Leland Stanford Junior University

Jun-Chau Chien

Mohammad Amin Arbabian

In some embodiments, there is provided an apparatus including a common bus and a plurality of oscillatrode circuits coupled to the common bus, the plurality of oscillatrode circuits including a first oscillatrode circuit outputting a first frequency tone when a first input voltage is detected by the first oscillatrode circuit and a second oscillatrode circuit outputting a second frequency tone when a second input voltage is detected by the second oscillatrode circuit, wherein common bus carries the first frequency tone and the second frequency tone at different frequencies in a frequency division multiplex signal. Related systems, methods, and articles of manufacture are also disclosed.

High-throughput multiplexed recording

A microfluidics device includes an inlet, a plurality of parallelized microfluidic channels, a splitter and a plurality of detection electrodes. The inlet receives a fluidic sample including biological particles. The parallelized microfluidic channels include interaction zones for analysis of the biological particles. The splitter transmits the fluidic sample into the parallelized microfluidic channels. Detection electrodes can conduct the analysis. Each detection electrode is shared among the parallelized microfluidic channels. The detection electrodes are spatially encoded electrodes arranged on locations of each of the parallelized microfluidic channels.

Growing community of inventors

Stanford, CA, United States of America

Jun-Chau Chien