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Design and FEM model Analysis of MEMS cantilever structure for detection of Colon Cancer using Mass sensing

机译:MEMS悬臂结构的设计和有限元模型分析,用于使用质量传感检测结肠癌

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Colorectal tumor is the third most regularly analysed malignancy and the fourth driving reason for growth demise in both men and ladies in India. The Indian Cancer Society estimates that 3,79,100 individuals will be determined to have colorectal malignancy and 49,190 individuals will die from the disease in 2018.Traditionally, colon tumor is analysed utilizing infinitesimal investigation of histopathological colon tests. We present a method of detecting Human colorectal carcinoma cells in blood. Cells experience duplication and separation inside multi-cell living beings. The portrayal of physical properties of cells, for example, their mass and solidness has been of awesome intrigue and can have significant ramifications in cell science, tissue engineering, and disease research including cancer. The mechanism of duplication will increase the mass of the infected cells in the blood. In our study, we identify the change in mass of the carcinoma cells in the blood by observing the change in Eigen frequency of the cantilever beam.
机译:结肠直肠肿瘤是第三次定期分析的恶性肿瘤和印度男士和女士在印度的增长消亡的第四个推动原因。印度癌症协会估计,3,79,100人将确定结直肠病恶性肿瘤,49,190人在2018年将死于该疾病。利用无限的组织病理学结肠试验分析结肠肿瘤。我们提出了一种检测血液中人结肠直肠癌细胞的方法。细胞体验多细胞生活中的重复和分离。例如,细胞的物理性质的描绘具有令人作呕的阴谋,并且可以在细胞科学,组织工程和疾病研究中具有显着的影响,包括癌症。重复机制将增加血液中受感染细胞的质量。在我们的研究中,我们通过观察悬臂梁的特征频率的变化来识别血液中癌细胞的质量变化。

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