contrast, age matched lttermate controls showed lttle or no apopt

contrast, age matched lttermate controls showed lttle or no apoptoss.ncreased expressoof Cux1 correlates wth the dowregulatoof p27 the Pkd1CD mce Snce p27 and p21 are targets of transcrptonal repressoby Cux1, we analyzed the ranges of those protens complete kdney lysates in the Pkd1CD mce.In contrast to controls, p27 ranges had been reduced the kdneys from the two P7 and P15 Pkd1CD mce.p21 s generally downregulated incredibly early durng kdney development.Accordngly, we had been not able to detect p21 expressothe Pkd1CD mce.DscussoPolycystc kdney dsease s a systemc dsorder characterzed by flud fled renal cysts collectively wth various additional renal functions.Autosomal domnant polycystc kdney dsease final results from mutatons 1 of two genes, PKD1, whch encodes the polycyst1 proten, and PKD2, whch encodes the polycyst2 proten.ncreasng evdence suggests that PKD s a developmental dsorder.Aberrant cell prolferatos a pathologcal function of PKD and mcropolyps or foc of prolferatng cells cabe noticed populatng the kdneys ofhumaPKD patents and expermental anmal models of PKD.
The function of polycystns regulatng the cell cyclehas beedescrbed whch polycyst1, cooperatowth polycyst2, functons to manage the cyclknase nhbtor p21 by selleck inhibitor sgnalng through the JAK STAT pathway.Cux1 s ahomeobox gene that regulates the cell cycle by transcrptonally repressng the cyclknase EX-527 nhbtors p21 and p27.the developng kdney, Cux1 shghly expressed the nephrogenc zone, aarea ofhgh cell prolferaton, where t functons to repress p27, thereby keepng cells the cell cycle.As nephrons mature, the ranges of Cux1 reduce, and cells move out of the cell cycle and termnally dfferentate.Our prevous studes showed thopc expressoof Cux1 the Pkd1 null and cpk mouse versions of polycystc kdney dsease, and cells obtaned from the renal cysts of ADPKD patents.Comparatve studes within the expressoof Cux1 and ts correlatowth cyst progressowere performed the Pkd1 null and cpk mouse models.Kdneys in the Pkd1 null mce showed ncreased expressoof Cux1, whch correlated wth ncreased cell prolferaton.
contrast, ncreased expressoof Cux1 durng late phases of cyst progressothe cpk mce was assocated wth apoptoss.These studes suggested a dfference the mechansm of cyst progressobetweethese anmal designs.on the other hand, the embryonc lethalty of Pkd1 null mce lmted our studes for the embryonc stages of cystogeness.Analyss

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