordinate and redox interactions of epinephrine with ferric aud ferrous iron at physiologiclll pH Scientific Reports 8 no 3530

56 KolUcbull I Todllrovic N Zakrzewska J Zizic M Spasojevic L The conformation of epinephrine in polar solvents an NMR study (2018) Structulal Chemistry 29 (5) pp 1533middot1541 DOl 1O1007511224-018-1144-y

I alwvljevic~Uzelac M Stanic D Krstic M CoJovic D Duric (2018) Effects of homocysteine aod its rriatcd compounds on oxygen consumption of the rat heart tissue homogenate the role of different gasotrllllsmitters Molecular and Cellular Biochemistry 444(1-2)143-148

57 Djuric D Jakovljevic V Zivkovic V Srejovic 1 Homocysteine and homocysteine~related

compounds An overview of the roles in the pathology of the cardiovascular and nervous systems (20 j 8) Canadian Journal of Physiology and Pharmacology 96 (10) pp 991-1003 DOl 101 139ejppshy2018-0112

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OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20













5







Biology 2012 6082 IF 0791






6





15)



I)






7







AHAJIH3A PAJJOBA



8




































9












































10









4 LtHTHPAHOCT












11




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20







Biology 2012 6082 IF 0791






6





15)



I)






7







AHAJIH3A PAJJOBA



8




































9












































10









4 LtHTHPAHOCT












11




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20





15)



I)






7







AHAJIH3A PAJJOBA



8




































9












































10









4 LtHTHPAHOCT












11




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20







AHAJIH3A PAJJOBA



8




































9












































10









4 LtHTHPAHOCT












11




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20




































9












































10









4 LtHTHPAHOCT












11




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20












































10









4 LtHTHPAHOCT












11




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20









4 LtHTHPAHOCT












11




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20




















12

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20

















13















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20















14




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20




















bHOJTOUIKH cpaKymeT

15











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20











16





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20





03H8Hll rpvne Bpa3


M21a 2 10 20 20

1V121 6 M20

M22 5

M23 4

M33 6 M30

M34 12

M61 1

M60 M62 1

17

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20

middot




M20 M21a 2 10

M21 5 8 3205

M22 3 5 13125

M23 2 3

M30 5 05 5

M61 1 15 15

M60 M62 [ 1 1

M64 9 02

71175











18





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20





CapUlUIHK

KOMVlCHJA




bJ~~ -------~--------- (





19



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20



I

l




I~--


I


I r-06aueH11l (I) I

I I I 06aRc3HH (2)


r

I

-~-

OouHeJlIIf (1)

O()aBe31H1 (2)

IhlY1I1U C3BCTllUK

06aBc3HH ( I )

06aIlC31111 (2)

YKynHo

MIO+M20+M31+M32+M33 +M41+M42


YlltymlO

M O+M20+M31 +M32+M33+M4 I +M42+M90

M I I +M 12+M21 +M22+M23

YKynHo

M I O+M20+M31 +M32+M33+M41 +M42+M90

Mil +M 12+M21 +M22+M23

i


XX=

16

10

6

87850

(77975)

40 81 (71175)

30 81 (71175)

70

50 i

35 i

i

20

myjitjii,zl;hcw1itjihhapha hctpa)l(l1bai:ba … · 5. m. stanic, m. zivic, j. zakrzewska (2009)...

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