rus
Issue #3-4/2020
I.V.Yaminskiy, А.I.Аkhmetova
High-speed atomic force and scanning capillary microscopy in solving problems of materials science, biology and medicine
High-speed atomic force and scanning capillary microscopy in solving problems of materials science, biology and medicine
DOI: 10.22184/1993-8578.2020.13.3-4.222.228
The development of highly efficient modes of a high-speed scanning probe microscope, primarily atomic force and scanning capillary microscopy, is of particular interest for successful biomedical research: studying biological processes and the morphology of biopolymers, determining antibiotic resistance of bacteria, targeted delivery of biomacromolecules, drug screening, early detection agents (viruses and bacteria), etc.
Tags: 2d and 3d printing 2d- и 3d-печать bacteria cells of higher organisms electrophysiology nanocapillaries polymers and biomacromolecules surface topography targeted delivery of substances viruses бактерии вирусы клетки высших организмов нанокапилляры направленная доставка веществ полимеры и биомакромолекулы топография поверхности электрофизиология
Subscribe to the journal Nanoindustry to read the full article.
The development of highly efficient modes of a high-speed scanning probe microscope, primarily atomic force and scanning capillary microscopy, is of particular interest for successful biomedical research: studying biological processes and the morphology of biopolymers, determining antibiotic resistance of bacteria, targeted delivery of biomacromolecules, drug screening, early detection agents (viruses and bacteria), etc.
Tags: 2d and 3d printing 2d- и 3d-печать bacteria cells of higher organisms electrophysiology nanocapillaries polymers and biomacromolecules surface topography targeted delivery of substances viruses бактерии вирусы клетки высших организмов нанокапилляры направленная доставка веществ полимеры и биомакромолекулы топография поверхности электрофизиология
Subscribe to the journal Nanoindustry to read the full article.
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