Biomedical Circuits and Signal Analysis Systems for Measurement within Microsystems

Vahid Farmehini
Microsystems are especially well-suited to the study of biological tissues, cells, microbials, and molecules, due to their capability for enabling microfluidic separation towards selective enrichment, high levels of parallelization, and highly sensitive spatially and temporally resolved measurements. However, current innovations to enhance biomedical measurements are chiefly focused in the sphere of materials chemistry and device design. We seek to advance biomedical measurements within microsystems integrating key technologies from electronics and signal analysis fields. Conventional techniques...
This data repository is not currently reporting usage information. For information on how your repository can submit usage information, please see our documentation.