Or-Nim Medical Ltd.

Ilan Breskin

Revital Pery Shechter

Yaakov Metzger

Michal Balberg

Michal Rokni

Ofer Pintel

Michael Bendkowski

A probe assembly is presented for use in monitoring one or more parameters of a subject. The probe assembly comprises: an acoustic port for transmitting acoustic radiation into a region of interest in the subject, at least one light output port for transmitting incident light towards the region of interest, at least one light input port for receiving light returned from the subject, and a control utility integrated in the probe assembly, said control utility being configured for controlling at least one condition of a monitoring procedure and enabling the monitoring procedure upon detecting that said at least one condition is satisfied.

Apparatus for non-invasive optical monitoring

A fluid flow monitoring system is provided that has a processor utility which is connectable to an acoustic generator associated with acoustic ports and is operable for generating signals Sto activate the acoustic ports for irradiating a region of interest with acoustic radiation of a certain frequency range centered at a frequency Fand is connectable to at least one light output port associated with one or more light detectors for receiving light of at least one wavelength &#x3bb; from the region of interest including light tagged by said acoustic radiation. The processor utility may be configured for analyzing the generated signals Sand data indicative of the received light including light tagged by the corresponding acoustic radiation and determining correlation between the signals Sand the data indicative of the received light, the correlation being informative of a measure of fluid flow in a turbid medium.

Method and system for non-invasively monitoring fluid flow in a subject

A monitoring system is presented for monitoring fluid flow in turbid medium. The fluid flow monitoring system comprises a processor utility which is connectable to an acoustic generator associated with one or more acoustic ports and is operable for generating signals Sto activate said one or more acoustic ports for irradiating a region of interest with acoustic radiation of a certain frequency range centered at a frequency Fand is connectable to at least one light output port associated with one or more light detectors for receiving light of at least one wavelength &#x3bb; from the region of interest including light tagged by said acoustic radiation. In some embodiments, the processor utility is configured and operable for analyzing the generated signals Sand data indicative of the received light including light tagged by the corresponding acoustic radiation and determining correlation between said signals Sand said data indicative of the received light, said correlation being informative of a measure of fluid flow in the medium.

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Tel Aviv, Israel

Ilan Breskin