David B Bregman

8567305, Oct 29, 2013

Nov 5, 2010

12/940554

David B. Bregman - Clarksburg NJ, US

A23L 2/54

993232, 993231, 2611221, 261DIG 7

A portable aeration device includes a housing having an air chamber in communication with an ambient air source, a supply area, a valve restricting airflow between the air chamber and ambient air source, and a valve restricting airflow between the chamber and supply area. The housing defines an exit in communication with the supply area, the aeration device having a cap selectively covering the housing exit. The aeration device includes a diffuser having a plurality of openings, an output tube extending from the diffuser to a location in communication with the supply area to alternately supply air from the supply area to the diffuser and allow liquid to pass from the diffuser to the supply area. A pump is in communication with the air chamber to force air from the air chamber to the supply area. The aeration device includes a fastener for attaching the housing to a water bottle.

20030232767, Dec 18, 2003

Apr 3, 2001

09/825489

Sudhir Agrawal - Shrewsbury MA, US
Ekambar Kandimalla - Southboro MA, US
David Bregman - Trumbull CT, US
Sridhar Mani - Riverdale NY, US
Yi Lu - Bronx NY, US

A61K048/00
A61K031/28
A61K033/24
A61K033/40

514/044000, 424/649000, 424/616000, 514/492000, 600/001000

This invention relates to the fields of molecular biology and oncology. More particularly, this invention relates to the sensitization of cancerous cells to therapeutic agents. The invention provides methods, compositions, and formulations for potentiating or enhancing the toxicity of various cytotoxins and oxidizing agents, and of reducing the resistance and proliferation rate of cancer cells. It also provides various compositions and therapeutic formulations useful as anticancer agents.

41112091, Sep 5, 1978

Apr 18, 1977

5/788228

Sidney Wolvek - Brooklyn NY
Bruce L. Hanson - Wayne NJ
David Bregman - New York NY

Datascope Corporation - Paramus NY

A61F 700

128400

Apparatus and method for providing hypothermia or effecting hemostasis to prevent hemorrhaging in organs or regions of the human body and the like. In one application described herein, the apparatus provides hypothermia to the heart during, for example, cardio-pulmonary bypass. The apparatus comprises a unitary preferably disposable coolant fluid circuit, including a length of flexible tubing having a heat exchange portion and a flexible, inflatable bag through which a sterile coolant fluid passes. The inflatable bag is connected to the flexible tubing by a double lumen. The tubing is provided with appropriate fittings proximate to its juncture with the double lumen to allow introduction of coolant fluid. The heat exchanger portion of the coolant fluid circuit is located within a preferably disposable container which contains refrigeration means for reducing the temperature of the coolant fluid. A pump is provided which operates externally to the coolant fluid circuit in order to cause the coolant fluid to circulate therethrough.