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higher TNFleadsto higher C - peptide
Certain medications that treat type 2 diabetescan also causehigh levels of C - peptide
due to a certain class of diabetes drugs known as sulfonylureas(passive) may also be causedHigh levels of c - peptide
on regular human blood samples(passive) can subsequently be discoveredC - peptide
ableto causehigh levels of C - peptide
diastolic dysfunction in these patientsmay have contributedto high peptide
SMC proliferation and pharmacological inhibition of these pathwayspreventedC - peptide
in 1967(passive) was discoveredC - peptide
insulin resistance and residual β - cell function(passive) influenced byC - peptide (
Residual -cell function and microvascular complicationsinfluencedbasal C - peptide
phospholemman ( PLM ) inhibition of the sodium / calcium exchanger 1 ( NCX1)AbstractFulltextPDFProtein Phosphatase 1c Associated with the Cardiac Sodium Calcium Exchanger 1preventsphospholemman ( PLM ) inhibition of the sodium / calcium exchanger 1 ( NCX1)AbstractFulltextPDFProtein Phosphatase 1c Associated with the Cardiac Sodium Calcium Exchanger 1
to the dissociation of TAPBPR from the Dd73C-5mer ( fig . S2ledto the dissociation of TAPBPR from the Dd73C-5mer ( fig . S2
likelycontributeslikely
to a significantly smaller decline in bound peptideledto a significantly smaller decline in bound peptide
high insulin levels and low glucose ( hypoglycemiawill causehigh insulin levels and low glucose ( hypoglycemia
Liver Damage Preferentially Results from CD8 + T Cells(passive) Triggered byLiver Damage Preferentially Results from CD8 + T Cells
proliferation of rat aortic smoothmuscle cells cultured in high - glucose conditionspreventsproliferation of rat aortic smoothmuscle cells cultured in high - glucose conditions
AD office(passive) created byAD office