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technospheramag
technospheramag
ТЕХНОСФЕРА_РИЦ
Issue #7-8/2019
Т.О.Плешакова, А.А.Валуева, И.А.Иванова, Н.В.Поталдыкова, Д.В.Еникеев, Д.А.Галицкая, Н.Е.Новикова, Ю.Д.Иванов
AFM studies of cell structures in biomedical research
AFM studies of cell structures in biomedical research
AFM was developed as an object visualization technique that presents a three-dimensional (3D) topographic image and structural details of samples. The ability to work in liquid media and at ambient temperature moved the AFM to biology and led to the analysis of biomolecules and cells at sub- / nanometer resolution. Today, AFM is a powerful multifunctional platform for visualizing biological samples from single molecules to living cells. The use of AFM as a nanodiagnostic device is a new area of biomedical research.
Теги: afm biomolecules cell structures live cells visualization of biological objects асм биомолекулы визуализация биологических объектов живые клетки клеточные структуры
АСМ-ИССЛЕДОВАНИЯ КЛЕТОЧНЫХ СТРУКТУР В БИОМЕДИЦИНСКИХ ИССЛЕДОВАНИЯХ
AFM STUDIES OF CELL STRUCTURES IN BIOMEDICAL RESEARCH
Т.О.Плешакова1, к.х.н., ст. науч. сотр., А.А.Валуева1, 2, И.А.Иванова1, Н.В.Поталдыкова3, Д.В.Еникеев3, Д.А.Галицкая3, врач-уролог, Н.Е.Новикова4, Ю.Д.Иванов1, д.б.н., проф., заведующий лабораторией нанобиотехнологий / t.pleshakova@gmail.com
Т.О.Pleshakova1, Cand. of Sc. (Chemistry), А.А.Valuyeva1, 2, I.А.Ivanova1, N.V.Potaldykova3, D.V.Enikeev3, D.А.Galitskaya3, urologist, N.Е.Novikova4, Yu.D.Ivanov1, Doctor of Sc. (Biology), Prof., Head of Laboratory
DOI: 10.22184/1993-8578.2019.12.7-8.416.418
Получено: 01.10.2019 г.
AFM was developed as an object visualization technique that presents a three-dimensional (3D) topographic image and structural details of samples. The ability to work in liquid media and at ambient temperature moved the AFM to biology and led to the analysis of biomolecules and cells at sub- / nanometer resolution. Today, AFM is a powerful multifunctional platform for visualizing biological samples from single molecules to living cells. The use of AFM as a nanodiagnostic device is a new area of biomedical research.
AFM STUDIES OF CELL STRUCTURES IN BIOMEDICAL RESEARCH
Т.О.Плешакова1, к.х.н., ст. науч. сотр., А.А.Валуева1, 2, И.А.Иванова1, Н.В.Поталдыкова3, Д.В.Еникеев3, Д.А.Галицкая3, врач-уролог, Н.Е.Новикова4, Ю.Д.Иванов1, д.б.н., проф., заведующий лабораторией нанобиотехнологий / t.pleshakova@gmail.com
Т.О.Pleshakova1, Cand. of Sc. (Chemistry), А.А.Valuyeva1, 2, I.А.Ivanova1, N.V.Potaldykova3, D.V.Enikeev3, D.А.Galitskaya3, urologist, N.Е.Novikova4, Yu.D.Ivanov1, Doctor of Sc. (Biology), Prof., Head of Laboratory
DOI: 10.22184/1993-8578.2019.12.7-8.416.418
Получено: 01.10.2019 г.
AFM was developed as an object visualization technique that presents a three-dimensional (3D) topographic image and structural details of samples. The ability to work in liquid media and at ambient temperature moved the AFM to biology and led to the analysis of biomolecules and cells at sub- / nanometer resolution. Today, AFM is a powerful multifunctional platform for visualizing biological samples from single molecules to living cells. The use of AFM as a nanodiagnostic device is a new area of biomedical research.
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