To examine if antibody responses differ according to disease stage, we studied a cohort of 21 patients diagnosed with stage I, II, III and IV melanoma (Table 1) and evaluated the reactivity of antibody cultures (n = 1,800) from these patients to the metastatic melanoma cell line A-375 utilizing the cell-based ELISA.
Utilizing cell based transgenesis with site specific modification of the pig genome, one can be begin to modify gene function for the enhanced development of novel disease models in several research areas such as cardiovascular disease, xenotransplantation, and neurodegenerative diseases.
We thus attempted the search for regulatory relationships that control miRNA gene expression utilizing the cell-to-cell variability of miRNA and mRNA in single cells.
This discovery is useful when utilizing the IL and NP based magnetic electrolytes in solar cells and batteries.
The microfluidic chamber utilized traps cells based on their size.
If optimized surface passivation and ITO coverage can be utilized, NW-R solar cell based on longer SiNW array with optimized diameter will show a more obvious EQE enhancement in a wider wavelength range.
One of the human NSC lines, HB1.F3, was utilized in stem-cell based therapy in animal models of human neurological disorders.
Inertial focusing in microfluidics has been widely utilized to sort cells based on cell specific properties for clinical assay, the detection of environmental pathogenic microorganisms and cell biology research.
Fluorescence-activated cell sorting (FACS) has been successfully utilized in sorting cells based on these surface markers and it has high scientific value for the fields of regenerative medicine, and stem cell biology [9], [38], [39].
LED-induced fluorescence has been utilized in specific cases for, e.g., cell based analysis [ 13] and has the advantage of easily interchangeable LEDs for a wider range of wavelengths.
Thus, we consider utilizing the right figure, which corresponds to the normal cell, and further simulating a cancer cell based on the normal cell (right figure) to guarantee that both networks have the same nodes (see Figure 2(b)).
