Hi all,
have someone runtime experience for the bibrank citation calculation
with many records with a large citation block?
We have loaded and indexed about 1,8 Mio records into our only local
open invenio instance.
Normaly the records have a large reference block (like below).
The calculation time seams to increase exponential, could it be and
could we optimize it in some way?
Here some results of our runtime experience:
first 110 000 records loaded:
2010-12-02 14:55:58 --> Task #6304 started.
2010-12-02 14:55:58 --> Running rank method: times cited.
2010-12-02 15:25:52 --> rnkWORD01F contains 328277 words from 108997 records
2010-12-02 15:25:53 --> rnkWORD01F is in consistent state
2010-12-02 15:25:53 --> Task #6304 finished and resubmitted
~ 110 000 recs -> 30 min
further 115 000 loaded records (at all ~ 235 000 recs)
2010-12-05 06:42:16 --> Running rank method: times cited.
2010-12-05 06:42:17 --> Last update 2010-12-02 14:55:58 records: 115200
updates: 115200
2010-12-05 10:09:41 --> rnkWORD01F contains 503657 words from 224197 records
2010-12-05 10:09:41 --> rnkWORD01F is in consistent state
2010-12-05 10:09:41 --> Task #6304 finished and resubmitted.
~115 000 recs -> 3h 27
now further records loaded, at all 1,879,313.
bibrank -u admin -w citation -i 255001-270000 -v 9
2011-02-22 02:47:49 --> argv=['/cdsware/cds-invenio/bin/bibrank', '-u',
'admin', '-w', 'citation', '-i', '255001-270000', '-v', '9']
2011-02-22 03:03:39 --> d_report_numbers done 0 of 15000
2011-02-23 10:14:24 --> d_report_numbers done fully
2011-02-23 10:14:24 --> Total time of get_citation_weight(): 113195.10 sec
2011-02-23 10:14:24 --> Task #6371 finished. [DONE]
~ 15 000 recs now need -> 31,5 h
(1.800.000/15.000 -> 120 * 31 h -> 3720 h -> 155 t) ~ 5 Month!
other example:
2011-02-21 16:47:26 --> argv=['/cdsware/cds-invenio/bin/bibrank', '-u',
'admin', '-w', 'citation', '-i', '250501-255000', '-v', '9']
2011-02-21 16:57:36 --> d_report_numbers done 0 of 4500
2011-02-22 02:47:47 --> Total time of get_citation_weight(): 36020.35 sec
2011-02-22 02:47:47 --> Task #6370 finished. [DONE]
4 500 recs -> 10 h
(1.800.000/4500 -> 400 * 10 h -> 4000 h -> 166 t)
Have you any ideas for a strong reduce of this runtime or isn't it possible?
Normaly we would like to load much more records into our local invenio
(ca. 10 to 20 Mio recs). The normal indexing need time, but not in a
exponential way and it's ok for us. But at the moment I'm not sure, that
we can calculate citations for this data with acceptable runtime.
It would be nice, if anyone have ideas for optimizing!
Thanks & Kind Regards
Cornelia
example record
000065730 001__ 65730
000065730 017__ $$aElsevier$$bCopyright 2006 Elsevier B.V., All rights reserved.
000065730 022__ $$a13572725$$bprint
000065730 035__ $$aSCP:33749986298
000065730 037__ $$aSGR:33749986298$$bSGR
000065730 040__ $$aSCP$$beng$$cDE-Juel1
000065730 041__ $$aeng$$beng
000065730 044__ $$agbr
000065730 084__ $$2ASJC$$a1303
000065730 084__ $$2ASJC$$a1307
000065730 100__ $$07004048457$$aValko M.
000065730 245__ $$aFree radicals and antioxidants in normal physiological
functions and human disease
000065730 260__ $$c2007
000065730 4400_ $$aInternational Journal of Biochemistry and Cell
Biology$$sInt. J. Biochem. Cell Biol.$$v39$$x13572725
000065730 520__ $$aReactive oxygen species (ROS) and reactive nitrogen species (RNS, e.g. nitric oxide, NO{radical
dot}) are well recognised for playing a dual role as both deleterious and beneficial species. ROS and RNS are normally
generated by tightly regulated enzymes, such as NO synthase (NOS) and NAD(P)H oxidase isoforms, respectively.
Overproduction of ROS (arising either from mitochondrial electron-transport chain or excessive stimulation of NAD(P)H)
results in oxidative stress, a deleterious process that can be an important mediator of damage to cell structures,
including lipids and membranes, proteins, and DNA. In contrast, beneficial effects of ROS/RNS (e.g. superoxide radical
and nitric oxide) occur at low/moderate concentrations and involve physiological roles in cellular responses to noxia,
as for example in defence against infectious agents, in the function of a number of cellular signalling pathways, and
the induction of a mitogenic response. Ironically, various ROS-mediated actions in fact protect cells against
ROS-induced oxidative stress and re-establish or maintain "redox balance" termed also "redox
homeostasis". The "two-faced" character of ROS is clearly substantiated. For example, a growing body of
evidence shows that ROS within cells act as secondary messengers in intracellular signalling cascades which induce and
maintain the oncogenic phenotype of cancer cells, however, ROS can also induce cellular senescence and apoptosis and
can therefore function as anti-tumourigenic species. This review will describe the: (i) chemistry and biochemistry of
ROS/RNS and sources of free radical generation; (ii) damage to DNA, to proteins, and to lipids by free radicals; (iii)
role of antioxidants (e.g. glutathione) in the maintenance of cellular "redox homeostasis"; (iv) overview of
ROS-induced signaling pathways; (v) role of ROS in redox regulation of normal physiological functions, as well as (vi)
role of ROS in pathophysiological implications of altered redox regulation (human diseases and ageing). Attention is
focussed on the ROS/RNS-linked pathogenesis of cancer, cardiovascular disease, atherosclerosis, hypertension,
ischemia/reperfusion injury, diabetes mellitus, neurodegenerative diseases (Alzheimer's disease and Parkinson's
disease), rheumatoid arthritis, and ageing. Topics of current debate are also reviewed such as the question whether
excessive formation of free radicals is a primary cause or a downstream consequence of tissue injury. © 2006 Elsevier
Ltd. All rights reserved.
000065730 546__ $$aeng
000065730 594__ $$are
000065730 598__ $$aCopyright 2006 Elsevier B.V., All rights reserved.
000065730 6531_ $$9Author$$aAntioxidants
000065730 6531_ $$9Author$$aHuman disease
000065730 6531_ $$9Author$$aNitric oxide
000065730 6531_ $$9Author$$aOxidative stress
000065730 6531_ $$9Author$$aReactive oxygen species
000065730 6531_ $$9Author$$aRedox regulation
000065730 700__ $$07004048457$$aValko M.$$lsvk$$uFaculty of Chemical and Food
Technology Slovak Technical University, SK-812 37 Bratislava, svk
000065730 700__ $$06603286060$$aMoncol J.$$lsvk$$uFaculty of Chemical and Food
Technology Slovak Technical University, SK-812 37 Bratislava, svk
000065730 700__ $$07102655401$$aMazur M.$$lsvk$$uFaculty of Chemical and Food
Technology Slovak Technical University, SK-812 37 Bratislava, svk
000065730 700__ $$07006617296$$aLeibfritz D.$$ldeu$$uInstitut für Organische
Chemie Universität Bremen, D-28334 Bremen, deu
000065730 700__ $$07203084991$$aCronin M.$$lgbr$$uSchool of Pharmacy and
Chemistry Liverpool John Moores University, Liverpool, L3 3AF, gbr
000065730 700__ $$07004435585$$aTelser J.$$lusa$$uDepartment of Biological,
Chemical and Physical Sciences Roosevelt University, Chicago, IL 60605, usa
000065730 901__ $$uForschungszentrum Jülich, Zentralbibliothek
000065730 970__ $$aSCP:33749986298
000065730 970__ $$aPII:S1357272506002196
000065730 970__ $$aCABS:2006295618
000065730 970__ $$aEMBASE:2006504577
000065730 970__ $$aPUI:44566469
000065730 970__ $$aSCP:33749986298
000065730 970__ $$aSGR:33749986298
000065730 980__ $$aSCOPUS
000065730 999__ $$a263
000065730 999C5 $$mAbe J.;Berk B.C.;$$p21003-21010$$rSGR:0033597766$$tJ. Biol.
Chem.$$v274$$y1999
000065730 999C5 $$mAcker H.;Xue D.H.;$$p211-216$$rSGR:21844515682$$tNews
Physiol. Sci.$$v10$$y1995
000065730 999C5 $$mAdams J.M.;$$p2481-2495$$rSGR:0142027948$$tGenes
Dev.$$v17$$y2003
000065730 999C5 $$mAikens J.;Dix T.A.;$$p15091-15098$$rSGR:0025776071$$tJ.
Biol. Chem.$$v266$$y1991
000065730 999C5 $$mAlbelda S.M.;Smith C.W.;Ward
P.A.;$$p504-512$$rSGR:0028231065$$tFASEB J.$$v8$$y1994
000065730 999C5 $$mAlbina J.E.;Reichner J.S.;$$p39-53$$rSGR:0031954689$$tCancer
Metast. Rev.$$v17$$y1998
000065730 999C5 $$mAmiri K.I.;Richmond A.;$$p301-313$$rSGR:21544454681$$tCancer
Metast. Rev.$$v24$$y2005
000065730 999C5 $$mAndersen J.K.;$$rSGR:3142514196$$tNat. Rev.
Neurosci.$$v5$$y2004
000065730 999C5 $$mArcher S.;$$p349-360$$rSGR:0027447237$$tFASEB J.$$v7$$y1993
000065730 999C5 $$mArrigo A.P.;$$p936-944$$rSGR:0033231351$$tFree Radic. Biol.
Med.$$v27$$y1999
000065730 999C5 $$mAslund F.;Zheng M.;Beckwith J.;Storz
G.;$$p6161-6165$$rSGR:0032994431$$tProc. Natl. Acad. Sci. U.S.A.$$v96$$y1999
000065730 999C5 $$mBabior B.M.;$$p1464-1476$$rSGR:0033105874$$tBlood$$v93$$y1999
000065730 999C5 $$mBaker A.;Payne C.M.;Briehl M.M.;Powis
G.;$$p5162-5167$$rSGR:0030695172$$tCancer Res.$$v57$$y1997
000065730 999C5 $$mBarnett Y.A.;King C.M.;$$p115-128$$rSGR:0029102337$$tMut.
Res.$$v338$$y1995
000065730 999C5 $$mBaud V.;Karin M.;$$p372-377$$rSGR:0035444539$$tTrends Cell.
Biol.$$v11$$y2001
000065730 999C5 $$mBauerova K.;Bezek S.;$$p15-20$$rSGR:0033201673$$tGen.
Physiol. Biophys.$$v18$$y1999
000065730 999C5 $$mBecker L.B.;$$p461-470$$rSGR:1142297598$$tCardiovasc.
Res.$$v61$$y2004
000065730 999C5 $$mBehrend L.;Henderson G.;Zwacka
R.M.;$$p1441-1444$$rSGR:0348049803$$tBiochem. Soc. Trans.$$v31$$y2003
000065730 999C5 $$mBergendi L.;Benes L.;Durackova Z.;Ferencik
M.;$$p1865-1874$$rSGR:0033213331$$tLife Sci.$$v65$$y1999
000065730 999C5 $$mBerry C.E.;Hare J.M.;$$p589-606$$rSGR:1642484244$$tJ.
Physiol.$$v555$$y2004
000065730 999C5 $$mBorges F.;Fernandes E.;Roleira
F.;$$p195-217$$rSGR:0036227759$$tCurr. Med. Chem.$$v9$$y2002
000065730 999C5 $$mBrash A.R.;$$p23679-23682$$rSGR:0033588022$$tJ. Biol.
Chem.$$v274$$y1999
000065730 999C5 $$mBredt D.S.;Hwang P.M.;Glatt C.E.;Lowenstein C.;Reed
R.R.;Synder S.H.;$$p714-718$$rSGR:0025802065$$tNature$$v351$$y1991
000065730 999C5 $$mBrown G.C.;Borutaite V.;$$p189-195$$rSGR:0036137771$$tIUBMB
Life$$v52$$y2001
000065730 999C5 $$mBrownlee M.;Cerami A.;$$p385-432$$rSGR:0019363254$$tAnn.
Rev. Biochem.$$v50$$y1981
000065730 999C5 $$mBrune B.;Gotz C.;Messmer U.K.;Sandau K.;Hirvonen
M.R.;Lapetina E.G.;$$p7253-7258$$rSGR:0030941658$$tJ. Biol. Chem.$$v272$$y1997
000065730 999C5 $$mBuchanan T.A.;Xiang A.H.;Peters R.K.;Kjos S.L.;Marroquin
A.;Goico J.;$$p2796-2803$$rSGR:0036724346$$tDiabetes$$v51$$y2002
000065730 999C5 $$mBurton G.W.;Ingold
K.U.;$$p569-573$$rSGR:0021362463$$tScience$$v224$$y1984
000065730 999C5 $$mBush A.I.;$$p207-214$$rSGR:0037386086$$tTrends
Neurosci.$$v26$$y2003
000065730 999C5 $$mButler J.;$$p437-453$$rSGR:32444440351$$tToxicology of the
human environment$$y2000
000065730 999C5 $$mButler R.;Morris A.D.;Belch J.J.F.;Hill A.;Struthers
A.D.;$$p746-751$$rSGR:0034065857$$tHypertension$$v35$$y2000
000065730 999C5 $$mButterfield D.A.;Castegna A.;Lauderback C.M.;Drake
J.;$$p655-664$$rSGR:0036753272$$tNeurobiol. Aging$$v23$$y2002
000065730 999C5 $$mCadenas
E.;$$p391-397$$rSGR:0030707868$$tBiofactors$$v6$$y1997
000065730 999C5 $$mCadenas E.;Davies K.J.A.;$$p222-230$$rSGR:0033796250$$tFree
Radic. Biol. Med.$$v29$$y2000
000065730 999C5 $$mCadenas E.;Sies H.;$$p601-609$$rSGR:0031684994$$tFree.
Radic. Res.$$v28$$y1998
000065730 999C5 $$mCai J.Y.;Jones D.P.;$$p11401-11404$$rSGR:0032496143$$tJ.
Biol. Chem.$$v273$$y1998
000065730 999C5 $$mCameron E.;Pauling L.;$$p3685-3689$$rSGR:0006171777$$tProc.
Natl. Acad. Sci. U.S.A.$$v73$$y1976
000065730 999C5 $$mCarmeliet P.;Jain
R.K.;$$p249-257$$rSGR:0034648765$$tNature$$v407$$y2000
000065730 999C5 $$mCarr A.;Frei B.;$$p1007-1024$$rSGR:0033040739$$tFASEB
J.$$v13$$y1999
000065730 999C5 $$mCarr A.;McCall M.R.;Frei
B.;$$p1716-1723$$rSGR:0033927959$$tArterioscl. Thromb. Vasc. Biol.$$v20$$y2000
000065730 999C5 $$mCatani M.V.;Rossi A.;Costanzo A.;Sabatini S.;Levrero
M.;Melino G.;$$p77-85$$rSGR:0035874482$$tBiochem. J.$$v356$$y2001
000065730 999C5 $$mCeriello A.;Motz E.;$$p816-823$$rSGR:2442421194$$tArteriosc.
Thromb. Vasc. Biol.$$v24$$y2004
000065730 999C5 $$mChapple I.L.C.;$$p287-296$$rSGR:0031134142$$tJ. Clin.
Periodontol.$$v24$$y1997
000065730 999C5 $$mChen Z.Y.;Siu B.;Ho Y.S.;Vincent R.;Chua C.C.;Hamdy
R.C.;$$p2281-2289$$rSGR:0032211827$$tJ. Mol. Cell. Cardiol.$$v30$$y1998
000065730 999C5 $$mChiueh C.C.;$$p301-311$$rSGR:0033398932$$tAnn. N.Y. Acad.
Sci.$$v890$$y1999
000065730 999C5 $$mClancy R.M.;Leszczynskapiziak J.;Abramson
S.B.;$$p1116-1121$$rSGR:0026630603$$tJ. Clin. Invest.$$v90$$y1992
000065730 999C5 $$mCommoner B.;Townsend J.;Pake
G.E.;$$p689-691$$rSGR:0001521079$$tNature$$v174$$y1954
000065730 999C5 $$mCote C.G.;Yu F.S.;Zulueta J.J.;Vosatka R.J.;Hassoun
P.M.;$$rSGR:0029910407$$tAm. J. Physiol. Lung Cell. Mol. Physiol.$$v15$$y1996
000065730 999C5 $$mCuajungco M.P.;Faget K.Y.;$$p44-56$$rSGR:0037219351$$tBrain
Res. Rev.$$v41$$y2003
000065730 999C5 $$mCuajungco M.P.;Goldstein L.E.;Nunomura A.;Smith M.A.;Lim
J.T.;Atwood C.S.;$$p19439-19442$$rSGR:0034733705$$tJ. Biol. Chem.$$v275$$y2000
000065730 999C5 $$mCuajungco M.P.;Lees G.J.;$$p97-107$$rSGR:0032514159$$tBrain
Res.$$v799$$y1998
000065730 999C5 $$mCunnane G.;FitzGerald O.;Beeton C.;Cawston T.E.;Bresnihan
B.;$$p2263-2274$$rSGR:0034755268$$tArth. Rheumat.$$v44$$y2001
000065730 999C5 $$mDalle-Donne I.;Giustarini D.;Colombo R.;Rossi R.;Milzani
A.;$$p169-176$$rSGR:0038475847$$tTrends Mol. Med.$$v9$$y2003
000065730 999C5 $$mDalle-Donne I.;Rossi R.;Colombo R.;Giustarini D.;Milzani
A.;$$p601-623$$rSGR:33645459044$$tClin. Chem.$$v52$$y2006
000065730 999C5 $$mDalle-Donne I.;Scaloni A.;Giustarini D.;Cavarra E.;Tell
G.;Lungarella G.;$$p55-99$$rSGR:12444296480$$tMass Spectrom. Rev.$$v24$$y2005
000065730 999C5 $$mDamy T.;Ratajczak P.;Shah A.M.;Camors E.;Marty I.;Hasenfuss
G.;$$p1365-1367$$rSGR:1942436943$$tLancet$$v363$$y2004
000065730 999C5 $$mDanial N.N.;Korsmeyer
S.J.;$$p205-219$$rSGR:0842281645$$tCell$$v116$$y2004
000065730 999C5 $$mDas D.K.;Maulik N.;Sato M.;Ray
P.S.;$$p59-67$$rSGR:0032775916$$tMol. Cell. Biochem.$$v196$$y1999
000065730 999C5 $$mDe Grey A.D.N.J.;$$p251-257$$rSGR:0035984192$$tDNA Cell
Biol.$$v21$$y2002
000065730 999C5 $$mDeCoursey T.E.;Ligeti
E.;$$p2173-2193$$rSGR:27144535425$$tCell. Mol. Life Sci.$$v62$$y2005
000065730 999C5 $$mDempsey E.C.;Newton A.C.;Mochly-Rosen D.;Fields A.P.;Reyland
M.E.;Insel P.A.;$$rSGR:0033830338$$tAm. J. Physiol.-Lung Cell. Mol.
Physiol.$$v279$$y2000
000065730 999C5 $$mDhalla N.S.;Temsah R.M.;Netticadan
T.;$$p655-673$$rSGR:0034083227$$tJ. Hypertens.$$v18$$y2000
000065730 999C5 $$mDikalov S.I.;Vitek M.P.;Mason
R.P.;$$p340-347$$rSGR:1642440240$$tFree Radic. Biol. Med.$$v36$$y2004
000065730 999C5 $$mDodge-Kafka K.L.;Soughayer J.;Pare G.C.;Michel
J.J.C.;Langeberg L.K.;Kapiloff
M.S.;$$p574-578$$rSGR:25644452031$$tNature$$v437$$y2005
000065730 999C5 $$mDreher D.;Junod A.F.;$$p30-38$$rSGR:0029918901$$tEur. J.
Cancer.$$v32 A$$y1996
000065730 999C5 $$mDrevs J.;Medinger M.;Schmidt-Gersbach C.;Weber R.;Unger
C.;$$p113-121$$rSGR:0037313867$$tCurr. Drug Targ.$$v4$$y2003
000065730 999C5 $$mDroge W.;$$p47-95$$rSGR:0036086130$$tPhysiol.
Rev.$$v82$$y2002
000065730 999C5 $$mEl-Agamey A.;Lowe G.M.;McGarvey D.J.;Mortensen A.;Phillip
D.M.;Truscott T.G.;$$p37-48$$rSGR:4344634650$$tArch. Biochem.
Biophys.$$v430$$y2004
000065730 999C5 $$mEvans J.L.;Goldfine I.D.;Maddux B.A.;Grodsky
G.M.;$$p1-8$$rSGR:0037219409$$tDiabetes$$v52$$y2003
000065730 999C5 $$mEvens A.M.;$$p576-580$$rSGR:8344244538$$tCurr. Opin.
Oncol.$$v16$$y2004
000065730 999C5 $$mFedtke N.;Boucheron J.A.;Walker V.E.;Swenberg
J.A.;$$p1287-1292$$rSGR:0025469065$$tCarcinogenesis$$v11$$y1990
000065730 999C5 $$mFink S.P.;Reddy G.R.;Marnett
L.J.;$$p8652-8657$$rSGR:0030744202$$tProc. Natl. Acad. Sci. U.S.A.$$v94$$y1997
000065730 999C5 $$mFirestein G.S.;Echeverri F.;Yeo M.;Zvaifler N.J.;Green
D.R.;$$p10895-10900$$rSGR:0030886724$$tProc. Natl. Acad. Sci. U.S.A.$$v94$$y1997
000065730 999C5 $$mFolkman J.;$$p27-31$$rSGR:0028929803$$tNat. Med.$$v1$$y1995
000065730 999C5 $$mFossel M.;$$rSGR:0012624523$$tCells, Aging and Human
Disease$$y2003
000065730 999C5 $$mFoster M.W.;Stamler
J.S.;$$p25891-25897$$rSGR:2942558370$$tJ. Biol. Chem.$$v279$$y2004
000065730 999C5 $$mFrenette P.S.;Wagner D.D.;$$p1526-1529$$rSGR:0030572184$$tN.
Engl. J. Med.$$v334$$y1996
000065730 999C5 $$mGalis Z.S.;Khatri J.J.;$$p251-262$$rSGR:0037155057$$tCirc.
Res.$$v90$$y2002
000065730 999C5 $$mGalter D.;Mihm S.;Droge
W.;$$p639-648$$rSGR:0028348239$$tEur. J. Biochem.$$v221$$y1994
000065730 999C5 $$mGerich J.E.;$$p1306-1316$$rSGR:0038687386$$tArch. Int.
Med.$$v163$$y2003
000065730 999C5 $$mGerschman R.;Gilbert D.L.;Nye S.W.;Dwyer P.;Fenn
W.O.;$$p623-626$$rSGR:33645999557$$tScience$$v119$$y1954
000065730 999C5 $$mGhafourifar P.;Cadenas
E.;$$p190-195$$rSGR:15944382742$$tTrends Pharmacol. Sci.$$v26$$y2005
000065730 999C5 $$mGopalakrishna R.;Jaken
S.;$$p1349-1361$$rSGR:0034190297$$tFree Radic. Biol. Med.$$v28$$y2000
000065730 999C5 $$mGranger D.N.;Stokes K.Y.;Shigematsu T.;Cerwinka W.H.;Tailor
A.;Krieglstein C.F.;$$p83-91$$rSGR:0034800399$$tActa Physiol.
Scand.$$v173$$y2001
000065730 999C5 $$mGrankvist K.;Marklund S.L.;Taljedal
I.B.;$$p393-398$$rSGR:0019852821$$tBiochem. J.$$v199$$y1981
000065730 999C5 $$mGriendling K.K.;Sorescu D.;Lasse'gue B.;Ushio-Fukai
M.;$$p2175-2183$$rSGR:0033781454$$tArterioscler. Thromb. Vasc. Biol.$$v20$$y2000
000065730 999C5 $$mHale A.J.;Smith C.A.;Sutherland L.C.;Stoneman
V.E.A.;Longthorne V.L.;Culhane A.C.;$$p1-26$$rSGR:0029959882$$tEur. J.
Biochem.$$v236$$y1996
000065730 999C5 $$mHalliwell B.;Gutteridge J.M.C.;$$rSGR:0003536299$$tFree
radicals in biology and medicine. 3rd ed.$$y1999
000065730 999C5 $$mHamuro J.;Murata Y.;Suzuki M.;Takatsuki F.;Suga
T.;$$p153-164$$rSGR:0033302913$$tGann. Monograph Cancer Res.$$v48$$y1999
000065730 999C5 $$mHan D.;Canali R.;Garcia J.;Aguilera R.;Gallaher T.K.;Cadenas
E.;$$p11986-11996$$rSGR:24644469955$$tBiochemistry$$v44$$y2005
000065730 999C5 $$mHardy J.A.;Higgins
G.A.;$$p184-185$$rSGR:0026597063$$tScience$$v256$$y1992
000065730 999C5 $$mHare J.M.;Stamler J.S.;$$p509-517$$rSGR:14644423890$$tJ.
Clin. Invest.$$v115$$y2005
000065730 999C5 $$mHarman D.;$$p298-300$$rSGR:0000232560$$tJ.
Gerontol.$$v11$$y1956
000065730 999C5 $$mHayashi H.;Iimuro M.;Matsumoto Y.;Kaneko
M.;$$p133-136$$rSGR:0032524851$$tEur. J. Pharmacol.$$v349$$y1998
000065730 999C5 $$mHayat S.A.;Patel B.;Khattar R.S.;Malik
R.A.;$$p539-557$$rSGR:10344255610$$tClin. Sci.$$v107$$y2004
000065730 999C5 $$mHayflick L.;$$p639-653$$rSGR:0032434055$$tExp.
Gerontol.$$v33$$y1998
000065730 999C5 $$mHehner S.P.;Breitkreutz R.;Shubinsky G.;Unsoeld
H.;Schulze-Osthoff K.;Schmitz M.L.;$$p4319-4328$$rSGR:0034668057$$tJ.
Immunol.$$v165$$y2000
000065730 999C5 $$mHengartner
M.O.;$$p770-776$$rSGR:0034641918$$tNature$$v407$$y2000
000065730 999C5 $$mHilenski L.L.;Clempus R.E.;Quinn M.T.;Lambeth
J.D.;Griendling K.K.;$$p677-683$$rSGR:1842423370$$tArterioscler. Thromb. Vasc.
Biol.$$v24$$y2004
000065730 999C5 $$mHink U.;Li H.G.;Mollnau H.;Oelze M.;Matheis E.;Hartmann
M.;$$rSGR:0035793616$$tCirc. Res.$$v88$$y2001
000065730 999C5 $$mHirota K.;Murata M.;Sachi Y.;Nakamura H.;Takeuchi J.;Mori
K.;$$p27891-27897$$rSGR:0033600744$$tJ. Biol. Chem.$$v274$$y1999
000065730 999C5 $$mHofseth L.J.;Hussain S.P.;Harris
C.C.;$$p177-181$$rSGR:1942517876$$tTrends Pharmacol. Sci.$$v25$$y2004
000065730 999C5 $$mHollstein M.;Sidransky D.;Vogelstein B.;Harris
C.C.;$$p49-53$$rSGR:0025894713$$tScience$$v253$$y1991
000065730 999C5 $$mHuang X.D.;Cuajungco M.P.;Atwood C.S.;Hartshorn M.A.;Tyndall
J.D.A.;Hanson G.R.;$$p37111-37116$$rSGR:0033601338$$tJ. Biol. Chem.$$v274$$y1999
000065730 999C5 $$mIgnarro L.J.;Kadowitz
P.J.;$$p171-191$$rSGR:0021894599$$tAnn. Pharmacol. Toxicol.$$v25$$y1985
000065730 999C5 $$mIgnarro L.J.;Sisodia M.;Trinh K.;Bedrood S.;Wu G.Y.;Wei
L.H.;$$p83-90$$rSGR:0036749818$$tNitric Oxide-Biol. Chem.$$v7$$y2002
000065730 999C5 $$mIles K.E.;Forman H.J.;$$p95-105$$rSGR:0036395928$$tImmunol.
Res.$$v26$$y2002
000065730 999C5 $$mJenner P.;$$rSGR:0037378026$$tAnn. Neurol.$$v53$$y2003
000065730 999C5 $$mJin L.;Yang H.;$$p321-328$$rSGR:33745992301$$tProg. Biochem.
Biophys.$$v33$$y2006
000065730 999C5 $$mJones D.P.;Carlson J.L.;Mody V.C.;Cai J.Y.;Lynn
M.J.;Sternberg P.;$$p625-635$$rSGR:0034652725$$tFree Radic. Biol.
Med.$$v28$$y2000
000065730 999C5 $$mJones S.P.;Hoffmeyer M.R.;Sharp B.R.;Ho Y.S.;Lefer
D.J.;$$rSGR:0037235033$$tAm. J. Physiol. Heart Circ. Physiol.$$v284$$y2003
000065730 999C5 $$mJones S.A.;O'donnell V.B.;Wood J.D.;Broughton J.P.;Hughes
E.J.;Jones O.T.;$$rSGR:0029861610$$tAm. J. Physiol. Heart Circ.
Physiol.$$v271$$y1996
000065730 999C5 $$mJuranek I.;Bezek S.;$$p263-278$$rSGR:28444477027$$tGen.
Physiol. Biophys.$$v24$$y2005
000065730 999C5 $$mKakhlon O.;Cabantchik
Z.I.;$$p1037-1046$$rSGR:0037108199$$tFree Radic. Biol. Med.$$v33$$y2002
000065730 999C5 $$mKalikiri P.C.;Sachan
R.S.G.S.;$$n2$$rSGR:33749996371$$tInternet J. Anesthesiol.$$v8$$y2004
000065730 999C5 $$mKaneko M.;Elimban V.;Dhalla N.S.;$$rSGR:0024414262$$tAm. J.
Physiol.$$v257$$y1989
000065730 999C5 $$mKaneto H.;Kajimoto Y.;Fujitani Y.;Matsuoka T.;Sakamoto
K.;Matsuhisa M.;$$p1093-1097$$rSGR:0032840013$$tDiabetologia$$v42$$y1999
000065730 999C5 $$mKasparova S.;Brezova V.;Valko M.;Horecky J.;Mlynarik
V.;Liptaj T.;$$p601-611$$rSGR:18144391471$$tNeurochem. Int.$$v46$$y2005
000065730 999C5 $$mKaur D.;Yantiri F.;Rajagopalan S.;Kumar J.;Mo
J.O.;Boonplueang R.;$$p899-909$$rSGR:0242684415$$tNeuron$$v37$$y2003
000065730 999C5 $$mKeisari Y.;Braun L.;Flescher
E.;$$p78-89$$rSGR:0020575250$$tImmunobiology$$v165$$y1983
000065730 999C5 $$mKern J.C.;Kehrer
J.P.;$$p1727-1738$$rSGR:17344362169$$tFront. Biosci.$$v10$$y2005
000065730 999C5 $$mKeyse S.M.;Tyrrell R.M.;$$p99-103$$rSGR:0024497521$$tProc.
Natl. Acad. Sci. U.S.A.$$v86$$y1989
000065730 999C5 $$mKhan S.A.;Kwangho L.;Minhas K.M.;Gonzales D.R.;Raju
S.V.Y.;Tejani A.D.;$$p15944-15948$$rSGR:8644244680$$tProc. Natl. Acad. Sci.
U.S.A.$$v101$$y2004
000065730 999C5 $$mKlatt P.;Lamas S.;$$p4928-4944$$rSGR:0033869092$$tEur. J.
Biochem.$$v267$$y2000
000065730 999C5 $$mKluck R.M.;BossyWetzel E.;Green D.R.;Newmeyer
D.D.;$$p1132-1136$$rSGR:0031037897$$tScience$$v275$$y1997
000065730 999C5 $$mKojo S.;$$p1041-1064$$rSGR:1842587394$$tCurr. Med.
Chem.$$v11$$y2004
000065730 999C5 $$mKonig A.;Menzel T.;Lynen S.;Wrazel L.;Rosen A.;Al-Katib
A.;$$p258-265$$rSGR:0031045135$$tLeukemia$$v11$$y1997
000065730 999C5 $$mKoshland
D.E.;$$p1861-$$rSGR:0027062910$$tScience$$v258$$y1992
000065730 999C5 $$mKovacic P.;Jacintho J.D.;$$p773-796$$rSGR:0035025124$$tCurr.
Med. Chem.$$v8$$y2001
000065730 999C5 $$mKovacic P.;Pozos R.S.;Somanathan R.;Shangari N.;O'Brien
P.J.;$$p2601-2623$$rSGR:26844552854$$tCurr. Med. Chem.$$v12$$y2005
000065730 999C5 $$mKrauss S.;Zhang C.Y.;Scorrano L.;Dalgaard L.T.;St-Pierre
J.;Grey S.T.;$$p1831-1842$$rSGR:0346340042$$tJ. Clin. Invest.$$v112$$y2003
000065730 999C5 $$mKuge S.;Jones N.;$$p655-664$$rSGR:0028057226$$tEMBO
J.$$v13$$y1994
000065730 999C5 $$mKukreja R.C.;Hess
M.L.;$$p641-655$$rSGR:0026729231$$tCardiovasc. Res.$$v26$$y1992
000065730 999C5 $$mKwong L.K.;Sohal R.S.;$$p118-126$$rSGR:0031853099$$tArch.
Biochem. Biophys.$$v350$$y1998
000065730 999C5 $$mKyriakis J.M.;Avruch
J.;$$p807-869$$rSGR:0035066383$$tPhysiol. Rev.$$v81$$y2001
000065730 999C5 $$mLamas S.;Marsden P.A.;Li G.K.;Tempst P.;Michel
T.;$$p6348-6352$$rSGR:0026623110$$tProc. Natl. Acad. Sci. U.S.A.$$v89$$y1992
000065730 999C5 $$mLandis G.N.;Tower J.;$$p365-379$$rSGR:12344276944$$tMech.
Ageing Dev.$$v126$$y2005
000065730 999C5 $$mLaude K.;Favre J.;Thuillez C.;Richard
V.;$$rSGR:0038782016$$tAm. J. Physiol. Heart Circ. Physiol.$$v284$$y2003
000065730 999C5 $$mLaursen J.B.;Rajagopalan S.;Galis Z.;Tarpey M.;Freeman
B.A.;Harrison D.G.;$$p588-593$$rSGR:0031041547$$tCirculation$$v95$$y1997
000065730 999C5 $$mLawlor M.A.;Alessi D.R.;$$p2903-2910$$rSGR:0034845958$$tJ.
Cell. Sci.$$v114$$y2001
000065730 999C5 $$mLazou A.;Bogoyevitch M.A.;Clerk A.;Fuller S.J.;Marshall
C.J.;Sugden P.H.;$$p932-941$$rSGR:0028138780$$tCirc. Res.$$v75$$y1994
000065730 999C5 $$mLeonard S.S.;Harris G.K.;Shi
X.;$$p1921-1942$$rSGR:8544224992$$tFree Radic. Biol. Med.$$v37$$y2004
000065730 999C5 $$mLi H.G.;Forstermann U.;$$p244-254$$rSGR:0342723791$$tJ.
Pathol.$$v190$$y2000
000065730 999C5 $$mLi J.M.;Shah A.M.;$$rSGR:0041865372$$tJ. Am. Soc.
Nephrol.$$v14$$y2003
000065730 999C5 $$mLing X.;Nagai R.;Sakashita N.;Takeya M.;Horiuchi
S.;Takahashi K.;$$p845-861$$rSGR:0034979664$$tLab. Investig.$$v81$$y2001
000065730 999C5 $$mLinsley P.S.;Ledbetter
J.A.;$$p191-212$$rSGR:0027403299$$tAnn. Rev. Immunol.$$v11$$y1993
000065730 999C5 $$mLiochev S.I.;Fridovich I.;$$p29-33$$rSGR:0028177211$$tFree
Radic. Biol. Med.$$v16$$y1994
000065730 999C5 $$mLiochev S.I.;Fridovich I.;$$p55-57$$rSGR:0036211994$$tRedox
Rep.$$v7$$y2002
000065730 999C5 $$mLoft S.;Poulsen H.E.;$$p297-312$$rSGR:0029886786$$tJ. Mol.
Med.$$v74$$y1996
000065730 999C5 $$mLombardi V.;Valko L.;Stolc S.;Valko M.;Ondrejickova
O.;Horakova L.;$$p399-412$$rSGR:0031864292$$tCell. Mol. Neurobiol.$$v18$$y1998
000065730 999C5 $$mLopez-Ilasaca M.;Crespo P.;Pellici P.G.;Gutkind J.S.;Wetzker
R.;$$p394-397$$rSGR:0031037296$$tScience$$v275$$y1997
000065730 999C5 $$mLos M.;Droge W.;Stricker K.;Baeuerle P.A.;Schulze-Osthoff
K.;$$p159-165$$rSGR:0028950090$$tEur. J. Immunol.$$v25$$y1995
000065730 999C5 $$mLowenstein C.J.;Dinerman J.L.;Snyder
S.H.;$$p227-237$$rSGR:0028178506$$tAnn. Intern. Med.$$v120$$y1994
000065730 999C5 $$mMakropoulos V.;Bruning T.;SchulzeOsthoff
K.;$$p277-283$$rSGR:0030055822$$tArch. Toxicol.$$v70$$y1996
000065730 999C5 $$mMalaisse W.J.;Malaisse-Lagae F.;Sener A.;Pipeleers
D.G.;$$p927-930$$rSGR:0038068896$$tProc. Natl. Acad. Sci. U.S.A.$$v79$$y1982
000065730 999C5 $$mMao H.;Schnetz-Boutaud N.C.;Weisenseel J.P.;Marnett
L.J.;Stone M.P.;$$p6615-6620$$rSGR:0033535938$$tProc. Natl. Acad. Sci.
U.S.A.$$v96$$y1999
000065730 999C5 $$mMarnett L.J.;$$p83-95$$rSGR:0033535371$$tMut. Res-Fund. Mol.
Mech Mutagen.$$v424$$y1999
000065730 999C5 $$mMarnett
L.J.;$$p361-370$$rSGR:0034011261$$tCarcinogenesis$$v21$$y2000
000065730 999C5 $$mMasella R.;Di Benedetto R.;Vari R.;Filesi C.;Giovannini
C.;$$p577-586$$rSGR:25144482448$$tJ. Nutr. Biochem.$$v16$$y2005
000065730 999C5 $$mMates J.M.;Perez-Gomez C.;De Castro
I.N.;$$p595-603$$rSGR:0037983267$$tClin. Biochem.$$v32$$y1999
000065730 999C5 $$mMatsumoto A.;Comatas K.E.;Liu L.;Stamler
J.S.;$$p657-661$$rSGR:0041766297$$tScience$$v301$$y2003
000065730 999C5 $$mMaurice M.M.;Nakamura H.;van der Voort E.A.M.;van Vliet
A.I.;Staal F.J.T.;Tak P.P.;$$p1458-1465$$rSGR:0031065210$$tJ.
Immunol.$$v158$$y1997
000065730 999C5 $$mMcCord J.M.;Fridovich I.;$$p6049-6055$$rSGR:0014691242$$tJ.
Biol. Chem.$$v244$$y1969
000065730 999C5 $$mMcCully J.D.;Levitsky S.;$$p237-245$$rSGR:0344925136$$tArch.
Biochem. Biophys.$$v420$$y2003
000065730 999C5 $$mMcEligot A.J.;Yang S.;Meyskens
F.L.;$$p261-295$$rSGR:23944446547$$tAnn. Rev. Nutr.$$v25$$y2005
000065730 999C5 $$mMeulener M.;Whitworth A.J.;Armstrong-Gold C.E.;Rizzu
P.;Heutink P.;Wes P.D.;$$p1572-1577$$rSGR:24044472010$$tCurr. Biol.$$v15$$y2005
000065730 999C5 $$mMiller D.M.;Buettner G.R.;Aust
S.D.;$$p95-108$$rSGR:0025095542$$tFree Radic. Biol. Med.$$v8$$y1990
000065730 999C5 $$mMiller E.R.;Pastor-Barriuso R.;Dalal D.;Riemersma R.A.;Appel
L.J.;Guallar E.;$$p37-46$$rSGR:19944427642$$tAnn. Intern. Med.$$v142$$y2005
000065730 999C5 $$mMittal C.K.;Murad F.;$$p4360-4364$$rSGR:0345053719$$tProc.
Natl. Acad. Sci. U.S.A.$$v74$$y1977
000065730 999C5 $$mMolavi B.;Mehta J.L.;$$p488-493$$rSGR:4544385468$$tCurr.
Opin. Cardiol.$$v19$$y2004
000065730 999C5 $$mMolkentin J.D.;Dorn G.W.;$$p391-426$$rSGR:0035051054$$tAnn.
Rev. Physiol.$$v63$$y2001
000065730 999C5 $$mMortensen A.;Skibsted L.H.;Truscott
T.G.;$$p13-19$$rSGR:0034780674$$tArch. Biochem. Biophys.$$v385$$y2001
000065730 999C5 $$mMulder K.M.;$$p23-35$$rSGR:0034023127$$tCytokine Growth
Fact. Rev.$$v11$$y2000
000065730 999C5 $$mMuller F.L.;Liu Y.;Van Remmen
H.;$$p49064-49073$$rSGR:10344221083$$tJ. Biol. Chem.$$v279$$y2004
000065730 999C5 $$mNagase H.;Brew K.;$$p201-212$$rSGR:1542600113$$tBiochem.
Soc. Symp.$$v70$$y2003
000065730 999C5 $$mNakamura H.;Nakamura K.;Yodoi
J.;$$p351-369$$rSGR:0030936987$$tAnn. Rev. Immunol.$$v15$$y1997
000065730 999C5 $$mNeufeld G.;Cohen T.;Gengrinovitch S.;Poltorak
Z.;$$p9-22$$rSGR:0032907687$$tFASEB J.$$v13$$y1999
000065730 999C5 $$mNewmeyer D.D.;Ferguson-Miller
S.;$$p481-490$$rSGR:0037459081$$tCell$$v112$$y2003
000065730 999C5 $$mNiedowicz D.M.;Daleke
D.L.;$$p289-330$$rSGR:23244451614$$tCell. Biochem. Biophys.$$v43$$y2005
000065730 999C5 $$mNishikawa T.;Edelstein D.;Du X.L.;Yamagishi S.;Matsumura
T.;Kaneda Y.;$$p787-790$$rSGR:0034643340$$tNature$$v404$$y2000
000065730 999C5 $$mNogueira C.W.;Zeni G.;Rocha
J.B.T.;$$p6255-6285$$rSGR:11144286809$$tChem. Rev.$$v104$$y2004
000065730 999C5 $$mOrrenius S.;Zhivotovsky B.;Nicotera
P.;$$p552-565$$rSGR:0038464650$$tNat. Rev. Mol. Cell. Biol.$$v4$$y2003
000065730 999C5 $$mPacker L.;Suzuki Y.J.;$$p229-239$$rSGR:0027495451$$tMol.
Aspects Med.$$v14$$y1993
000065730 999C5 $$mPande V.;Ramos M.J.;$$p4057-4063$$rSGR:23644436829$$tBioorg.
Med. Chem. Lett.$$v15$$y2005
000065730 999C5 $$mParekh A.B.;Penner R.;$$p901-930$$rSGR:0030810066$$tPhysiol.
Rev.$$v77$$y1997
000065730 999C5 $$mPastor N.;Weinstein H.;Jamison E.;Brenowitz
M.;$$p55-68$$rSGR:0034680558$$tJ. Mol. Biol.$$v304$$y2000
000065730 999C5 $$mPastore A.;Federici G.;Bertini E.;Piemonte
F.;$$p19-39$$rSGR:0037505644$$tClin. Chim. Acta.$$v333$$y2003
000065730 999C5 $$mPeng J.;Andersen J.K.;$$p267-271$$rSGR:0038152778$$tIUBMB
Life$$v55$$y2003
000065730 999C5 $$mPerez N.G.;Gao W.D.;Marban
E.;$$p423-430$$rSGR:0032563386$$tCircul. Res.$$v83$$y1998
000065730 999C5 $$mPetrosillo G.;Ruggiero F.M.;Paradies
G.;$$p2202-2208$$rSGR:0345529917$$tFASEB J.$$v17$$y2003
000065730 999C5 $$mPhilchenkov A.;Zavelevich M.;Kroczak T.J.;Los
M.;$$p82-97$$rSGR:3242806104$$tExp. Oncol.$$v26$$y2004
000065730 999C5 $$mPodrez E.A.;Abu-Soud H.M.;Hazen
S.L.;$$p1717-1725$$rSGR:0034659164$$tFree Radic. Biol. Med.$$v28$$y2000
000065730 999C5 $$mPogocki D.;$$p131-145$$rSGR:0037980148$$tActa Neurobiol.
Exp.$$v63$$y2003
000065730 999C5 $$mPoli G.;Leonarduzzi G.;Biasi F.;Chiarpotto
E.;$$p1163-1182$$rSGR:2342629352$$tCurr. Med. Chem.$$v11$$y2004
000065730 999C5 $$mPourahmad J.;O'Brien
P.J.;$$p203-207$$rSGR:0035700127$$tBiol. React. Intermed. VI: Adv. Exp. Med.
Biol.$$v500$$y2001
000065730 999C5 $$mPryor W.A.;$$p141-164$$rSGR:0033983165$$tFree Radic. Biol.
Med.$$v28$$y2000
000065730 999C5 $$mRae T.D.;Schmidt P.J.;Pufahl R.A.;O'Halloran
T.V.;$$p805-808$$rSGR:0033617578$$tScience$$v284$$y1999
000065730 999C5 $$mRao A.;Luo C.;Hogan P.G.;$$p707-747$$rSGR:0030973579$$tAnn.
Rev. Immunol.$$v15$$y1997
000065730 999C5 $$mRidnour L.A.;Isenberg J.S.;Espey M.G.;Thomas D.D.;Roberts
D.D.;Wink D.A.;$$p13147-13152$$rSGR:24944556468$$tProc. Natl. Acad. Sci.
U.S.A.$$v102$$y2005
000065730 999C5 $$mRidnour L.A.;Thomas D.D.;Mancardi D.;Espey M.G.;Miranda
K.M.;Paolocci N.;$$p1-10$$rSGR:1242321336$$tBiol. Chem.$$v385$$y2004
000065730 999C5 $$mRobertson R.P.;Harmon J.;Tran P.O.;Tanaka Y.;Takahashi
H.;$$p581-587$$rSGR:0037341238$$tDiabetes$$v52$$y2003
000065730 999C5 $$mRobertson R.P.;Zhang H.J.;Pyzdrowski K.L.;Walseth
T.F.;$$p320-325$$rSGR:0026757632$$tJ. Clin. Invest.$$v90$$y1992
000065730 999C5 $$mRobinson N.C.;$$p153-163$$rSGR:0027252494$$tJ. Bioen.
Biomembr.$$v25$$y1993
000065730 999C5 $$mRomero J.C.;Reckelhoff
J.F.;$$p943-949$$rSGR:0033209906$$tHypertension$$v34$$y1999
000065730 999C5 $$mRosca M.G.;Mustata T.G.;Kinter M.T.;Ozdemir A.M.;Kern
T.S.;Szweda L.I.;$$rSGR:22344442393$$tAm. J. Physiol.-Renal
Physiol.$$v289$$y2005
000065730 999C5 $$mRoy P.;Saha A.;$$p38-45$$rSGR:0011810916$$tCurr.
Sci.$$v82$$y2002
000065730 999C5 $$mSablina A.A.;Budanov A.V.;Ilyinskaya G.V.;Agapova
L.S.;Kravchenko J.E.;Chumakov P.M.;$$p1306-1313$$rSGR:28644447272$$tNat.
Med.$$v11$$y2005
000065730 999C5 $$mSalmeen A.;Barford D.;$$p560-577$$rSGR:17644371347$$tAntiox.
Redox. Signal.$$v7$$y2005
000065730 999C5 $$mSantos F.W.;Zeni G.;Rocha J.B.T.;Weis S.N.;Fachinetto
J.M.;Favero A.M.;$$p159-165$$rSGR:14044274777$$tChem. Biol.
Interact.$$v151$$y2005
000065730 999C5 $$mSaretzki G.;Petersen S.;Petersen I.;Kolble K.;von Zglinicki
T.;$$p81-91$$rSGR:0037039716$$tCancer Lett.$$v176$$y2002
000065730 999C5 $$mSayre L.M.;Smith M.A.;Perry
G.;$$p721-738$$rSGR:0035003439$$tCurr. Med. Chem.$$v8$$y2001
000065730 999C5 $$mSchafer F.Q.;Buettner
G.R.;$$p1191-1212$$rSGR:0035371184$$tFree Radic. Biol. Med.$$v30$$y2001
000065730 999C5 $$mSchaller M.D.;Borgman C.A.;Cobb B.S.;Vines R.R.;Reynolds
A.B.;Parsons J.T.;$$p5192-5196$$rSGR:0026612521$$tProc. Natl. Acad. Sci
U.S.A.$$v89$$y1992
000065730 999C5 $$mSchrauzer G.N.;$$p281-292$$rSGR:33646874548$$tBiol. Trace
Element Res.$$v109$$y2006
000065730 999C5 $$mSchreck R.;Rieber P.;Baeuerle
P.A.;$$p2247-2258$$rSGR:0025739254$$tEMBO J.$$v10$$y1991
000065730 999C5 $$mSemenza G.L.;$$p1474-1480$$rSGR:0034006016$$tJ. Appl.
Physiol.$$v88$$y2000
000065730 999C5 $$mSharma V.;McNeill J.H.;$$p305-308$$rSGR:33646266262$$tCan.
J. Cardiol.$$v22$$y2006
000065730 999C5 $$mSharoni Y.;Danilenko M.;Dubi N.;Ben-Dor A.;Levy
J.;$$p89-96$$rSGR:4344670930$$tArch. Biochem. Biophys.$$v430$$y2004
000065730 999C5 $$mShaw M.;Cohen P.;Alessi
D.R.;$$p241-246$$rSGR:0032533546$$tBiochem. J.$$v336$$y1998
000065730 999C5 $$mShen D.;Dalton T.P.;Nebert D.W.;Shertzer
H.G.;$$p25305-25312$$rSGR:21844446870$$tJ. Biol. Chem.$$v280$$y2005
000065730 999C5 $$mSies H.;$$p213-219$$rSGR:0027209389$$tEur. J.
Biochem.$$v215$$y1993
000065730 999C5 $$mSiems W.G.;Grune T.;Esterbauer
H.;$$p785-789$$rSGR:0029153274$$tLife Sci.$$v57$$y1995
000065730 999C5 $$mSkiles J.W.;Gonnella N.C.;Jeng
A.Y.;$$p2911-2977$$rSGR:5744249740$$tCurr. Med. Chem.$$v11$$y2004
000065730 999C5 $$mSkyschally A.;Schulz R.;Gres P.;Korth H.G.;Heusch
G.;$$rSGR:0037306367$$tAm. J. Physiol. Heart. Circ. Physiol.$$v284$$y2003
000065730 999C5 $$mSmith A.R.;Shenvi S.V.;Widlansky M.;Suh J.H.;Hagen
T.M.;$$p1135-1146$$rSGR:2342544918$$tCurr. Med. Chem.$$v11$$y2004
000065730 999C5 $$mSowers J.R.;$$p1999-2001$$rSGR:0037142095$$tNew Engl. J.
Med.$$v346$$y2002
000065730 999C5 $$mStadtman E.R.;$$p1105-1112$$rSGR:2342518271$$tCurr. Med.
Chem.$$v11$$y2004
000065730 999C5 $$mStayner L.T.;Dankovic D.A.;Lemen
R.A.;$$p179-186$$rSGR:0030021981$$tAm. J. Public Health$$v86$$y1996
000065730 999C5 $$mStorz P.;$$p1881-1896$$rSGR:17244367828$$tFront
Biosci.$$v10$$y2005
000065730 999C5 $$mStoyanovsky D.;Murphy T.;Anno P.R.;Kim Y.M.;Salama
G.;$$p19-29$$rSGR:0031043074$$tCell Calcium$$v21$$y1997
000065730 999C5 $$mSun T.;Oberley L.W.;$$p335-348$$rSGR:0029760957$$tFree
Radic. Biol. Med.$$v21$$y1996
000065730 999C5 $$mSundaresan M.;Yu Z.X.;Ferrans V.J.;Sulciner D.J.;Gutkind
J.S.;Irani K.;$$p379-382$$rSGR:0029831907$$tBiochem. J.$$v318$$y1996
000065730 999C5 $$mTamagno E.;Bardini P.;Guglielmotto M.;Danni O.;Tabaton
M.;$$p202-212$$rSGR:33745228920$$tFree Radic. Biol. Med.$$v41$$y2006
000065730 999C5 $$mTauber A.I.;Borregaard N.;Simons E.;Wright
J.;$$p286-309$$rSGR:0020506576$$tMedicine$$v62$$y1983
000065730 999C5 $$mThannickal V.J.;Fanburg
B.L.;$$p30334-30338$$rSGR:0029417335$$tJ. Biol. Chem.$$v270$$y1995
000065730 999C5 $$mThannickal V.J.;Fanburg B.L.;$$rSGR:0034533082$$tAm. J.
Physiol. Lung Cell. Mol. Physiol.$$v279$$y2000
000065730 999C5 $$mTomko Jr. R.J.;Bansal P.;Lazo
J.S.;$$p23-25$$rSGR:33644652602$$tMol. Interv.$$v6$$y2006
000065730 999C5 $$mTraverso N.;Menini S.;Odetti P.;Pronzato M.A.;Cottalasso
D.;Marinari U.M.;$$p350-359$$rSGR:0037082353$$tFree Radic. Biol.
Med.$$v32$$y2002
000065730 999C5 $$mTretter L.;Sipos I.;Adam-Vizi
V.;$$p569-577$$rSGR:1542318096$$tNeurochem. Res.$$v29$$y2004
000065730 999C5 $$mValko M.;Izakovic M.;Mazur M.;Rhodes C.J.;Telser
J.;$$p37-56$$rSGR:9444258632$$tMol. Cell. Biochem.$$v266$$y2004
000065730 999C5 $$mValko M.;Morris H.;Cronin
M.T.D.;$$p1161-1208$$rSGR:18544371009$$tCurr. Med. Chem.$$v12$$y2005
000065730 999C5 $$mValko M.;Morris H.;Mazur M.;Rapta P.;Bilton
R.F.;$$p161-166$$rSGR:0035882503$$tBiochim. Biophys. Acta$$v1527$$y2001
000065730 999C5 $$mValko M.;Rhodes C.J.;Moncol J.;Izakovic M.;Mazur
M.;$$p1-40$$rSGR:32444433202$$tChem. Biol. Interact.$$v160$$y2006
000065730 999C5 $$mVanderJagt D.J.;Harrison J.M.;Ratliff D.M.;Hunsaker
L.A.;Vander Jagt D.L.;$$p265-270$$rSGR:0034964553$$tClin. Biochem.$$v34$$y2001
000065730 999C5 $$mVicent D.;Ilany J.;Kondo T.;Naruse K.;Fisher S.J.;Kisanuki
Y.Y.;$$p1373-1380$$rSGR:0038665339$$tJ. Clin. Invest.$$v111$$y2003
000065730 999C5 $$mVoehringer D.W.;Hirschberg D.L.;Xiao J.;Lu Q.;Roederer
M.;Lock C.B.;$$p2680-2685$$rSGR:0034646232$$tProc. Natl. Acad. Sci.
U.S.A.$$v97$$y2000
000065730 999C5 $$mVorbach C.;Harrison R.;Capecchi
M.R.;$$p512-517$$rSGR:0041378062$$tTrends Immunol.$$v24$$y2003
000065730 999C5 $$mWaalkes M.P.;Liu J.;Ward J.M.;Diwan
L.A.;$$p31-38$$rSGR:2442500704$$tToxicology$$v198$$y2004
000065730 999C5 $$mWakasaki H.;Koya D.;Schoen F.J.;Jirousek M.R.;Ways D.K.;Hoit
B.D.;$$p9320-9325$$rSGR:0030875166$$tProc. Natl. Acad. Sci. U.S.A.$$v94$$y1997
000065730 999C5 $$mWang M.Y.;Dhingra K.;Hittelman W.N.;Liehr J.G.;deAndrade
M.;Li D.H.;$$p705-710$$rSGR:0029835149$$tCancer Epidemiol. Biomark
Prev.$$v5$$y1996
000065730 999C5 $$mWang G.L.;Jiang B.H.;Rue E.A.;Semenza
G.L.;$$p5510-5514$$rSGR:0029051439$$tProc. Natl. Acad. Sci. U.S.A.$$v92$$y1995
000065730 999C5 $$mWestermarck J.;Kahari
V.M.;$$p781-792$$rSGR:0345643514$$tFASEB J.$$v13$$y1999
000065730 999C5 $$mWeyer C.;Funahashi T.;Tanaka S.;Hotta K.;Matsuzawa
Y.;Pratley R.E.;$$p1930-1935$$rSGR:0034999667$$tJ. Clin. Endocrinol.
Metab.$$v86$$y2001
000065730 999C5 $$mWhite M.F.;$$p3-11$$rSGR:0031918624$$tCell.
Biochem.$$v182$$y1998
000065730 999C5 $$mWhite E.;Shannon J.S.;Patterson
R.E.;$$p769-774$$rSGR:0030866816$$tCancer Epidemiol. Biomark.
Prevent.$$v6$$y1997
000065730 999C5 $$mWink D.A.;Cook J.A.;Kim S.Y.;Vodovotz Y.;Pacelli R.;Krishna
M.C.;$$p11147-11151$$rSGR:0030943728$$tJ. Biol. Chem.$$v272$$y1997
000065730 999C5 $$mWolin M.S.;Burke-Wolin T.M.;Mohazzab-H
K.M.;$$p229-238$$rSGR:0032966292$$tRespir. Physiol.$$v115$$y1999
000065730 999C5 $$mXie Q.W.;Cho H.J.;Calaycay J.;Mumford R.A.;Swiderek K.M.;Lee
T.D.;$$p225-228$$rSGR:0026569273$$tScience$$v256$$y1992
000065730 999C5 $$mXu K.Y.;Huso D.L.;Dawson T.;Bredt D.S.;Becker
L.C.;$$p657-662$$rSGR:0033582238$$tProc. Natl. Acad. Sci. U.S.A.$$v96$$y1999
000065730 999C5 $$mYamagishi S.;Edelstein D.;Du X.L.;Brownlee
M.;$$p1491-1494$$rSGR:0034993177$$tDiabetes$$v50$$y2001
000065730 999C5 $$mYuan X.M.;Li W.;$$p578-591$$rSGR:0348107413$$tAnn.
Med.$$v35$$y2003
000065730 999C5 $$mZhao T.C.;Hines D.S.;Kukreja R.C.;$$rSGR:0034970996$$tAm. J.
Physiol. Heart. Circ. Physiol.$$v280$$y2001
000065730 999C5 $$mZou M.H.;Shi C.M.;Cohen
R.A.;$$p817-826$$rSGR:0036199685$$tJ. Clin. Invest.$$v109$$y2002
--
Cornelia Plott
Zentralbibliothek
Forschungszentrum Jülich
D-52425 Jülich
GERMANY
Tel: ++49-2461-616206
Email: [email protected]
Web: http://www.fz-juelich.de/zb
------------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------------
Forschungszentrum Juelich GmbH
52425 Juelich
Sitz der Gesellschaft: Juelich
Eingetragen im Handelsregister des Amtsgerichts Dueren Nr. HR B 3498
Vorsitzender des Aufsichtsrats: MinDirig Dr. Karl Eugen Huthmacher
Geschaeftsfuehrung: Prof. Dr. Achim Bachem (Vorsitzender),
Dr. Ulrich Krafft (stellv. Vorsitzender), Prof. Dr.-Ing. Harald Bolt,
Prof. Dr. Sebastian M. Schmidt
------------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------------
