DR. JENNY E FREEMAN, M.D.
Radiology in Waltham, MA

8374682, Feb 12, 2013

Apr 4, 2006

11/396941

Jenny E. Freeman - Weston MA, US
Svetlana V. Panasyuk - Lexington MA, US
Michael J. Hopmeier - Mary Esther FL, US
Kevin Schomacker - Maynard MA, US
Derek Brand - Brighton MA, US

Hypermed Imaging, Inc. - Greenwich CT

A61B 6/00

600473, 600476

The invention is directed to methods and systems of hyperspectral and multispectral imaging of medical tissues. In particular, the invention is directed to new devices, tools and processes for the detection and evaluation of diseases and disorders such as, but not limited to diabetes and peripheral vascular disease, that incorporate hyperspectral or multispectral imaging.

2013002, Jan 24, 2013

Jul 20, 2012

13/554346

Jenny E. Freeman - Weston MA, US
Michael Lalli - Haverhill MA, US
Anita Karcz - Wetertown MA, US
Alexander Panasyuk - Lexington MA, US
Roman Bokhenik - North Easton MA, US
Malcom G. Bock - Medfield MA, US

Respiratory Motion, Inc. - Waltham MA

A61H 31/00, A61B 5/08, A61N 1/39

600529, 601 41, 607 6

Disclosed is a device, method and computer readable media for determining the adequacy of Cardiopulmonary Resuscitation (CPR). The device comprises an electrical source generator, an electrical signal sensor receiving a signal from the electrical source generator and a microprocessor. The microprocessor determines changes in impedance of the patient based on the signal received from the electrical signal sensor. Software executing on the microprocessor determines at least one of intrathoracic volume, change in intrathoracic volume, rate of compression, depth of compression, respiratory volume, and respiratory rate based on the change of impedance of the patient and outputs a signal indicating the adequacy of ventilation and compressions.

2012005, Mar 1, 2012

Feb 28, 2011

13/037348

Pierre Trepagnier - Medford MA, US
Jenny Freeman - Weston MA, US
James Mansfield - Boston MA, US
Derek Brand - Brighton MA, US
Michael J. Hopmeier - Mary Ester FL, US
Nikiforos Kollias - Skillman NJ, US

A61B 5/1455

600310

A non-invasive analyte monitoring instrument has a radiation source for directing excitation radiation to a portion of a surface of a tissue wherein said source emits radiation at a plurality of different wavelengths that excites a target in said tissue causing said target to emit radiation such that the radiation received at the surface provides an analyte level indication of the patient. A radiation detector positioned to receive radiation emitted from the surface wherein said radiation detector is configured to synchronously scan radiation emitted by the target with the excitation radiation. A processing circuit operatively connected to the radiation detector that translates radiation received at the surface to a measurable signal to obtain said analyte level indication, wherein said radiation source comprises a visible light source or an ultraviolet light source and wherein the target is selected from the group consisting of a structural matrix tissue component, a cellular tissue component, a mitochondrial tissue component, a collagen cross link, a pepsin-digestible collagen cross link, a collagenase-digestible collagen cross link, a non-pepsin digestible collagen cross link, an elastin cross link, a tryptophan-containing protein, NADH, FAD, a flavoprotein, and any combination thereof.

2004003, Feb 19, 2004

Aug 11, 2003

10/638656

James Mansfield - Boston MA, US
Jenny Freeman - Weston MA, US

A61B005/00

600/316000

This invention relates to methods for processing in vivo skin auto-fluorescence spectra for determining blood glucose levels. The invention also relates to methods of classifying cells or tissue samples or quantifying a component of a cell or tissue using a multivariate classification or quantification model.

7013172, Mar 14, 2006

Jul 22, 2004

10/896232

James R. Mansfield - Boston MA, US
Jenny E. Freeman - Weston MA, US
Michael E. Leventon - Lexington MA, US
Michael J. Hopmeier - Mary Esther FL, US
Derek Brand - Brighton MA, US

HyperMed, Inc. - Weston MA

A61B 5/05

600407, 600437

Hyperspectral imaging calibration devices and methods for their use are described that generate images of three dimensional samples. A calibration device may assume the shape of a desired imaging sample such as a body part and may be sterile prior to placement. The calibration device may include openings or may be modified to expose a region of the sample during use. Spectral images, typically obtained at multiple wavelengths, are made of the calibration device. Algorithms are provided that utilize the spectral images of the calibration device to determine the effects of lighting conditions and sample shape on the sample image to form a calibrated image. Calibrated images produced by these devices and methods can provide information, including clinical data that are less sensitive to lighting and sample shape compared to alternative technologies.

2012004, Feb 16, 2012

Aug 15, 2011

13/210360

Jenny E. Freeman - Weston MA, US
Michael Lalli - Haverhill MA, US
Alexander Mattfolk - Lexington MA, US
Alexander Panasyuk - Lexington MA, US
Charles Jahnke - Wayland MA, US
Nathaniel Steiger - Framingham MA, US
Svetlana V. Panasyuk - Lexington MA, US
Arvil Nagpal - Southborough MA, US
Roman Bokhenik - North Easton MA, US
Anita Karcz - Watertown MA, US

Respiratory Motion, Inc. - Waltham MA

A61B 5/0205, A61B 5/091, A61B 5/087, A61B 5/1455, A61B 5/08, A61B 5/0402

600301, 600529, 600538, 600534, 600484, 600532

This invention is directed to devices and methods for assessing a patient. The devices have at least one impedance measuring element functionally connected to a programmable element, programmed to analyze an impedance measurement, and to provide an assessment of at least one respiratory parameter of the patient. Preferably the device includes electronics which aid in calibration, signal acquisition, conditioning, and filtering.

7289835, Oct 30, 2007

Jun 2, 2005

11/145342

James Mansfield - Boston MA, US
Jenny Freeman - Weston MA, US

Masimo Laboratories, Inc. - Irvine CA

A61B 5/00

600316, 600317

This invention relates to methods for processing in vivo skin auto-fluorescence spectra for determining blood glucose levels. The invention also relates to methods of classifying cells or tissue samples or quantifying a component of a cell or tissue using a multivariate classification or quantification model.

8320996, Nov 27, 2012

Nov 29, 2005

11/288410

Svetlana V. Panasyuk - Lexington MA, US
Jenny E. Freeman - Weston MA, US
Alexander A. Panasyuk - Lexington MA, US

Hypermed Imaging, Inc. - Greenwich CT

A61B 6/00

600473, 600407, 600476

Apparatus and methods for hyperspectral imaging analysis that assists in real and near-real time assessment of biological tissue condition, viability, and type, and monitoring the above over time. Embodiments of the invention are particularly useful in surgery, clinical procedures, tissue assessment, diagnostic procedures, health monitoring, and medical evaluations, especially in the detection and treatment of cancer.

2011021, Sep 8, 2011

Mar 2, 2011

13/039022

Jenny E. Freeman - Weston MA, US
Kareem S. Reda - Cambridge MA, US
Matthew G. Brown - Freehold NJ, US
Cameron MacKenzie - Newton MA, US

TxtFLASH LLC - Houston TX

G08B 23/00

3405731

A method of automatically reminding an attendee of an appointment and a system implementing the method are disclosed. The method includes one or more computers implementing: obtaining an appointment reference from a registrant, predicting the likely behavior of the attendee, transmitting at least one reminder to the attendee based on the predicted likely behavior of the attendee, receiving a response from the attendee; and notifying the registrant of the response received from the attendee. The likely behavior of the attendee is based on at least one of past behavior and compiled demographic behavior.

2002017, Nov 21, 2002

Dec 27, 2001

10/026661

Edgar Lewis - Brookeville MD, US
Jenny Freeman - Weston MA, US
Karel Zuzak - Rockville MD, US
Michael Hopmeier - Mary Esther FL, US
Michael Schaeberle - Bethesda MD, US

A61B005/00

600/473000, 600/476000, 600/160000

The invention is directed to imaging apparatus for performing real-time assessment and monitoring. Embodiments of the device are useful in a plurality of settings including surgery, clinical procedures, tissue assessment, diagnostic procedures, forensic, health monitoring and medical evaluations.