Matches in DBpedia 2016-04 for { ?s ?p "A urea transporter is a membrane transport protein, transporting urea. Humans and other mammals have two types of urea transport proteins, UT-A and UT-B. The UT-A proteins are important for renal urea handling and are produced by alternative splicing of the SLC14A2 gene. Urea transport in the kidney is regulated by vasopressin.The structure of a urea transport family protein from Desulfovibrio vulgaris was determined by x-ray crystallography. The structure has a pathway through the membrane that is similar to that of ion channel proteins, accounting for the ability of urea transport proteins to move up to one million urea molecules per second across the membrane.Urea transporters can be inhibited by the action of urea analogues like thiourea and glycosides like phloretin. Their inhibition results in diuresis due to urea induced osmosis in the collecting ducts of the kidney."@en }
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- Urea_transporter abstract "A urea transporter is a membrane transport protein, transporting urea. Humans and other mammals have two types of urea transport proteins, UT-A and UT-B. The UT-A proteins are important for renal urea handling and are produced by alternative splicing of the SLC14A2 gene. Urea transport in the kidney is regulated by vasopressin.The structure of a urea transport family protein from Desulfovibrio vulgaris was determined by x-ray crystallography. The structure has a pathway through the membrane that is similar to that of ion channel proteins, accounting for the ability of urea transport proteins to move up to one million urea molecules per second across the membrane.Urea transporters can be inhibited by the action of urea analogues like thiourea and glycosides like phloretin. Their inhibition results in diuresis due to urea induced osmosis in the collecting ducts of the kidney.".
- Q7900354 abstract "A urea transporter is a membrane transport protein, transporting urea. Humans and other mammals have two types of urea transport proteins, UT-A and UT-B. The UT-A proteins are important for renal urea handling and are produced by alternative splicing of the SLC14A2 gene. Urea transport in the kidney is regulated by vasopressin.The structure of a urea transport family protein from Desulfovibrio vulgaris was determined by x-ray crystallography. The structure has a pathway through the membrane that is similar to that of ion channel proteins, accounting for the ability of urea transport proteins to move up to one million urea molecules per second across the membrane.Urea transporters can be inhibited by the action of urea analogues like thiourea and glycosides like phloretin. Their inhibition results in diuresis due to urea induced osmosis in the collecting ducts of the kidney.".