… impedance spectroscopy was employed to distinguish skin cancer (A431 cells) and normal
cells (HaCaT cells) using … The time-dependent NI curves of the two cell types at 1465 Hz, the …

… For example, impedance spectroscopy was used to differentiate normal and malignant … the
yeast cell growth [11]. Several researchers are interested in using impedance spectroscopy to …

… This allows for detection of abnormal cells as well as classification of normal cell types. Due
… of a cell between the impedance measurement probes, positioning the target cell precisely …

In this work we present an assay to discriminate between normal and cancerous cells. The
method is based on the measurement of electrical impedance spectra of in vitro cell cultures. …

… The response functions of ECIS to V79 cells during normal cell culture procedures. The
smooth curve was derived from f(C,t) = 41.5(1 + 0.0485) (t − 2.7) . The number of initial attached …

… microfluidic electrical impedance spectroscopy (μEIS), which allows real-time measurement
of the electrical impedance of a single human prostate normal cell and cancer cell. The μEIS …

… normal (SV‐HUC‐1) and cancerous (TCCSUP) human urothelial cell lines using microelectrical
impedance spectroscopy (μEIS… the impedance of SV‐HUC‐1 and TCCSUP cells flowing …

… therefore these cell typesarehardly detectable by impedance spectroscopy. These cell
monolayers are … Therefore, conditions cells are normally exposed to in ordinary culture dishes are …

… are present in very small numbers, the sorting capability on this device could eventually
allow enrichment for the tumor cells by removing normal cells. Using several enrichment stages …

… the impedance mapping of in vitro cellular morphology by electrical impedance spectroscopy,
… known that metastatic cells proliferate much differently than normal cells, spatio-temporal …