We report on a micromachined silicon chip that is capable of providing a high-throughput
functional assay based on calorimetry. A prototype twin microcalorimeter based on the …

… of microphysiometry (similar to other cell-based assays): On the one hand, it is the objective
of microphysiometry … This situation typically applies to all biomedical cell-based assays and …

… microphysiometer … microphysiometer, and study effects of different drugs on cell metabolism.
Further, the research explores drug analysis method of the multiparameter microphysiometer…

Goal: This contribution points out the need for well-defined and documented data processing
protocols in microphysiometry, an evolving field of label-free cell assays. The sensitivity of …

We report on a micromachined silicon chip that is capable of providing a high-throughput
functional assay based on calorimetry. A prototype twin microcalorimeter based on the …

… In the biomedical sciences and in the sub-field of microphysiometry, the varying experimental
conditions and lack of automation (ie, possible inclusion of handling variances by lab …

… Multianalyte microphysiometry is a powerful technique for studying cellular metabolic flux
in … with a previously developed multianalyte microphysiometer have shown low levels of …

… of the biomedical sensors. … biomedical sensor technologies and their required measurement
techniques which include the fundamentals and the practical applications of the biomedical …

… others, We feel that the Cytosensor@ Microphysiometer System is a useful tool for quantifying
… assays such as the microphysiometer to quantitate characteristics of the cell environment. …

Cell or living tissues are cultured in microreaction chambers. Cell metabolic rates are
monitored in real time with electric or optic microsensors for pH value and dissolved oxygen …