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Podocytes express large-conductance Ca-activated K channels (BK channels) and at least two different pore-forming KCa1.1 subunit C-terminal splice variants, known as VEDEC and EMVYR, along with auxiliary β and γ subunits. Podocyte KCa1.

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A 37-year-old man presented with symptoms of polyuria and weight loss over the past year. Initial laboratory examination showed elevated blood glucose level (468 mg/dL [25.9 mmol/L]; normal reference range [RR], 75-109 mg/dL [4.

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Concerns Regarding the Use of Kirchhoff's Laws in Pharmacokinetics.

AAPS PharmSciTech

January 2025

Department of Pharmaceutical and Biomedical Sciences, College of Pharmacy, University of Georgia, Athens, Georgia, USA.

Over the last two years the idea that the principles presented in Kirchhoff's circuit and voltage laws also pertain to pharmacokinetics (1-3). It is claimed that these principles make the elimination in the liver and kidney more straight forward to model and provide a rationale for understanding why sometimes during bioavailability studies one arrives at bioavailability values greater than 100%. In this paper it will be shown that these claims are based on incorrect translations of the Kirchhoff's Laws to pharmacokinetics.

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Background: Chronic kidney disease (CKD) represents a significant global public health challenge. This study aims to identify biomarkers of renal fibrosis and elucidate the relationship between unilateral ureteral obstruction (UUO), immune infiltration, and cell death.

Methods: Gene expression matrices for UUO were retrieved from the gene expression omnibus (GSE36496, GSE79443, GSE217650, and GSE217654).

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How infusion fluids are distributed and eliminated is of importance to how much and how fast they should be administered. This manuscript applies population pharmacokinetic modeling to intravenous infusions of crystalloid fluid, which is a common therapy in hospital care and mandatory during surgery. The analysis was based on the hemodilution and urine output measured during and after 262 infusions of 1647 ± 461 mL (mean ± SD) of fluid over 30 min in adults.

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