Spatially resolved on-chip delivery of compounds with a cellular resolution is demonstrated by chemical stimulation of patterned rat cortical neurons within a network with a number of solutions of excitatory neurotransmitter glutamate delivered via microfluidics.
The coarse/acquisition (C/A) code has a length of 1,023 chips and a chip rate of 1.023 MHz.
Nowadays, the research and development of sensory systems like lab-on-a-chip [1, 2] for monitoring of toxic compounds in the atmosphere, water, food, and the identification of chemical composition of the outer space at all are becoming important task.
For example, the increasing level of optical integration in this sensor is suitable for microfluidic lab-on-a-chip applications with parallel analysis of multiple biochemical compounds.
Saturated fat is not a compound, but a class of compounds.
Both broadly accessible data, such as Medline and Chembank, in addition to internal proprietary data of the company in the form of gene chip experiments, compound screening databases, and clinical trial information play an important role in the success of drug repositioning.
For practical testing of large numbers of compounds in complex systems, the organ-on-a-chip is on the horizon [105].
A clear case of compounding the confusion.
In principle, one of the proteins was bound to a sensor chip, and the compounds were allowed to pass over the surface.
An "appliance on a chip" combines the features of many different chips onto a single chip.
