3,3′-Diethyloxadicarbocyanine iodide, also known as DODCI is a laser dye that belongs to the group of cyanine dyes.
Application
3,3′-Diethyloxadicarbocyanine iodide is a suitable dye for mode-locking both pulsed and cw tunable rhodamine 6G lasers. It has been used as a micellar probe as it is positively charged and it stays at the micelle–water interface.
American journal of respiratory cell and molecular biology, 13(5), 518-525 (1995-11-01)
We investigated whether the airways of the lungs from 8 to 10 g fetal pigs (the pseudoglandular phase) have a nerve supply, are functionally innervated and narrow in response to electrical field stimulation and to agonists. Measurements of airway narrowing
The Biochemical journal, 208(2), 359-368 (1982-11-15)
Renal transport of four different categories of organic solutes, namely sugars, neutral amino acids, monocarboxylic acids and dicarboxylic acids, was studied by using the potential-sensitive dye 3,3'-diethyloxadicarbocyanine iodide in purified luminal-membrane and basolateral-membrane vesicles isolated from rabbit kidney cortex. Valinomycin-induced
The Journal of biological chemistry, 256(1), 402-408 (1981-01-10)
Cationic dyes of the cyanine type have been observed to specifically inhibit NAD-linked respiration in rat liver mitochondria, with 50% inhibition occurring at about 0.2 mumol/g of mitochondrial protein. The dyes show no effect on succinate oxidation or coupled phosphorylation
The Biochemical journal, 208(2), 369-376 (1982-11-15)
The mechanisms of uptake of dicarboxylic acids by rabbit renal luminal-membrane vesicles were studied by the use of filtration and spectrophotometric techniques as described in an accompanying paper [Kragh-Hansen, Jørgensen & Sheikh (1982) Biochem. J.208, 359-368]. Addition of l- or
Journal of neuroscience methods, 13(3-4), 199-212 (1985-05-01)
A novel application of voltage-sensitive dyes is described. Hippocampal slices in vitro accumulated voltage-sensitive cyanine dyes under conditions presumed to cause depolarization and hyperpolarization. Increasing extracellular potassium caused a depression of dye uptake that correlated linearly with the membrane potential
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