David SHAPIRO

Devices, Systems, and Methods for Aligning and Attaching Components of an Electrode Assembly

Devices, Systems, And Methods For Removing And Replacing A Subassembly Of An Electrode Assembly

SHIFTABLE TRANSDUCER ARRAY WITH ANISOTROPIC MATERIAL LAYER AND FOAM LAYER

Applying Tumor Treating Fields (TTFields) to a Subject's Body Using Electrodes Having a Fluoropolymer Layer Disposed on Successive Strata of Nickel, Palladium, and Gold

SHIFTABLE TRANSDUCER ARRAYS FOR A SUBJECT'S BODY FOR TUMOR TREATING FIELDS TREATMENT

Electrode Assembly With Fluoroelastomer

Electrode Assembly With Fluoroelastomer

Electrode Assembly for Delivering Alternating Electric Fields (e.g., TTFields) with Peripherally-Positioned Temperature Sensors

Devices, Systems, And Methods For Removing And Replacing A Subassembly Of An Electrode Assembly

SHIFTABLE TRANSDUCER ARRAY WITH ANISOTROPIC MATERIAL LAYER

Transducer Arrays for Tumor Treating Fields (TTFields) Therapy That Use a Dedicated Flex Circuit to Implement Temperature Sensing

Applying an Electrical Signal Using a Multi-Part Electrode Assembly, and Interrupting the Electrical Signal if the Parts Begin to Separate

SHIFTABLE TRANSDUCER ARRAY WITH ANISOTROPIC MATERIAL LAYER

Devices, Systems, And Methods For Removing And Replacing A Subassembly Of An Electrode Assembly

TUMOR TREATING FIELD TRANSDUCERS WITH PROTECTIVE BORDER, AND APPARATUSES AND METHODS FOR ACTIVE DETECTION OF IMPROPER TRANSDUCER CONFIGURATION

SHIFTABLE AND FLEXIBLE TRANSDUCER ARRAYS WITH LAYER OF ANISOTROPIC MATERIAL

Shiftable transducer array with anisotropic material layer

Flexible Electrode Arrays

Electrode Assembly With Filler Structure Between Electrode Elements

CONSTRUCTING A 3D PHANTOM WITH A MATRIX MATERIAL HAVING CONDUCTIVE PARTICLES DISPERSED THEREIN

ADHESIVE LAYER WITH PROTECTIVE BORDER FOR USE IN A TUMOR TREATING FIELDS TRANSDUCER

TUMOR TREATING FIELD TRANSDUCERS WITH PROTECTIVE BORDER, AND APPARATUSES AND METHODS FOR ACTIVE DETECTION OF IMPROPER TRANSDUCER CONFIGURATION

Electrode Assembly for Applying Tumor Treating Fields (TTFields) that Includes a Plurality of Thermally Linked but Electrically Isolated Graphite Sheets

Apparatus Comprising Dielectric Layer Coupled To Anisotropic Layer

Devices, Systems, And Methods For Applying Tumor-Treating Fields

Delivering Tumor Treating Fields (TTFields) Using Implanted Sheets of Graphite

Electrode Assembly Having Perforated Anisotropic Layer, And Systems And Methods Of Applying Tumor-Treating Fields Using Same

Electrode Assembly with a Skin Contact Layer Comprising a Conductive Adhesive Composite, and Systems and Methods of Applying Tumor Treating Fields Using Same

Systems And Methods For Removing And Replacing Conductive Adhesive Layers Of An Electrode Array

Electrode Assembly with Non-Hydrogel Conductive Adhesive Layer and Methods of Applying Tumor Treating Fields Using Same

ELECTRODE ASSEMBLY WITH A SKIN CONTACT LAYER COMPRISING A CONDUCTIVE ADHESIVE COMPOSITE, AND SYSTEMS AND METHODS OF APPLYING TUMOR TREATING FIELDS USING SAME

TRANSDUCER APPARATUSES WITH ELECTRODE ELEMENT SPACING TO REDUCE EDGE EFFECT IN DELIVERING TUMOR TREATING FIELDS TO A SUBJECT'S BODY

Electrode Assembly for Applying Tumor Treating Fields (TTFields) that Include a Sheet of Graphite

Electrode Assembly for Applying Tumor Treating Fields (TTFields) with a Sheet of Anisotropic Material

TRANSDUCER ARRAY HAVING A VARIABLE RESISTANCE CONDUCTIVE GEL LAYER

System and Method for Delivering Tumor Treating Fields (TTFields) and Measuring Impedance