MILTON WANER, MD
Medical Practice in New York, NY

2005023, Oct 27, 2005

Apr 1, 2004

10/816016

Gal Shafirstein - Little Rock AR, US
Scott Ferguson - Vilonia AR, US
Louis Fink - Little Rock AR, US
Paula North - Little Rock AR, US
Milton Waner - New York NY, US

B01L003/00

422099000

An apparatus for sectioning fresh unfixed tissue into very thin layers with preserved tissue architecture, antigenicity, mRNA content, and amenable to 3-D computer reconstruction. An electro-discharge machine (EDM) to accurately slice tissues through electro-dissociation of the tissue without mechanical or thermal damage. The tissue sample is placed on a holder submerged in a cooling bath comprising a liquid such as saline or water to minimize thermal effects and to provide a sink for dissociated ions. A cutting tool is electrically biased with respect to the tissue sample. A computer controlled EDM machine with x-y-z translation stage slices the tissue as defined by a predetermined program. The liquid in the cooling bath may be cooled to minimize tissue heating during cutting. In a preferred embodiment, the cutting tool may use focused RF energy to produce consecutive thin sections of fresh tissue for immunohistochemical and nucleic acids analyses by electro-dissociation without mechanical or thermal damage, ultimately allowing high-resolution volumetric reconstruction of gene and protein expression patterns of large tissue specimens.

2009031, Dec 24, 2009

Apr 5, 2006

11/398507

Ronald Marcotte - New Gloucester ME, US
Walter Hebold - Casco ME, US
Milton Waner - New York NY, US
Louis Fink - Las Vegas NV, US
Mark Cowperthwaite - Naples ME, US

A61M 5/145, A61M 5/14

604510, 604131, 604151

A delivery device delivery system and a method for delivering substances into blood vessels. The delivery device includes a body having a first end, a second end, and an outer surface. A first substance reservoir is disposed within the body and at least one cannula extends from the first end of the body. The cannula includes a cannula tip having a cannula opening therethrough and a cannula sheathing defining an interior passage in fluid communication with the first substance reservoir. A means is provided for delivering the first substance from the first substance reservoir through one of the at least one cannula, and a means is provided for delivering the second substance through one of the at least one cannula.

2008029, Dec 4, 2008

May 30, 2008

12/130656

Yupo Ma - Las Vegas NV, US
Louis M. Fink - Las Vegas NV, US
David C. Ward - Las Vegas NV, US
Milton Waner - New York NY, US

Nevada Cancer Institute - Las Vegas NV

C12N 5/08, C12N 5/06, C12Q 1/68, C12Q 1/02, G01N 33/53, A01K 67/02, A61K 38/20

424 852, 435325, 435 6, 435 29, 800 9, 435372, 435378, 435 71

The present invention describes stem cells and progenitor cells derived from hemangiomas, including testing of angiogenic inhibitors using these cells. The invention as described is useful in providing a process to culture and propagate hemangioma stem cells and generate xenograft models to develop treatments for infantile hemangiomas and other types of vascular lesions.

2006017, Aug 3, 2006

Jan 3, 2005

11/028467

Ronald Marcotte - New Gloucester ME, US
Mark Arsenault - Sanford ME, US
Dominic Pelletier - Raymond ME, US
Walter Hebold - Raymond ME, US
Milton Waner - New York NY, US
Louis Fink - Las Vegas NV, US

A61B 6/00

600473000

A needle insertion system and method. The insertion system includes an imaging system and a needle. The imaging system includes at least one infrared emitter an infrared detector, a computing unit, a display device, and a power source. The method includes the steps of preparing a body target area, putting on the headset, powering up the system, locating a target blood vessel, picking up the needle, aligning the needle with the target blood vessel, inserting the needle, advancing the needle until a sufficient depth of penetration has been reached, and withdrawing the needle.

8609414, Dec 17, 2013

Jun 23, 2011

13/167493

Yupo Ma - Las Vegas NV, US
Louis M. Fink - Las Vegas NV, US
David C. Ward - Las Vegas NV, US
Milton Waner - New York NY, US

C12N 5/00, C12N 5/02

435378, 435384, 435383

The present invention describes stem cells and progenitor cells derived from hemangiomas, including testing of angiogenic inhibitors using these cells. The invention as described is useful in providing a process to culture and propagate hemangioma stem cells and generate xenograft models to develop treatments for infantile hemangiomas and other types of vascular lesions.

2006015, Jul 13, 2006

Jan 13, 2005

11/035397

Ronald Marcotte - New Gloucester ME, US
Milton Waner - New York NY, US
Walter Hebold - Raymond ME, US

A61B 6/00

600473000

Methods for detecting occlusions and leakages in subcutaneous blood vessels. The method is performed using an infrared imaging system having at least one infrared emitter, an infrared detector, a computing unit, a display, and a power source. The method includes preparing a body target area, supplying power from to the system components, accessing a target blood vessel, introducing a substance into the vessel, locating the vessel such that images of the vessel are captured by the infrared detector and displayed on the display; and examining flow patterns of the substance through the vessel by viewing the images on the display.

7532746, May 12, 2009

Dec 22, 2004

11/022569

Ronald Marcotte - New Gloucester ME, US
Mark Arsenault - Sanford ME, US
Dominic Pelletier - Raymond ME, US
Walter Hebold - Raymond ME, US
Milton Waner - New York NY, US
Louis Fink - Little Rock AR, US

Vue Tek Scientific, LLC - Gray ME

G06K 9/00

382128

An imaging system for locating subcutaneous blood vessels and a method for locating subcutaneous blood vessels using the system. The system includes at least one infrared emitter an infrared detector, a computing unit that enhances images and outputs enhanced images in substantially real time, a display device for displaying enhanced images, and a power source. The method includes the steps of preparing a body target area, putting on the headset, powering up the system, locating a target blood vessel, inserting a needle into the target blood vessel, and performing the medical procedure.