1088
PŘEHLEDOVÉ3695202011151111167232285340403465523580
ČLÁNKY4301202011154107169233293349
/4675202011133
REVIEW4733202011157113173207263347
ARTICLES5105202011158120175208264317372423
Patogeneze31543230974381108152198239284325360401
euglykemické35723230974085130150188227267334354390428468
ketoacidózy40573230973777104148188225244290334369409
asociované44833230973971116153172216255294339380
se48803230973273
SGLT249703230973991130165208
inhibitory51953230971964109128174193221264291332
|5584198011126
103565419801113689135
/23988043010732
Anest24758043010752100145178207
intenziv270280430107196794136184221240282
Med.30038043010770115165181
2024;35(2):98-1033203804301074487129169183227269291334356370415459487526565607
/38558043010732
ANESTEZIOLOGIE39528043010753112156200246291342362425468527586607651
A46248043010753
INTENZIVNÍ4698804301071979123168227277297345406426
MEDICÍNA51468043010770114173194248268327381
www.aimjournal.cz4258043010765133201214257275349367415463490539579598614654693
11.425553085366678
Oh5185540834786
MS,6195540835487100
Banerji7345540833568106141162178193
MA,9425540835597111
Carroll1068554083407394115153169184
HJ.1267554083446981
The13635540833372107
mechanism14855540835793125163196234249275332
of18325540833857
hyperchloremic19045540833768108144165196234249287309343401416448
acidosis2367554083326479118156183198224
during2606554083387596112150189
the2810554083226095
recovery425654083215587124156191212246
phase6866540833977110136171
of8726540833857
diabetic944654083385486125160183198230
ketoacidosis.1189654083306486123156188203242281307322348362
Diabetes.1566654083456193132168190224251264
1981;30:310-3.18456540833565100132140175209223258289320344376389
12.425753085366884
Helmersson‑Karlqvist528754083447995152187209236262301339362398432453469508541556582606
J,11537540832436
Höög12087540834583122161
Hammarström13897540834476134192224245272296317354413
K,18217540833549
Palmberg1890754083356782140179215236274
K,21837540833550
Backman‑Johansson22527540833669101131190222260283304342381413451477504542581
C.28527540834053
Evaluation425854083336497113150183204220258296
of7368540833757
Nova8088540834483115148
StatStrip971854083325386108142163184200239
and12258540833270109
FreeStyle1349854083335286122155176209225260
Precision1624854083365690123138164179217255
Pro1895854083355593
blood2003854083385492131171
ketone2189854083296486123161196
tests2400854083225683106133
using2549854083376378116155
3-hydroxybutyrate2719854083345695125164425954083205786119157195216249270302323356
doped7939540833875113148186
samples.9919540832658114153168202228241
J124495408323
Clin1279954083405468105
Lab13969540833163102
Anal.15109540834077108123135
20191657954083346798127
May;33(4):e22851.17969540835485115128162194211243260271305338372405438468477
doi:2284954083387590101
10.1002/jcla.22851.2397954083346476106137172204230245276291322335370403436469499508
13.4251053085366883
Madsbad52110540835487126152191224263
S,79710540833245
Alberti8551054083415695131152176192
KG,10601054083347791
Binder11641054083355088127162183
C,136010540834053
Burrin14261054083357394116131169
JM,16081054083247992
Faber171310540833362101137158
OK,18841054083478297
Krarup19941054083355790111149188
T,219510540833342
et225010540833456
al.23191054083324760
Role23921054083357389124
of252910540833756
residual2598105408321558297135173205220
insulin283110540831553425115408326637994132
secretion5721154083266194115149171187225263
in85011540831553
protecting9181154083396198120153186210226263302
against123611540833271103118156182206
ketoacidosis14571154083306486123156188203242280307322348
in182011540831553
insulin‑dependent18881154083155379116132147184207248282322357395434469507529
diabetes.24321154083385385125160183216243257
Br270411540833557
Med277611540835590129
J.42512540832437
19794771254083346497131
Nov62312540834583115
17;2(6200):1257-9.7531254083346473108126159192227263281293323353388421439474485
doi:12541254083387691104
10.1136/bmj.2.6200.1257.13731254083346578109136166201226266324339352389401436470504540552583613648681688
14.4251353085366984
Palmer5221354083356782140175196
BF,7311354083366975
Clegg8191354083395589129168
DJ.10001354083456880
Electrolyte10931354083334883115139161198214246271304
and141013540833270109
Acid‑Base15321354083417288126149186219245280
Disturbances18251354083456187110148169209242280312346373
in221113540831452
Patients22761354083356789104139177198226
with25151354083516689127
Diabetes26551354083456193132167190223250
Mellitus.42514540835490105120135158196222235
N676145408344
Engl73614540833270109125
J876145408324
Med.91514540835590129143
2015107314540833468100130
Aug121814540834178117
6;373(6):548-59.13511454083344681113147165199217229264299335358392424435
15.4251553085366883
Kamel52815540833568126161177
KS,7251554083357083
Halperin8281554083447692131166187203241
ML.108915540835587100
Acid‑base12091554083417388127149189222249284
problems15131554083386097137153188245272
in180515540831552
diabetic18781554083385385124160182197229
ketoacidosis.21271554083306486123156189204242281307322348362
N2509155408345
Engl257415540833270109125
J2719155408324
Med.276315540835590129142
2015;372:1969-70.42516540833468100130141176208242255285315350384408439472485
16.4251753085366985
Perry5261754083356990112146
RJ,6871754083366375
Shulman77717540833371108124181213252
GI.10441754083445973
Sodium‑glucose113217540833371111126163221244284299337369406433468
cotransporter-216151754083326990112145183209248287309333367388408439
inhibitors:20701754083145290105144160182219241268280
Understanding236617540834482121156177204227260298337352390429
the28111754083226095
mechanisms42518540835792125162195232247273331357
for7951854083185677
therapeutic8851854083216094115148187223260283298330
promise12281854083385997155170196230
and147118540833270109
persisting15931854083387395122136162185201238277
risks.1883185408321366292121134
J2030185408324
Biol20671854083355088104
Chem.218418540834077112170183
2020;295:14379-90.238018540833468100134147182216250261290321354386419442477513525
17.4251953085366775
Palmer5131954083356681138173194
BF,7191954083356874
Clegg8051954083405489128166
DJ.9841954083456779
Euglycemic107519540833369107122153185218275290321
Ketoacidosis14091954083346890127159191206244282308322348
as176919540833258
a1840195408331
Complication188419540833976133172188202234266287302340378
of227419540833756
SGLT2234319540833276107136171
Inhibitor25261954083155390105143159181217238
Therapy.2777195408332711054252054083215493124134
Clin5742054083405670108
J698205408324
Am73720540834199
Soc85120540833371104
Nephrol.97020540834580119158179216232245
2021;16:1284-91.123020540833468101133141171202215245274308345367402434444
18.4252153085366985
Sitina523215408332476985122155
M,69021540835568
Lukes7712154083316898132159
M,94321540835467
Sramek10232154083335386144179209
V.124521540833545
Empagliflozin‑associated130221540833390129162201216231249266304332347385408440466493531563578610632666705
postoperative202021540833877104127164203238260292314329362396
mixed242921540835772103137176
metabolic261821540835792114147186225241255287
acidosis.4252254083316378116154180194220233
Case6702254083407298133
report8152254083215493131152176
and100422540833168107
review11232254083215486101135186
of132122540833756
pathogenesis.13892254083397192130167206241278313339353379392
BMC179422540833589129
Endocr193522540833270108146178198
Disord.21462254083456085123144182195
2023235322540833467100134
Apr249922540834179100
14;23(1):81.26122254083346476110144162193207219253284293
doi:4252354083387692104
10.1186/s12902-023-01339-w.5442354083346678109137168203228253283313347382415436473506540562600631661694727751803814
19.4252453085366982
Burke5282454083357395125160
KR,7082454083357286
Schumacher81424540833365103141199232264302337358
CA,11932454083408297
Harpe13102454083447798138173
SE.15042454083326578
SGLT2160224540833377110139174
Inhibitors:17972454083155391106145161183220242269282
A2099245408341
Systematic21612454083326289112146204237259274306
Review248724540833671103119154205
of271324540833756
Diabetic279024540834561934252554083397598114146
Ketoacidosis5922554083357093130164196212251290317332359
and97225540833271110
Related11032554083367187120142177217
Risk13412554083355178108
Factors14702554083336395120157179207
in169825540831553
the17722554083226196
Primary18892554083365773131164186220
Literature.21302554083324871105126160182221242277289
Pharmacotherapy.2440255408336741071281872202532903133523874094424252654083397080
2017;37:187-94.52026540833469100130139174207217246277310329364400412
20.4252753085367287
Perry5322754083356990112146
RJ,6982754083356274
Rabin‑Court79227540833568107123161183226263301322347
A,115927540834155
Song123427540833271109148
JD,14022754083247081
Cardone15032754083407394132171209244
RL,17672754083356881
Wang186827540835889127166
Y,205427540833544
Kibbey21182754083355190130165197
RG,23352754083357993
et244827540833456
al.25242754083324760
Dehydration26042754083468111915018820924226427942528540833776
and51928540833169109
insulinopenia6462854083145278116131146184222262297335350382
are10462854083325387
necessary115128540833873106139166193226247281
and145028540833270109
sufficient15772854083266382100117150165199237259
for18542854083185678
euglycemic195028540833471110126157189223280296328
ketoacidosis22962854083296386123156188203242280307321347
in266128540831553
SGLT2273228540833277109138173
inhibitor‑treated4252954083155391106145160183220241261283305339371393426466
rats.9062954083215476103117
Nat10382954083457799
Commun.115229540834077135193231269282
2019;10:548.145029540833468100130143173204217252288324337
21.4253053085367082
Adeva‑Andany52730540834179114146179202243281320353391421
MM,968305408355110123
Funcasta‑Calderón111230540833268106139171198221254276319352367406441462500538
R,167030540833650
Fernández‑Fernández17403054083326688126158196236270300322356390411450482520559594623
C,238430540833952
Castro‑Quintela24573054083407299122144181204254292307345367401416448
E,42531540833346
Carneiro‑Freire4903154083407394133168183204241265299319353368389423
N.93331540834458
Metabolic101131540835489111144183222238253285
effects13163154083345372107139164191
of152731540833756
glucagon16033154083385491123156195233272
in189531540831452
humans.196731540833775133165203229243
J2230315408324
Clin22743154083405570108
Transl24013154083335083121147163
Endocrinol.258331540833371110148181202218255294310323
201842532540833468100131
Dec57132540834681114
20;15:45-53.7003254083346881111141152187220242276309321
22.4253353085367288
Johnston52633540832462101138165188224263
DG,80233540834590103
Alberti9183354083415695130152176191
KG.11223354083357891
Hormonal122633540834482104162200239271286
control152533540833168106127149186202
of174033540833756
ketone18093354083296385122161195
body201733540833977117149
metabolism217933540835792114146186224240255281338
in253033540831552
the25953354083226095
normal27033354083377597155187202
and42534540833270109
diabetic5493454083385385125160182198230
state.7943454083264982104138150
Clin9593454083405570108
Endocrinol108234540833371110148181202218255294310
Metab.140734540835489112145184196
198216193454083346499133
Jul;11(2):329-61.1767345408324627789119147162196214225261293327351388418428
23.4253553085367287
Jones52535540832462100135162
BJ,7003554083355971
Tan7843554083326098
T,89535540833241
Bloom9493554083355088127185
SR.11473554083326781
Minireview:124135540835469107122143177209224259310323
Glucagon15773554083435996128161200238276
in186635540831452
stress19313554083264970104131157
and210135540833169108
energy222235540833472106127165197
homeostasis.243235540833775133168207233256289315330356369
Endocrinology.28143554083327042536540833876109130146184222238276316348358
201279836540833468100130
Mar;153(3):1049-54.94336540835587108122152182215233267284296326357393426450484519532
24.4253753085367085
Palmer5223754083356681138172193
BF,7283754083356773
Clegg8133754083405589128166
DJ,9923754083446678
Taylor10823754083336090106144165
SI,12593754083324759
Weir133037540835790105125
MR.146837540835489103
Diabetic15843754083446091130165187201233
ketoacidosis,18293754083306385121154185200238276302317342355
sodium219637540832664103118154212
glucose24203754083385389121157184218
transporter-226503754083224375113139177215236425385408322557796127
inhibitors5683854083145290105144160182219241268
and85138540833270109
the9763854083215994
kidney.10863854083294685123158189199
J1300385408325
Diabetes13403854083456193132168190224250
Complications.160638540834077135174190205237270292307345383410423
2016204538540833468100131
Aug;30(6):1162-6.219138540834178117129164199218251270281311339370403424461474
25.4253953085367287
Bonner52739540833574112150185206
C,74839540834053
Kerr‑Conte8153954083357091113132175212251272306
J,113539540832437
Gmyr1186395408344102133155
V,135539540833645
Queniat141439540834785120158173205227
G,165639540834357
Moerman172739540835593129150209241279
E,202039540833346
Thévenet208139540833272107139173211246268
J,236439540832436
et241539540833456
al.24853954083324861
Inhibition25603954083155391106145161183198236275
of284939540833857
the4254054083226095
glucose5334054083395491124160187222
transporter7694054083224376114140179218240264298319
SGLT2110240540833277109138174
with12894054083516689127
dapagliflozin143040540833870109142181197211229246284312328366
in181040540831452
pancreatic187640540833871109142163197229251266298
alpha21874054083324887125157
cells2358405408331658196122
triggers2493405408322435998137172193220
glucagon2727405408338539112315642541540833876115
secretion.5554154083266194115149171187225263276
Nat8474154083447799
Med.96141540835489129142
2015111841540833569100130
May;21(5):512-7.126441540835487118131166197212246264276311342372393424430
26.4254253085367187
Pedersen52842540833569108143164192227265
MG,80942540835498112
Ahlstedt9374254083417994120144177217239
I,119242540831528
El123642540833348
Hachmane130042540834476108146204236274309
MF,16254254083558894
Göpel173542540834382122157173
SO.19244254083328092
Dapagliflozin203242540834577116149188204219236253291320335373
stimulates24214254083264965122160175208229263290
glucagon2727425408338539112315642543540833876115
secretion5564354083266194115149172187225263
at83643540833253
high9064354083375291129
glucose:10524354083385390123160186221234
experiments130243540833466105141162178235270308330358
and167643540833270109
mathematical180143540835890112150185243275297312344377393
simulations22104354083264199136152184206221259297324
of255043540833757
human262343540833875133165203
A­284343540834162
‑cells.4254454083215588104119145159
Sci5994454083326580
Rep.69444540833570110122
201683144540833569100132
Aug97844540834178117
18;6:31214.11104454083346578113126161192223256289303
27.4254553085367283
Chae52545540834079113149
H,69145540834459
Augustin76745540834179120159186211228267
R,105145540833551
Gatineau111945540834478101118157193226265
E,140245540833247
Mayoux146645540835488120159199232
E,171545540833247
Bensellam177945540833572112139176193209243302
M,209845540835569
Antoine218545540834180103141158197234
N,243645540834559
et251245540833458
al.25874554083324963
SGLT2266745540833278112142179
is286345540831542
not42546540833877100
expressed54346540833467108131167195223259300
in86146540831554
pancreatic93346540833973112146169204237261277311
α-126246540833760
and134046540833271112
β‑cells,14704654083386297132149165193207
and169546540833271112
its18254654083143867
inhibition19104654083155494110151168191208247287
does221546540833878115143
not237646540833877101
directly24944654083395578113147173190223
affect27354654083315275111145170
glucagon4254754083375391124157197235274
and71447540833169108
insulin8374754083155380117133149187
secretion10394754083266194116150173189228266
in132047540831553
rodents13874754083215898134172194222
and162447540833170109
humans.174847540833775132165204230245
Mol200747540835493109
Metab.213147540835489112145185198
2020234447540833368101135
Dec;42:101071.249447540834580114127162195209239271303335368401411
28.4254853085367391
Palmer5384854083356885144181203
BF,7644854083356977
Clegg8634854083405693134174
DJ.10594854083466983
Electrolyte11644854083335086120145168207224257284319
Disturbances15054854083456290114154176217252291325360388
in191548540831554
Patients19914854083366992109145184207236
with22504854083506791130
Chronic240348540834079101140180196230
Alcohol­26554854083415891130169209226250
‑Use4254954083216793129
Disorder.5694954083456188127150189224246258
N842495408344
Engl90149540833271111127
J1043495408324
Med.108249540835490130144
2017124149540833469101132
Oct138849540834680105
5;377(14):1368-1377.15084954083334581114149166199231249262293323359395418450481514549556
doi:20794954083387793106
10.1056/NEJMra1704724.22004954083346680111144179214240286320348403425459490520554591624659691705
29.4255053085367388
Blau5315054083355286125
JE,6745054083245873
Tella764505408333658299132
SH,9145054083327792
Taylor10235054083336294112151174
SI,12155054083324862
Rother12955054083357598138174197
KI.15095054083355368
Ketoacidosis15945054083357194133167201217257297325341369
associated19805054083326088128162178212235270311
with23085054083516892131
SGLT2245750540833278111142179
inhibitor26535054083155494110151168192230253
treatment:4255154083224480113136196232272295310
Analysis75751540834180114131164192209236
of101551540833758
FAERS109551540833372106143178
data.12965154083387195129143
Diabetes14625154083456295136173196232260
Metab174451540835491115149189
Res19565154083357199
Rev.207851540833571105116
2017221651540833570103134
Nov;33(8):10.1002/237251540834585118133169203223258277291322355369401434471505533
dmrr.2924.425525408339101125150162202239275310326
doi:7795254083398199113
10.1002/dmrr.2924.9215254083357085119153193229258297359383408420460497533568584
Epub153352540833476117160
2017172152540833573108140
Sep189052540833371114
29.20325254083357386
PMID:214752540833693112161177
28736981;235252540833572108146183220259294304
PMCID:268552540833693138155204220
PMC5950709.42553540833590132169203238274308343379391
30.4255453085367390
Onishi53154540834787103130169186
A,73254540834157
Fu80454540833370
Y,89054540833544
Patel9505454083356891126143
R,110954540833550
Darshi117554540834579101129168185
M,137554540835570
Crespo‑Masip14605454083406297126166206231288321349365406
M,188154540835569
Huang196654540834483116156196
W,217854540835768
et226154540833458
al.23355454083314862
A2413545408341
role24695454083215976113
for25975454083185780
tubular269354540832161101140157190213
Na+/H+42555540834477120145191233
exchanger6745554083336698136170208248284306
NHE399555540834590124160
in117155540831453
the12395554083226196
natriuretic13515554083377093115132170192227250267299
effect16665554083335376112145170
of185155540833758
the19245554083216096
SGLT2203555540833278110140177
inhibitor22275554083155392108148165188226248
empagliflozin.249155540833392132166206222238258277316345362400415
Am30475540834099
J316155408324
Physiol32005540833573104132148186203
Renal34185540833571110143159
Physiol.35925540833573104132148187204217
202038245540833469103137
Oct39775540834679104
1;319(4):F712-F728.4096554083344379111142162195214225258292323353372406440473506519
doi:4628554083377590102
10.1152/ajprenal.00264.2020.4742554083346477107134163196222252266305326359397428443456490526558591627639674707740773785
Epub30476540833372110149
202032116540833468101135
Sep33626540833267106
7.34846540833440
PMID:35396540833689105151164
32893663;37186540833467100135167202238271283
PMCID:40166540833589129144190203
PMC7642886.42356540833588129164196232265299334369383
31.3047753085366981
Hall3149754083447692107
JE,3276754083245770
Hall3366754083457792107
ME,34937540835588101
Guyton36147540834482114139176214
AC.3848754083418093
Guyton39617540834482114139176214
and41957540833270109
Hall4324754083447692107
textbook4451754083225587111150189228259
of47307540833756
medical48067540835792132147179212227
physiology.50537540833977108135150188204242282314324
Elsevier53977540833247731083047854083324782103
2021.31668540833468101132142
32.3047953085367186
Halperin3150954083447692131166188203241
ML,34079540835486100
Vinay3523954083355290122153
P,36929540833539
Gougoux37479540834482121160198236267
A,40309540834155
Pichette4101954083354981119154177201235
C,43519540834053
Jungas44209540832462100139171198
RL.4634954083356781
Regulation47319540833570110147163195217232270308
of50559540833757
the5127954083226095
maximum52389540835790121137194232290
rate30471054083215475109
of317110540833857
renal32431054083215593125141
ammoniagenesis339910540833290148186224240271311345384419445460486
in390110540831452
the39681054083226095
acidotic40791054083316479118156178193225
dog.431910540833876116129
Am446310540834199
J4578105408324
Physiol.461710540833573103130145183199212
1985;248:484410540833465100134144179211247260
F607-15.511910540833267102135153184214226
33.30471153085367186
Lemieux314911540833165123139173211242
G,340711540834457
Pichette34801154083354981119154177201235
C,373011540834053
Vinay37991154083355290122153
P,396711540833540
Gougoux402311540834382120159197235267
A.430511540834156
Cellular43771154083407389104142157189210
mechanisms460311540835792125163195233248274332358
of497711540833757
the50491154083226095
antiammoniagenic51601154083316991106138196254292331346304712540833271106144159191
effect32531254083345473107140164
of343212540833757
ketone35041254083306486123161196
bodies371612540833877117132167194
in392512540831552
the39931254083216095
dog.410312540833876116129
Am424712540834199
J4361125408325
Physiol.440112540833572103130145183199212
198046281254083346499135
Nov;239(5):F420-6.477812540834583115128163198231250284302314347381413447471508522
34.30471353085367388
Cherney315013540834078113134173208239
DZ,34041354083458194
Perkins35131354083356990121137175201
BA,37291354083357690
Soleymanlou38341354083337187122154212245283298336374
N,422313540834558
Maione429613540835487102140178213
M,452413540835568
Lai46071354083316580
V,470213540833644
Lee476113540833266101
A,487713540834155
et494713540833457
al.50191354083314760
Renal509413540833570108140156
hemodynamic526513540833772130169208240304714540833870128143175
effect32361454083345372107139164
of341414540833756
sodium‑glucose348414540832765104119157215237278293331363400426461
cotransporter39601454083316890111144182208247286308332366387
24361145408335
inhibition44101454083145290105145160183198236274
in469814540831553
patients47651454083397293109143182203231
with50101454083506688127
type51511454083215595131
15296145408334
diabetes5344145408338538512516030471554083225582
mellitus.314515540835792108123138160198224238
Circulation.33981554083405576108145161193215230268306320
2014373315540833468100131
Feb387915540833367106
4;129(5):587-97.40001554083344676106140159193211223259293326344379412418
35.30471653085367186
Vinay31461654083365290122153
P,331216540833640
Lemieux336516540833266124139174211243
G,362116540834457
Cartier36921654083407294118133168189
P,389516540833539
Ahmad394816540834179137169208
M.416916540835569
Effect42511654083335271105138162
of442616540833857
fatty4496165408319527498132
acids46411654083326479118144
on479916540833775
renal48881654083205493125140
ammoniagenesis504216540833189147185224239271310345383418445460486
in304717540831553
in311517540831452
vivo31831754083314780117
and331617540833169108
in344017540831452
vitro3508175408331476991128
studies.36511754083275088127142177203217
Am388317540834199
J3998175408324
Physiol.403717540833573103130145183199212
1976;231:880-7.42641754083346597129142177211242251286321356380412418
36.30471853085367389
Lemieux315618540833266124140175213244
G,342118540834457
Baverel349918540833569100135156191207
G,372618540834458
Vinay38041854083365391124155
P,397918540833640
Gougoux404018540834483121161199237269
A.433018540834156
Effect44061854083335271106139163
of459018540833757
fluoroacetate46671854083173472111133170203236270292325347381
on506918540833776
the51661854083216095
inhibitory52821854083145391106146161184221304719540832155
action31181954083326488104142180
of331519540833756
ketone33881954083306486123161196
bodies360119540833978117132167194
and381219540833169108
fatty3937195408318527498132
acids40851954083326479118144
on424619540833776
renal43381954083215593126141
ammoniagenesis.449619540833189147185224239271310345383418445460486499
Am501219540834199
J5128195408324
Physiol.516819540833673104131145183199212
197953971954083346497130
Jul;237(1):F7-13.3047205408324627789124159191207239253265298333351382412425
37.30472153085367079
Lemieux314121540833165123139173211242
G,339821540834457
Vinay34702154083365290123153
P,363821540833540
Robitaille369321540833573113129151184199214229264
P,397221540833540
Plante40272154083354982120141175
GE,42172154083447790
Lussier43222154083316895121136171192
Y,452921540833543
Martin458721540835587108133148186
P.478821540833540
The484321540833372107
effect49652154083345473107140164
of514421540833756
ketone52152154083306486123161196
bodies54262154083397830472254083385388115
on317722540833776
renal32682254083215593125141
ammoniogenesis.342422540833290147186224239277317352390425452466493506
J3945225408325
Clin39852254083405570108
Invest.41082254083155384119145169182
197143052254083346597130
Sep;50(9):1781-91.445022540833368107119154188208241259270300330363395414449481490
38.30472353085367288
Goldstein31552354083448298137164187220236274
L,344823540833145
Boylan351223540833674105121153191
JM,37232354083247992
Schröck383523540833264102123161193223
H.407823540834457
Adaptation415523540834079111150172205227242280319
of449323540833757
renal45692354083205593125140
ammonia472923540833189147185224239271
production50192354083396198137175207231246284323
in536123540831553
the54332354083226095
diabetic30472454083385385124160182198230
ketoacidotic32922454083296486123156188203242280302317349
rat.3657245408320537588
Kidney37612454083355190128163194
Int.3971245408314527487
1980;17:57-65.40742454083346499134147177207217252285304341375387
39.30472553085367185
Story31452554083325490112146
DA.330425540834585100
Bench‑to‑bedside341725540833570108140178201223260283323359398425439478513
review:39432554083215587103137188202
a4158255408332
brief42032554083386075110129
history43452554083385379102139160194
of455225540833857
clinical4622255408331466199114146179194
acid‑base.48292554083326479118140180213240275287
Crit5129255408340617699
Care52412554083407294128
Lond538225540833168107146
Engl.304726540833370109125138
2004;8(4):253-258.320026540833468104141152188207240257269304339372394425460494507
doi:10.1186/cc286137232654083387691103133165177208236267302327356387422456491522
40.30472753085367388
Warming‑Larsen314827540835788109167182219258280313346367394428466
A.362727540834055
Renal369427540833570108140155
excretion38622754083336495116150172187225263
of413727540833756
ketone42062754083306385122160195
bodies.441327540833977116131166192205
II.46312754083153043
Acta46862754083417296129
Med482727540835489128
Scand.49682754083326497134173186
1952;144:197200.51662754083346498131143173203240252281311344304728540833468104117
41.30472953085366981
Chua314329540834078115148
HR,33052954083448094
Venkatesh341429540833568106136170192225252290
B,371829540833648
Stachowski37812954083325486119157195246273303319
E,411529540833245
Schneider417529540833265103141176191230265286
AG,44752954083418498
Perkins45872954083356990120137175201
K,480329540833449
Ladanyi486729540833164104136174204220
S,510229540833245
et516229540833456
al.52322954083324860
Plasma­53072954083355082109166199221
‑Lyte30473054083215482107141
148320830540833465101
vs333030540833158
0.9%34083054083354781134
saline3562305408326597590127162
for37453054083185677
fluid3842305408317347287126
resuscitation39883054083215582119145177193215248270285323361
in436930540831553
diabetic44423054083385385125160183198230
ketoacidosis.46923054083306486123156188203242280307322348362
J5074305408324
Crit5118305408340617799
Care.52373054083407394128140
2012539830540833468100130
Apr;27(2):138-45.304731540834180102115150183200234251263293323357380417450462
doi:35243154083387692104
10.1016/j.jcrc.2012.36433154083346678109140172203228245258274306327358371407441473503516
01.41743154083346675
007.426531540833470103109
PMID:438931540833589104150163
22440386.456831540833469100137173206241276289
42.30473253085367288
Catahay31563254083407496130169202233
JA,34103254083246580
Polintan35113254083357389105143165199238
ET,37703254083336878
Casimiro386932540834074101116175190212250
M,414032540835569
Notarte423032540834584107140162187221
KI,44723254083365366
Velasco45593254083366985118145178216
JV,47963254083246271
Ver48883254083377092
AT,50013254083417180
et510232540833457
al.51803254083334862
Balanced52633254083366985118157189224264
electrolyte30473354083345084117141163200216248273306
solutions33743354083266480118140156194232258
versus36533354083316687114152178
isotonic38513354083154179101138177192224
saline4095335408326597590128163
in427833540831553
adult435133540833271109124146
patients45183354083387193108143181203231
with47693354083506689127
diabetic49163354083385385125160183198230
ketoacidosis:51663354083306486123156189204243281307322348361
A3047345408341
systematic31033454083265986109143201233255270302
review34203454083215587103138189
and362434540833270109
meta‑analysis.374834540835893115148170202241273288320347362388402
Heart416534540834479111132157
Lung.433734540833168106145158
2022451134540833468101135
Jul‑Aug;54:74-79.4662345408324627799141178217229264299311344375398429462473
doi:51513454083387691104
10.1016/j.52703454083346578109140172203228244257
hrtlng.2022.3047355408338598399137176189225259292326339
03.34013554083346880
014.34963554083356697110
Epub362135540833372110149
2022378535540833569102136
Mar393735540835487108
28.40603554083346881
PMID:415735540833589104150163
35358905.433535540833467100133168202238272284
43.30473653085367186
Mahler314636540835487124140174195
SA,33543654083337387
Conrad345436540834077115136169207
SA,36743654083337387
Wang377436540835788126165
H,395236540834456
Arnold402136540834162101139154193
TC.42273654083327184
Resuscitation43243654083357097134160192207229262283298336374
with47113654083516688126
balanced48503654083397187119156188222261
electrolyte51243654083344984116140162199214246271304
solution5441365408326643047375408315527590128166
prevents32263754083386094126160198219247
hyperchloremic348637540833767107143164195232248286307341399414445
metabolic394437540835792115147186225241256287
acidosis42443754083326479118156182197223
in448037540831452
patients45453754083387193108143180202229
with47873754083516688126
diabetic49263754083385385124160182197229
ketoacidosis.51683754083296385122155187202241279305320346359
Am304738540834199
J3161385408324
Emerg320138540833290125146184
Med.340138540835489129142
2011;29(6):670-674.355838540833468100128136171205224258276288323356389413450483513526
doi:10.1016/j.ajem.2010.40993854083387792104134165178209240272303328344357391407441499512549583614646658
02.47733854083346779
004.486838540833470106119
44.30473953085367490
Self31553954083326783102
WH,3275395408358103116
Evans34093954083326497135161
CS,35883954083407487
Jenkins36933954083245997127144182208
CA,39193954083408397
Brown40343954083355694145183
RM,423539540833691104
Casey435739540834073100135166
JD,45413954083247081
Collins46403954083407793108123161187
SP,48453954083336872
et493539540833456
al;50093954083324859
Pragmatic50863954083355689128186218240255287
Critical539139540834061779911530474054083316479
Care31414054083407394128
Research32844054083367198133164186217255
Group.355440540834365102140179192
Clinical37614054083405570108123155188203
Effects39794054083335271105138162190
of418340540833857
Balanced42554054083356884116154186220259
Crystalloids45294054083406195122145178194209247262301327
vs487140540833259
Saline4945405408332658196134169
in512940540831452
Adults519640540834179117132155182
With53934054083587496134
Diabetic30474154083456193132168190205237
Ketoacidosis:33044154083356991128161193208247285312327353365
A3689415408341
Subgroup374941540833370109149170208246285
Analysis405341540834179112127159186201227
of429941540833857
Cluster43754154083405693119143176198
Randomized459241540833568106145183242257286320359
Clinical49714154083405570108123155188203
Trials.5194415408332496597112138152
JAMA536641540832464119161
Netw304742540834479101154
Open.321342540834787122160173
2020339842540833468100134
Nov354542540834482114
2;3(11):e2024596.3672425408334468098130157171183217251285317349381413449462
doi:41464254083387691103
10.1001/jamanetworkopen.2020.24596.426242540833465771081391752062282442753333654024374595125495706016386777127507637998328658999119479781011104310781091
PMID:536642540833488103148161
33196806;30474354083346798128164199234270282
PMCID:334543540833589129144190203
PMC7670314.356343540833589130165197230263296327358370
45.30474453085367186
FDA315444540833277117
approves329144540833271111132170202236263
label35744454083154786122138
changes373244540833169101139178213240
to399344540832158
SGLT2407244540833276108137173
inhibitors42654454083155391106145161183220242269
regarding45544454083215595127148186201239278
temporary485344540832155113152191212245266301
discontinuation5174445408338537911114818720822426229933130474554083223775114
of318145540833757
medication325845540835893133148180213235250288327
before36054554083397594132153187
scheduled38134554083265896132171209224259299
surgery.41324554083276485123158180214224
https://www.fda.gov/drugs/drug‑safety­43764554083386084123150163190210261315368379399437470483522560592616652673711750777803838860898937959986101910391073109511291151
‑and‑availability/fda‑revises‑labels‑sglt2-inhibitors‑diabetes‑include‑warnings‑about­3047465408321549313315618922225627128732036037639240843146548950954958260562866269671273977580282484187491495096799310151043108310981122115811791196123412731289132913451368140614281456147815191535156816081645166817021730175117681807184018561894193419701994204720802102214221572196223622632285231823582398243724602480
‑too‑much‑acid‑blood‑and‑serious.304747540832143801191422012392713093313633964114504725125285666056446666997377767988258608818979359739991013
Accessed407547540834172103137164190225265
March435547540835587108139177
23,45484754083346981
2020.464447540833468101135148
46.30474853085367489
Bobrowski315148540833574113135172223250280296
D,346248540834556
Kumar353348540833572130162183
R,373148540833549
Wu379548540835794
PE,39044854083356780
Lapointe‑Shaw399948540833165104143158196218251274306344376427
L.444048540833245
Prolonged45004854083355693109147185224259299
ketosis48134854083306487123150165191
and501948540833270109
glycosuria51424854083385485117154181218239255287
secondary544348540832661304749540833168107146178199233
to329549540832259
SGLT2336949540833377109138174
inhibitor35584954083155391106145161183220241
therapy.38154954083216095116149188219229
Clin40604954083405570108
Case41834954083407399134
Rep.433349540833570109122
2021447049540833468101133
Nov461849540834483115
9;9(11):e05057.47484954083344783102133161175187222258292326360393399
47.30475053085367079
Heerspink314550540834479115136163202218255286
HJL,344950540834570102115
Stefánsson35835054083335488107140178204231269308
BV,39105054083357180
Correa‑Rotter40095054083407798120154186208246284306330364385
R,441350540833549
Chertow448150540834078113134159196247
GM,474750540834398112
Greene48785054083436599134172207
T,510450540833342
Hou516550540834482120
FF,53045054083326470
et539350540833457
al;54685054083324859
DAPA‑CKD304751540834585120157179221256303
Trial3363515408332496596112
Committees348751540834077135193208230254288323349
and384951540833270109
Investigators.39705154083155384118145168183222254275312333361374
Dapagliflozin435751540834577116149188203218235252290318333371
in474151540831552
Patients48065154083356788103138176197225
with50445154083506588126
Chronic51835154083397798135173188220
Kidney54165154083345189304752540833873104
Disease.31715254083456187122154180215228
N3418525408345
Engl348352540833370109125
J3628525408324
Med.367252540835489129142
2020383452540833468101135
Oct398952540834780104
8;383(15):1436-1446.41135254083344681116150168199229248260289320353387411442473510546559
doi:46925254083387692104
10.1056/NEJMoa2024816.48165254083346678109140174209234280313339394433466500534567599635667698711
Epub304753540833372110149
2020321153540833468101135
Sep336253540833267106
24.34845354083346678
PMID:357853540833588104150163
32970396.375653540833467101134167200233269282
48.30475453085367490
Vallon3157545408336678297135174
V,335154540833645
Verma34165454083356889148180
S.361654540833346
Effects36825454083335271105138162190
of389254540833757
SGLT2396954540833277109138173
Inhibitors41635454083145290105145160183220241268
on445254540833775
Kidney45485454083345190128163194
and476254540833270109
Cardiovascular48925454083397293132147185217250276308346361394415
Function.53275454083326910713916317830475554083377689
Annu315155540834179117155
Rev332155540833671103
Physiol.343955540833573103130145183199212
2021;83(1):503-528.366655540833569102133141176210228260275286322356389411445478512525
doi:10.1146/annurev‑physiol-031620-095920.42065554083397792104134166178209237268304329359397435473494528560582622661691718733771787809846880910942975100910331070110511391172120512391251