2012
DOI: 10.3109/0886022x.2011.653754
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Perspective in Chronic Kidney Disease: Targeting Hypoxia-Inducible Factor (HIF) as Potential Therapeutic Approach

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Cited by 10 publications
(11 citation statements)
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References 128 publications
(140 reference statements)
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“…Tissue hypoxia is a pathological feature of several human diseases, including myocardial infarction, stroke and kidney disease (63)(64)(65). The expression of HIF-3α is often altered in these diseases and may contribute to their development (32,66).…”
Section: Association Between Hif-3 and Diseasesmentioning
confidence: 99%
“…Tissue hypoxia is a pathological feature of several human diseases, including myocardial infarction, stroke and kidney disease (63)(64)(65). The expression of HIF-3α is often altered in these diseases and may contribute to their development (32,66).…”
Section: Association Between Hif-3 and Diseasesmentioning
confidence: 99%
“…Da bi se HIF-1α uopće vezao za VHL protein najprije treba doći do hidroksilacije njegova prolinskog ostatka pomoću enzima prolil hidroksilaze 31 . Stupanj djelovanja te hidroksilaze ovisi o oksigenaciji stanice, pa je u stanju normoksije en-tumor suppresor, WT-1) 32,33 . Pretretman tkiva bubrega s HIF prolil-hidroksilaza inhibitorom, kojem je uloga da sprječava proteolizu HIF-1α, u eksperimentalnim modelima akutne i kronične bubrežene ozljede rezultira poboljšanom glomerularnom filtracijom 32,33 .…”
Section: Patofiziologija Oštećenja Stanica Hladnom Ishemijomunclassified
“…HIF-1α u ishemijskim uvjetima u jezgri potiče prepisivanje gena koji protektivno djeluju u stanicama, te na taj način štite od oštećenja 28,32 . Tijekom akutne ishemije bubrega, u tijeku koje je HIF-1α proteoliza inhibirana, HIF-1α se opaža u jezgri epitelnih stanica kanalića bubrega, gdje se spaja s HIF-1β u dimer koji je transkripcijski aktivni oblik HIF-1 32,33 . U stanjima akutnog oštećenja bubrega, kada je limitirana dostupnost glukoze, HIF-1 potiče hipoksijom induciranu staničnu smrt putem svog utjecaja na metabolizam glukoze.…”
Section: Patofiziologija Oštećenja Stanica Hladnom Ishemijomunclassified
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“…An acute change in cellular oxygen tension represents a trigger for cardiac arrhythmia where an appropriate substrate such as myocardial infarction or a defect in a gene encoding an ion channel exists (12,13). Although significant advancement has been made in understanding how changes in O 2 tension alter the function of glomus cells of the carotid body (14,15), and the pulmonary (16) and renal vasculature (17,18), the identity of the "oxygen sensor" remains controversial. This is particularly pertinent with respect to the heart since it is well recognised that this organ is critically dependent on O 2 for normal excitation and contraction.…”
Section: Introductionmentioning
confidence: 99%