Cardiovascular disease (CVD) is highly prevalent in chronic kidney disease, suggesting that molecules retained in uremia might contribute to this increased risk. We explored the relationship between p-cresol, a protein-bound uremic retention solute, and CVD by comparing the strength of this relationship relative to traditional and novel cardiovascular risk factors. Univariate Cox proportional hazard analysis showed that the free serum p-cresol concentration was significantly associated with CVD when the primary end point was the time to the first cardiovascular event. In multivariate analysis, free p-cresol was significantly associated with CVD in non-diabetics. In diabetic patients, however, a significant relationship between p-cresol and ...
p-Cresol Sulphate (pCS) is a uremic toxin that originates exclusively from dietary sources and has a...
Previously, uremic toxins were sometimes regarded as a large, mysterious, but also anonymous group o...
SummaryBackgroundUremic syndrome is a consequence of the retention of uremic solutes. Indoxyl sulfat...
Background and objectives: Cardiovascular disease is highly prevalent in chronic kidney disease. Tra...
Based on in vitro data, protein-bound uremic retention solutes have increasingly been recognized to ...
Serum p-cresyl sulfate (PCS) associates with cardiovascular disease in patients with chronic kidney ...
Background. Uraemic toxins are considered to be emerging mortality risk factors in chronic kidney di...
Background. Several protein-bound uraemic toxins (PBUTs) have been associated with cardiovascular (C...
Protein-bound uremic toxins (Indoxyl sulfate [IS] and p-cresyl sulfate [PCS]) are both associated wi...
Uremic toxins are emerging as important, non-traditional cardiovascular risk factors in chronic kidn...
The uremic syndrome is attributed to progressive retention of compounds that, under normal condition...
Cardiovascular disease, the leading cause of mortality in hemodialysis patients, is not fully explai...
BACKGROUND: Uremic toxins are emerging as important, non-traditional cardiovascular risk factors in ...
Numerous substances accumulate in the body in uremia but those contributing to cardiovascular morbid...
Numerous substances accumulate in the body in uremia but those contributing to cardiovascular morbid...
p-Cresol Sulphate (pCS) is a uremic toxin that originates exclusively from dietary sources and has a...
Previously, uremic toxins were sometimes regarded as a large, mysterious, but also anonymous group o...
SummaryBackgroundUremic syndrome is a consequence of the retention of uremic solutes. Indoxyl sulfat...
Background and objectives: Cardiovascular disease is highly prevalent in chronic kidney disease. Tra...
Based on in vitro data, protein-bound uremic retention solutes have increasingly been recognized to ...
Serum p-cresyl sulfate (PCS) associates with cardiovascular disease in patients with chronic kidney ...
Background. Uraemic toxins are considered to be emerging mortality risk factors in chronic kidney di...
Background. Several protein-bound uraemic toxins (PBUTs) have been associated with cardiovascular (C...
Protein-bound uremic toxins (Indoxyl sulfate [IS] and p-cresyl sulfate [PCS]) are both associated wi...
Uremic toxins are emerging as important, non-traditional cardiovascular risk factors in chronic kidn...
The uremic syndrome is attributed to progressive retention of compounds that, under normal condition...
Cardiovascular disease, the leading cause of mortality in hemodialysis patients, is not fully explai...
BACKGROUND: Uremic toxins are emerging as important, non-traditional cardiovascular risk factors in ...
Numerous substances accumulate in the body in uremia but those contributing to cardiovascular morbid...
Numerous substances accumulate in the body in uremia but those contributing to cardiovascular morbid...
p-Cresol Sulphate (pCS) is a uremic toxin that originates exclusively from dietary sources and has a...
Previously, uremic toxins were sometimes regarded as a large, mysterious, but also anonymous group o...
SummaryBackgroundUremic syndrome is a consequence of the retention of uremic solutes. Indoxyl sulfat...