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"Molecular Shakers" as Transmembrane Single-Molecule Channels Toward 1:1 Cl<sup>-</sup>/K<sup>+</sup> Cotransport. [PDF]
Angew Chem Int Ed EnglMi WH +6 more
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Hopping-Dominated Li+ Transport in Deeply Supercooled Polymer-in-Salt Electrolytes. [PDF]
J Phys Chem LettReddy TDN +5 more
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2023
Solute carrier family 26 (SLC26) is a family of functionally diverse anion transporters found in all kingdoms of life. Anions transported by SLC26 proteins include chloride, bicarbonate, and sulfate, but also small organic dicarboxylates such as fumarate and oxalate.
Geertsma, E., Oliver, D.
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Solute carrier family 26 (SLC26) is a family of functionally diverse anion transporters found in all kingdoms of life. Anions transported by SLC26 proteins include chloride, bicarbonate, and sulfate, but also small organic dicarboxylates such as fumarate and oxalate.
Geertsma, E., Oliver, D.
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Anion Transport in Astrocytesa
Annals of the New York Academy of Sciences, 1986We have examined the question of anion-transport systems in glia using primary astrocyte cultures prepared from neonatal rat brains. These studies show that these cells have exchange or cotransport systems for Cl- that appear to be electrically neutral, that is, SITS-sensitive Cl-/Cl- or Cl-/HCO3- anion exchange, and furosemide- and bumetanide ...
H K, Kimelberg, C L, Bowman, H, Hirata
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2002
Organic anion transporters were first identified in intestine, liver, and kidney based on extensive studies of membrane transport phenomena mainly of xenobiotics. Recent advances in membrane transport studies with the use of molecular biological approaches have confirmed the participation of such carrier-mediated transport in these tissues and the ...
A, Tsuji, I, Tamai
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Organic anion transporters were first identified in intestine, liver, and kidney based on extensive studies of membrane transport phenomena mainly of xenobiotics. Recent advances in membrane transport studies with the use of molecular biological approaches have confirmed the participation of such carrier-mediated transport in these tissues and the ...
A, Tsuji, I, Tamai
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Philosophical Transactions of the Royal Society of London. B, Biological Sciences, 1982
Abstract The principal anions transported by colonic epithelium are Cl-, HCO-3 and organic anions (OA-), particularly acetate, butyrate and pyruvate, these last being formed by microbial degradation of carbohydrate. In the normal absorptive rat colon, Cl- is transported from lumen to plasma both by the transcellular and paracellular ...
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Abstract The principal anions transported by colonic epithelium are Cl-, HCO-3 and organic anions (OA-), particularly acetate, butyrate and pyruvate, these last being formed by microbial degradation of carbohydrate. In the normal absorptive rat colon, Cl- is transported from lumen to plasma both by the transcellular and paracellular ...
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Anion Transporters and Biological Systems
Accounts of Chemical Research, 2013In this Account, we discuss the development of new lipid bilayer anion transporters based on the structure of anionophoric natural products (the prodigiosins) and purely synthetic supramolecular systems. We have studied the interaction of these compounds with human cancer cell lines, and, in general, the most active anion transporter compounds possess ...
Gale, Philip A. +2 more
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Anion transport and membrane morphology
The Journal of Membrane Biology, 1976Freeze-fracture electronmicroscopy has been used to examine the membrane ultrastructure of human red blood cells in the presence of inhibitors of chloride exchange. The extent of inhibition was correlated with a decrease of intramembrane particle density on the B-fracture face.
R B, Gunn, R G, Kirk
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Substrate anion transport in mitochondria
Biochimie, 1973Summary The transport of substrate anions across the mitochondrial inner membrane is mediated by specific translocators which bring about a 1:1 exchange between specific anion pairs. The translocators for adenine nucleotides, phosphate, dicarboxylates, tricarboxylates and α-oxoglutarate have been well-characterized.
A, Brouwer +4 more
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ANION TRANSPORT MECHANISMS IN NEURONS*
Annals of the New York Academy of Sciences, 1980Evidence has been presented and reviewed to show that chloride is often not in electrochemical equilibrium across neuronal cell membranes. An ATP- and sodium-dependent uptake mechanism has been described for the squid giant axon. Finally, the role of chloride in the maintenance of pH1 has been discussed. Present evidence favors a net chloride extrusion
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