Embedding active sensing microelectronic substrates in microfluidic devices is a challenging feature in functional integration of complex bioanalytical protocols in lab-on-a-chip platforms. This paper reviews the design trade-offs of optical and impedance sensing techniques for cell biology imaging in view of their SNR limits. Results are discussed on the basis of experimental data of two prototypes.

A.Romani, N.Manaresi, G.Medoro, R.Guerrieri, M.Tartagni (2005). Beyond the microscope: embedded detectors for cell biology applications. SAN JOSE : s.n.

Beyond the microscope: embedded detectors for cell biology applications

ROMANI, ALDO;MANARESI, NICOLO';MEDORO, GIANNI;GUERRIERI, ROBERTO;TARTAGNI, MARCO
2005

Abstract

Embedding active sensing microelectronic substrates in microfluidic devices is a challenging feature in functional integration of complex bioanalytical protocols in lab-on-a-chip platforms. This paper reviews the design trade-offs of optical and impedance sensing techniques for cell biology imaging in view of their SNR limits. Results are discussed on the basis of experimental data of two prototypes.
2005
Proceedings of IEEE INTERNATIONAL SYMPOSIUM ON CIRCUITS AND SYSTEMS (ISCAS 2005)
2911
2914
A.Romani, N.Manaresi, G.Medoro, R.Guerrieri, M.Tartagni (2005). Beyond the microscope: embedded detectors for cell biology applications. SAN JOSE : s.n.
A.Romani; N.Manaresi; G.Medoro; R.Guerrieri; M.Tartagni
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/7804
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