Matches in SemOpenAlex for { <https://semopenalex.org/work/W3147607211> ?p ?o ?g. }
- W3147607211 endingPage "320" @default.
- W3147607211 startingPage "303" @default.
- W3147607211 abstract "The separation of circulating tumor cells (CTCs) that originate from tumor or cancer tissue plays an important role in cancer diagnostics, progression analyses, and treatment proficiency. Cancer metastasis occurs when CTCs spread throughout the body and invade healthy tissues, which leads to new tumors in that area. Although a dramatic rate of death begins from CTCs spreading around the body, valuable measures can be taken to control their development. A first step is separating these harmful cells from the bloodstream and then investigating their features to introduce complementary treatments that can affect the cancerous cells without damaging healthy cells. Numerous techniques have been developed for continuous and fast separation of CTCs. Over the last two decades, the reduction in reagent demand, sample volume, analysis time, and patient safety are just a few of the motivations that encourage researchers to study microfluidic instruments for CTC separation from other blood cells. Among them, inertial microfluidic devices are promising due to their simple structure and setup. However, one shortcoming of this technique is the need for pumps to drive fluid flow, a low ability to control cell movement, and the possibility of clogging the channel. One technique that may potentially overcome these shortcomings is the so-called rotational micro-fluidic platform. However, this technique alone is still not sufficient. In this paper, a detailed analysis of each technique that emphasizes both strengths and shortcomings is presented. Subsequently, a new approach that combines microfluidics with magnetic nanoparticles and is based on the antibody binding principle is proposed. The feasibility of implementing this combined technique will also be discussed." @default.
- W3147607211 created "2021-04-13" @default.
- W3147607211 creator A5063735853 @default.
- W3147607211 creator A5069252636 @default.
- W3147607211 creator A5072321318 @default.
- W3147607211 date "2021-09-01" @default.
- W3147607211 modified "2023-09-29" @default.
- W3147607211 title "Novel microfluidic approaches to circulating tumor cell separation and sorting of blood cells: A review" @default.
- W3147607211 cites W1591338970 @default.
- W3147607211 cites W1701091641 @default.
- W3147607211 cites W1972867200 @default.
- W3147607211 cites W1975022672 @default.
- W3147607211 cites W1978361853 @default.
- W3147607211 cites W1997445331 @default.
- W3147607211 cites W1997453226 @default.
- W3147607211 cites W2002534404 @default.
- W3147607211 cites W2004482740 @default.
- W3147607211 cites W2006197460 @default.
- W3147607211 cites W2007700456 @default.
- W3147607211 cites W2008952870 @default.
- W3147607211 cites W2009547418 @default.
- W3147607211 cites W2010647505 @default.
- W3147607211 cites W2011777307 @default.
- W3147607211 cites W2014512524 @default.
- W3147607211 cites W2017622768 @default.
- W3147607211 cites W2018050443 @default.
- W3147607211 cites W2019703326 @default.
- W3147607211 cites W2026729621 @default.
- W3147607211 cites W2026966019 @default.
- W3147607211 cites W2030162641 @default.
- W3147607211 cites W2030593367 @default.
- W3147607211 cites W2034219288 @default.
- W3147607211 cites W2040553447 @default.
- W3147607211 cites W2041040358 @default.
- W3147607211 cites W2043198459 @default.
- W3147607211 cites W2049518461 @default.
- W3147607211 cites W2050827942 @default.
- W3147607211 cites W2050970390 @default.
- W3147607211 cites W2059024717 @default.
- W3147607211 cites W2062353311 @default.
- W3147607211 cites W2064198640 @default.
- W3147607211 cites W2064956185 @default.
- W3147607211 cites W2066126707 @default.
- W3147607211 cites W2066400670 @default.
- W3147607211 cites W2069278072 @default.
- W3147607211 cites W2071222092 @default.
- W3147607211 cites W2074457320 @default.
- W3147607211 cites W2081021011 @default.
- W3147607211 cites W2084316403 @default.
- W3147607211 cites W2089919997 @default.
- W3147607211 cites W2094461517 @default.
- W3147607211 cites W2100589968 @default.
- W3147607211 cites W2101273951 @default.
- W3147607211 cites W2102153483 @default.
- W3147607211 cites W2104893368 @default.
- W3147607211 cites W2112331560 @default.
- W3147607211 cites W2115158793 @default.
- W3147607211 cites W2116649306 @default.
- W3147607211 cites W2125051097 @default.
- W3147607211 cites W2151941496 @default.
- W3147607211 cites W2167281092 @default.
- W3147607211 cites W2168705567 @default.
- W3147607211 cites W2171313058 @default.
- W3147607211 cites W2207498669 @default.
- W3147607211 cites W2253761444 @default.
- W3147607211 cites W2271628700 @default.
- W3147607211 cites W2273539160 @default.
- W3147607211 cites W2286707894 @default.
- W3147607211 cites W2288873576 @default.
- W3147607211 cites W2326444177 @default.
- W3147607211 cites W2396880606 @default.
- W3147607211 cites W2471676360 @default.
- W3147607211 cites W2501196995 @default.
- W3147607211 cites W2566356669 @default.
- W3147607211 cites W2591084659 @default.
- W3147607211 cites W2592370277 @default.
- W3147607211 cites W2593414577 @default.
- W3147607211 cites W2594292192 @default.
- W3147607211 cites W2616180453 @default.
- W3147607211 cites W2766605257 @default.
- W3147607211 cites W2804811661 @default.
- W3147607211 cites W2896045899 @default.
- W3147607211 cites W2910821981 @default.
- W3147607211 cites W2916503579 @default.
- W3147607211 cites W2925334696 @default.
- W3147607211 cites W2936832628 @default.
- W3147607211 cites W2949672730 @default.
- W3147607211 cites W2950915820 @default.
- W3147607211 cites W2963716757 @default.
- W3147607211 cites W2969764248 @default.
- W3147607211 cites W2978489158 @default.
- W3147607211 cites W2980966800 @default.
- W3147607211 cites W2994767806 @default.
- W3147607211 cites W3006240892 @default.
- W3147607211 cites W3007394698 @default.
- W3147607211 cites W3012863470 @default.
- W3147607211 cites W3013975339 @default.
- W3147607211 cites W3016140574 @default.