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Thermodynamics of complexation and membrane activity of crown ethers

Ulugbek MirkhodjaevNational University of UzbekistanOleg YarishkinDepartment of Ophthalmology and Visual Sciences University of Utah, USAUmida SharafutdinovaNational University of UzbekistanUktam ToyirovNational University of UzbekistanNafisa AtamuratovaNational University of UzbekistanAnisa TashmukhamedovaNational University of UzbekistanBekdjan TashmukhamedovNational University of Uzbekistan

2020en

Ochiq kirishBronza

ABI

Annotatsiya

The use of thermodynamic characteristics in the analysis of data on complexation makes it possible to give the obtained data a definite physical and chemical interpretation. Our studies allow us to evaluate the complex forming abilities of compounds similar in structure to the molecules studied, and will help to analyze the "structure-function". They can replenish the database on the physical and chemical properties of crown ethers, and enable the prediction of only "constructed compounds". We have developed a reliable set of procedures for conductometric analysis of complex forming, membrane active and thermodynamic properties of sulfo derivatives-DB18C6, diacyl derivatives-DB18C6, 4’,4"(5")-dimethylaminoethanol-DB18C6 and bis-o-methoxyphenoxy-diethyl ethers.

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Identifikatorlar

DOI: 10.56017/2181-1318.1115

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