Sentence examples for cell based chip from inspiring English sources

Establishment strong link at the cell electrode interfaces is prerequisite for developing an effective cell based chip.

Usually adhesion molecules, proteins and peptides are used for insuring the proper cell electrode interaction of a cell based chip.

Electrochemical measurement of a cell based chip depends on the conductivity of the electrode material, proper cell electrode interaction and the actual electro-physiologic state of the cell.

The whole cell based chip has become a potential tool for electrochemical monitoring or sensing environmental toxicity and in vitro drug effect study.

Therefore, this review discusses on the use of several biomaterials at cell electrode interfaces of a living cell based chip together with their influence on cellular adhesion as well as on the electrochemical measurements.

Based on these numerous applications RGD tripeptide sequences were considered as the most suitable material to establish the strong cell electrode interaction and can be used for the development of new generation cell based chip for the onsite monitoring analytes.

With E. coli and amoxicillin as a model system, we showed an excellent agreement between on-chip single cell based assay with conventional methods on quantitative measures (i.e., IC50 and MIC) of antibiotic inhibition.

Choi and his group reported on the fabrication of a cell-based chip, based on coating Au electrodes with RGD (Arg-Gly-Asp) peptide terminated with cysteine residues to enhance the adhesion of HepG2 cells and the electrochemical sensitivity of the developed cell-based chip [54 58].

Examples of ongoing research activities in our laboratory involve developing: functional biomaterials such as self-healing materials, technologies to improve stem cell based therapies including activating endogenous stem cells, engineered functional tissue grafts, and organ-on-a-chip systems.

We assessed the epigenetic signature by (ChIP-qPCR) on several canonical BMI1 DNA targets in Sca1+CD45− cardiac progenitor cells based on our ChIP-seq Bmi1-related targets in homeostasis (Supplementary Table S2) and others previously described [21, 44].

The principle of these electrochemical cell-based chips was based on recording the electrochemical behavior of the cell's suspension or confluent cell monolayers on the chip's surface.