Abstract: A system and method for continuous real time measurement of blood pressure in a subject is presented. The system includes a transducer assembly (e.g., having ultrasound array elements) in a cuff applied to the subject's body. The system measures physical characteristics such as geometry, elasticity and strain in a blood vessel as well as other external physical parameters. Computer modeling and signal processing of measured signals are used during inflation and/or deflation of the cuff to iteratively estimate the blood pressure of the subject.

Abstract: Systems and methods for measuring a patient's relative ocular distention as an indicator of eye, brain, and systemic hemodynamic and physiological conditions are provided. Ocular distention is measured and displayed continuously through the closed eyelid by strain imaging techniques, for example with ultrasound or optical computed tomography.

Abstract: Systems and methods for measuring a patient's relative ocular distention as an indicator of eye, brain, and systemic hemodynamic and physiological conditions are provided. Ocular distention is measured and displayed continuously through the closed eyelid by strain imaging techniques, for example with ultrasound or optical computed tomography.

Abstract: A system and method for continuous real time measurement of blood pressure in a subject is presented. The system includes a transducer assembly (e.g., having ultrasound array elements) in a cuff applied to the subject's body. The system measures physical characteristics such as geometry, elasticity and strain in a blood vessel as well as other external physical parameters. Computer modeling and signal processing of measured signals are used during inflation and/or deflation of the cuff to iteratively estimate the blood pressure of the subject.