1. Repository of Kharkiv National Medical University

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PreviewIssue DateTitleAuthor(s)
2016-11-07Complex permittivity measurement of erythrocytes at a frequency of 9.2 GHz by resonator methodBatyuk, Liliya; Kizilova, Nataliya; Astapovich, Dmitrii; Berest, Volodumir
Complex flows of cellular suspensions in microtubes.pdf.jpg2017-10-23Complex flows of cellular suspensions in microtubes at different temperaturesKizilova, Nataliya; Batyuk, Liliya
Mathematical modeling of temperature distribution in malignant tumors.pdf.jpg2017-04-28Mathematical modeling of temperature distribution in malignant tumors that are heterogeneous by blood streamBatyuk, Liliya; Kizilova, Nataliya; Chovpan, Hanna
Thermodynamic approach to dielectric parameters of human blood.pdf.jpg2017-05-21Thermodynamic approach to dielectric parameters of human blood: application to early medical diagnostics of tumorsBatyuk, Liliya; Kizilova, Nataliya
Mathematical modelling conformational dynamics of DNA by dielectric spectroscopy.pdf.jpg2017-05-24Mathematical modelling conformational dynamics of DNA by dielectric spectroscopyBatyuk, Liliya; Astapovich, Dmitrii; Berest, Volodumir; Kizilova, Nataliya
Free and confined water.pdf.jpg2018-05-18Free and confined water at the erythrocyte membranes of healthy and invalid individuals: a microwave dielectric studyBatyuk, Liliya; Kizilova, Nataliya
Modeling of dielectric permittivity of the erythrocytes membrane as a three-layer model .pdf.jpg2018-04-05Modeling of dielectric permittivity of the erythrocytes membrane as a three-layer modelBatyuk, Liliya; Kizilova, Nataliya
Nanodiamonds and RBCs membrane .pdf.jpg2018-04-19Nanodiamonds and RBCs membrane in ischemic strokeBatyuk, Liliya; Kizilova, Nataliya; Muraveinik, Oksana
Disturb of eryth memb during ischemic.pdf.jpg2018-05-16Disturbances of erythrocytes membrane during ischemic and hemorrhagic stroke: assessment of proteins pathologyBatyuk, Liliya; Kizilova, Nataliya; Muraveinik, Oksana
Human_Red_Blood_Cell_Propert_Sedimen_Rate_Biomech_Study.pdf.jpg2018-09-07Human Red Blood Cell Properties and Sedimentation Rate: a Biomechanical StudyKizilova, Nataliya; Batyuk, Liliya; Cherevko, Vitalina

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