Andrew R Levy

20040147818, Jul 29, 2004

Nov 12, 2003

10/712758

Andrew Levy - Charlestown MA, US
Wolfgang Scholz - Beverly MA, US
Tomas Russ - Carlisle MA, US
Clifford Kelly - Windham NH, US
Joseph Elaz - North Andover MA, US
Kenneth Fuchs - Wayland MA, US

A61B005/00

600/300000, 340/539120

A system, housed as a portable monitoring unit, monitors and processes signal parameters acquired from a patient in multiple operational modes. A data acquisition processor receives patient parameter data from a plurality of different patient attached sensors and processes that data to provide processed patient parameter data. An image reproduction device displays processed patient parameter data. A communication interface communicates the processed patient parameter data to the image reproduction device for display and concurrently communicates the processed patient parameter data to either a docking station when said portable monitoring unit is docked in said docking station in a first mode or a network access point coupled to a communication network via wireless communication in a second mode. A power unit re-charges a battery in the portable monitoring unit in the first mode.

54809754, Jan 2, 1996

Feb 8, 1994

8/193569

Mark A. Goldberg - Boston MA
Andrew P. Levy - Brookline MA

Brigham and Women's Hospital - Boston MA

A61K 3324
A61K 3330
A61K 3332
A61K 3334

530399

Transition metal ions enhance the ability of the body to increase vascularization, particularly for revascularizing damaged tissues, apparently because they enhance expression of the vegF gene, so as to increase VEGF levels. According, hypoxic tissue damage can be treated or prophylactically reduced by administering a composition comprising a transition metal ion capable of stimulating vascularization. Treatment can be accomplished using compositions of matter which include a transition metal ion in a sterile, biologically compatible carrier, packaged as a unit dosage effective to increase vascularization in hypoxic tissue. For systemic administration, the transition metal ion is formulated at a concentration that is non-toxic and ineffective to increase vascularization in non-hypoxic tissue. For local administration, the transition metal ions are formulated in a slow-releasing carrier to release the transition metal ions continually over a prolonged period in an amount effective to increase vascularization locally. For example, for topical application, the composition may be a salve, a gel, or a patch.

20150248534, Sep 3, 2015

Sep 18, 2013

14/429333

- Andover MA, US
Kathleen Datta - Arlington MA, US
Tatyana Goryacheva - Moscow, RU
Andrew P. Levy - Charlestown MA, US
Andreas Beier - Haverhill MA, US
Roman Ernesto Pichardo - Woburn MA, US

Draeger Medical Systems, Inc. - Andover MA

G06F 19/00
G06F 3/0484
G06F 3/0482

A method and apparatus that displays at least one user interface display image including patient parameter data is provided. An acquisition processor selectively acquires, from a storage repository, at least one type of patient medical parameter data associated with at least one patient acquired over a period of time. A display processor generates a display including at least one display image representing at least a portion of the acquired patient medical parameter data and a navigation bar associated with the at least one display image including a user selectable window identifying a range of acquired patient medical parameter data to be displayed within the display image. A controller is electrically coupled to the acquisition processor and the display processor. The controller controls navigating through the patient medical parameter data and adjustment of the user selectable window, and causes the display processor to modify the generated at least one display image.