2016
DOI: 10.15393/j6.art.2016.3642
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Novel morphometrics-on-a-chip: CCD-or CMOS-lab-on-a-chip based on discrete converters of different physical and chemical parameters of histological samples into the optical signals with positional sensitivity for morphometry of non-optical patterns

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Cited by 5 publications
(3 citation statements)
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“…The priority of this know-how in non-English publications has been fixed since 2012 [78][79][80]. Ideology of discrete multilayer conversion of physical non-optical parameters (of biological samples with spatially heterogenic structures such as living tissues, bacterial cultures, multilayer multi-species biofilms) into optical ones was published previously in 2015-2017 [81][82][83]. Ideology of telemetric translation of lens-less microscopy was published in 2012-2013 [84,85].…”
Section: Towards Combined Lens-less Imaging and Maldi Biotyping In So...mentioning
confidence: 99%
“…The priority of this know-how in non-English publications has been fixed since 2012 [78][79][80]. Ideology of discrete multilayer conversion of physical non-optical parameters (of biological samples with spatially heterogenic structures such as living tissues, bacterial cultures, multilayer multi-species biofilms) into optical ones was published previously in 2015-2017 [81][82][83]. Ideology of telemetric translation of lens-less microscopy was published in 2012-2013 [84,85].…”
Section: Towards Combined Lens-less Imaging and Maldi Biotyping In So...mentioning
confidence: 99%
“…Данные конвертеры могут состоять из элементов различных схем конверсии: сцинтилляционные преобразователи типа тонкослойных мозаик с различным квенчинг-фактором специфицированным для конкретных типов регистрируемых излучений; магнитометрические матрицы на базе ультрадисперсных магнитопорошковых флюкс-детекторов или тонкослойно нанесенных феррофлюидов с известными формами неустойчивостей; системы на твердотельных допированных матрицах для фиксации сигнала вне оптического диапазона; термолаковые ячеистые покрытия, локально изменяющие оптические характеристики при нагреве и т.д. (см., например, наш аналитический обзор [16] или примеры приложения данного принципа [17,18]). Однако техническая часть реализована была не полностью и, скорее, демонстрировала возможность данной…”
Section: цель и актуальность ниокрunclassified
“…Different LC converters of physical and chemical signals into optical ones can be used for biomedical morphochemical and morphodynamical [103][104][105][106] applications, including intraoperative [107] and implantable ones. Most progressive types of LC-assisted methods of optical spatial and spatiotemporal biological investigations in the nearest future must be associated with artificial intelligence and machine learning on the datasets of images, provided by using liquid crystalline converters [108,109].…”
Section: Introductionmentioning
confidence: 99%