Other

Rogers Imaging Corp.

Harvard College

Rick A Rogers

David R Elmaleh

Hjalmar Brismar

Howard A Stone

Robert M Westervelt

John W Hutchinson

Brendan Clifford

An apparatus preventing hearing loss having a body made of soft compliant material having first and second ends and a channel extending therethrough, an acoustically limp material adjacent one end of the body with the acoustically limp material having a hole therein aligned with the channel extending through the body, component film, or other structure covering or sealing the opening in the acoustically limp material. The film may be a high-strength polymer less than 10 micrometers thick. A plurality of channels may extend through the body and a plurality of corresponding holes may be provided in the acoustically limp material. The film covers or seals the holes in the acoustically limp material. The film may behave like a flap to close in response to high energy sound waves. The flap shuts from the high intensity shock wave. The body may have shape to fit in an ear canal.

Nano-otologic protective equipment for impact noise toxicity and/or blast overpressure exposure

The invention is directed to a probe-type imaging device useful to visualize interior surfaces, e.g., the lumen of blood vessels. Specifically, the probe-type device is particularly useful for direct tissue imaging in the presence or absence of molecular imaging agents.

Intravascular imaging device and uses thereof

A billiards game having at least one set of cards for directing game play, wherein the cards include picture-based depictions and/or descriptions for a given shot to be attempted by the game player(s). Scoring related to each shot is included on the respective card. Also, a method for playing a billiards game having at least one set of cards for directing game play, wherein the cards include picture-based depictions and/or descriptions for a given shot to be attempted by the game player(s) until the ball(s) are sunk into pocket(s) on the table.

Billiards card game

The present invention clarifies and contrasts stain intact biological tissue samples for microscopic analysis. A biological specimen is depigmented and then contacted with a fluorescent dye, wherein the dye stains the specimen nonspecifically. The depigmented, non-specifically stained specimen is equilibrated in a clearing solution, wherein the refractive index of the clearing solution approximates that of the specimen, thereby preparing the biological specimen for visual analysis.

Method for imaging tissue

The present invention provides a method to clarify and contrast stain intact biological tissue samples for microscopic analysis. Biological specimens are prepared for visual analysis by depigmenting specimen, staining the specimen non-specifically with fluorescent dye, and equilibrating the depigmented, non-specifically stained specimen in a clearing solution, wherein the refractive index of the clearing solution approximates that of the specimen. Visual analysis of the specimen can include, for example, determination of distribution, quantity and size of foreign material in the biological specimen. Also, the morphology of tissue surrounding foreign material can be assessed.

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Needham, MA, United States of America

Rick A Rogers