Patent Assignment
Reel/Frame 067315/0399
Patent Security Agreement
Recorded: 2024-05-04
Pages: 27
Assignor
NOVOCURE GMBH (SWITZERLAND)
Executed: 2024-05-01
Assignee
BIOPHARMA CREDIT PLC
C/O BEAUFORT HOUSE, 51 NEW NORTH ROAD, EXETER, EX4 4EP, UNITED KINGDOM
Covered Properties
(520)
Method and Apparatus for Destroying Dividing Cells
Apparatus for Destroying Dividing Cells
Apparatus and Method for Treating a Tumor or the Like
Method and Apparatus for Destroying Dividing Cells
Apparatus for Treating a Tumor or the Like and Articles Incorporating the Apparatus for Treatment of the Tumor
Apparatus and Method for Optimizing Tumor Treatment Efficiency by Electric Fields
Treating a Tumor or the Like with an Electric Field That Is Focused at a Target Region
Treating a Tumor or the Like with an Electric Field
Treating a Tumor or the Like with an Electric Field
Treating a Tumor or the Like with Electric Fields at Different Frequencies
Treating a Tumor or the Like with Electric Fields at Different Orientations
Electrodes for Applying an Electric Field in-Vivo Over an Extended Period of Time
Treating a Tumor or the Like with Electric Fields at Different Orientations
Apparatus and Method for Preventing the Spread of Cancerous Metastases and for Elimination of Metastases
Hat for Treating a Tumor or the Like
Probe for Treating a Tumor or the Like
Article of Clothing for Treating a Tumor or the Like
Apparatus for Selectively Destroying Dividing Cells
Optimizing Characteristics of an Electric Field to Increase the Field's Effect on Proliferating Cells
Treating Cancer Using Electromagnetic Fields in Combination with Other Treatment Regimens
Composite Electrode
Treating Cancer Using Electromagnetic Fields in Combination with Photodynamic Therapy
Treating Bacteria with Electric Fields
Treating Parasites with Electric Fields
Method and Apparatus for Destroying Dividing Cells
Patent:
43,618 →
Application:
12/199,498 →
Electrodes for Applying an Electric Field in-Vivo Over an Extended Period of Time
Optimizing Characteristics of an Electric Field to Increase the Field's Effect on Proliferating Cells
Treating Bacteria with Electric Fields
Treating Cancer Using Electromagnetic Fields in Combination with Other Treatment Regimens
Probe for Treating a Tumor or the Like
Treating Bacteria with Electric Fields
Treating a Tumor or the Like with Electric Fields at Different Frequencies
Treating Bacteria with Electric Fields
Treating Bacteria with Electric Fields
Treating Cancer Using Electromagnetic Fields in Combination with Photodynamic Therapy
Treating Cancer Using Electromagnetic Fields in Combination with Photodynamic Therapy
Composite Electrode
Optimizing Treatment Using Ttfields by Changing the Frequency During the Course of Long Term Tumor Treatment
Treating Bacteria with Electric Fields
High Voltage, High Efficiency Sine Wave Generator with Pre-Set Frequency and Adjustable Amplitude
TTField Treatment with Optimization of Electrode Positions on the Head Based on MRI-Based Conductivity Measurements
Reducing Motility of Cancer Cells Using Tumor Treating Fields (TTFields)
Optimizing Treatment Using TTfields by Changing the Frequency During the Course of Long Term Tumor Treatment
Arrays for Longitudinal Delivery of TTFields to a Body
Temperature Measurement in Arrays for Delivering TTFields
Treating Patients with TTFields with the Electrode Positions Optimized Using Deformable Templates
System for Viewing Cell Cultures under a Microscope Whilst Applying TTFields
Treating Tumors Using TTFields Combined with a PARP Inhibitor
Delivering Tumor Treating Fields (TTFields) to the Infratentorial Brain
TTField Treatment with Optimization of Electrode Positions on the Head Based on MRI-Based Conductivity Measurements
Treating Tumors with TTFields and an Aurora Kinase Inhibitor
TTField Treatment with Optimization of Electrode Positions Based on Low Frequency (<1MHZ) AC Conductivity Estimates Derived From Two MRI Images Having Different Repetition Times
Using Alternating Electric Fields to Increase Cell Membrane Permeability
Application:
16/502,255 →
Publication:
US 2020/0009376
Using Alternating Electric Fields to Increase Cell Membrane Permeability
Methods and Compositions for Treating Tumors with TTFields and Sorafenib
Inhibiting Viral Infection Using Alternating Electric Fields
Using Power Loss Density and Related Measures to Quantify the Dose of Tumor Treating Fields (TTFields)
Using Alternating Electric Fields to Increase Permeability of the Blood Brain Barrier
Using Alternating Electric Fields to Increase Permeability of the Blood Brain Barrier
Treating Autoimmune Diseases Using an Alternating Electric Field to Reduce the Proliferation of T-Cells
Arrays for Longitudinal Delivery of TTFields to a Body
Generating Tumor Treating Fields (TTFields) with High Uniformity throughout the Brain
Generating Tumor Treating Fields (TTFields) with High Uniformity throughout the Brain
Prevention and Treatment of Teratoma Formation in Stem Cell-Based Therapies Using Alternating Electric Fields
Application:
16/661,889 →
Publication:
US 2020/0121728
Delivering Alternating Electric Fields (e.g., TTFields) to a Subject's Spinal Anatomy
Methods for Reducing Viability of Cancer Cells by Activation of the STING Pathway with TTFields
Application:
16/673,246 →
Publication:
US 2021/0069503
Arrays for Delivering Tumor Treating Fields (TTFields) with Selectively Addressable Sub-Elements
Enhanced-Flexibility Transducer Arrays for Delivering TTFields (Tumor Treating Fields)
Evaluating Quality of Segmentation of an Image into Different Types of Tissue for Planning Treatment Using Tumor Treating Fields (TTFields)
Determining a Frequency for TTFields Treatment Based on an Electrical Characteristic of Targeted Cancer Cells
Delivering Tumor Treating Fields (TTFields) Using Implantable Transducer Arrays
Methods for Restoring Sensitivity to TTFields in TTFields-Resistant Cancer Cells with PTGER3 Inhibitors
Uploading Data from an Isolated System without Compromising Isolation
Using Alternating Electric Fields to Increase Permeability of the Blood Brain Barrier
Using Alternating Electric Fields to Increase Cell Membrane Permeability
Methods, Systems, and Apparatuses for Managing Transducer Array Placement
Applying Tumor Treating Fields (TTFields) Via Electrodes Embedded into Skull Implants
Increasing Cancer Cells' Sensitivity to Tumor Treating Fields (TTFields) by Inhibiting IL11 Activity
Delivering Tumor Treating Fields (TTFields) to the Neck
Optimizing Treatment Using TTFields by Changing the Frequency During the Course of Long Term Tumor Treatment
Reducing Motility of Cancer Cells Using Tumor Treating Fields (TTFields)
Perforated Hydrogel Configurations and Methods of Production and Use Thereof
Compositions And Methods Of Altering The Electric Impedance To An Alternating Electric Field
Compositions And Methods For Imaging A Cell
Compositions And Methods Of Altering The Electric Impedance To An Alternating Electric Field
Methods, Systems, and Apparatuses for Optimizing Transducer Array Placement
Methods, Systems, and Apparatuses for Managing Temperatures Induced by Alternating Fields
High Voltage, High Efficiency Sine Wave Generator That Prevents Spikes During Amplitude Adjustments and Switching of Channels
Cage Assembly for Animal Test Subjects
Treatment Assembly for Providing Tumor Treating Fields to Animal Test Subjects
Swivel Assembly for Actively Limiting Torsion of a Cable, and Systems and Methods of Using Same
Arrays for Delivering Tumor Treating Fields (TTFields) with Individually Accessible Electrode Elements and Temperature Sensors
Methods of Normalizing Aberrant Glycolytic Metabolism in Cancer Cells
Application:
17/133,853 →
Publication:
US 2021/0199640
Methods, Systems, and Apparatuses for Associating Dielectric Properties with a Patient Model
Methods, Systems, and Apparatuses for Image Segmentation
Methods, Systems, and Apparatuses for Fast Approximation of Electric Field Distribution
Assemblies Containing Two Conductive Gel Compositions and Methods of Production and Use Thereof
Treating Tumors Using TTFields Combined with a PARP Inhibitor
Optimizing Positions of Electrodes for Applying Tumor Treating Fields (TTFields) by Adding a Dipole to a 3D Model
Methods, Systems, and Apparatuses for Guiding Transducer Placements for Tumor Treating Fields
Using Alternating Electric Fields to Increase Permeability of the Blood Brain Barrier
Conductive Pad Generating Tumor Treating Field and Methods of Production and Use Thereof
Application:
17/313,114 →
Publication:
US 2021/0346693
Compositions and Methods of Applying Alternating Electric Fields to Pluripotent Stem Cells
Implantable Arrays For Providing Tumor Treating Fields
Fabricating Organic Light Emitting Diodes (OLEDs) Using Tubulin
Treating Autoinflammatory and Mitochondrial Diseases Using an Alternating Electric Field
Flexible Transducer Arrays with a Polymer Insulating Layer for Applying Tumor Treating Fields (TTFields)
Temperature Measurement in Arrays for Delivering TTFields
Application:
17/381,478 →
Publication:
US 2021/0346694
Compositions And Methods For Increasing Cancer Cell Sensitivity To Alternating Electric Fields
Methods And Compositions For Treating Coronavirus
Application:
17/478,174 →
Publication:
US 2022/0088403
Varying the Metallization Area on Individual Electrode Elements in a Tumor Treating Fields (TTFields) System to Maximize Current without Overheating
Methods and Systems for Transducer Array Placement and Skin Surface Condition Avoidance
Method and Apparatus for Delivering Tumor Treating Fields to a Torso, and Method for Determining Locations for Transducers to Deliver Tumor Treating Fields
Connector for Detachable Array
Implantable Arrays For Providing Tumor Treating Fields
Application:
17/490,657 →
Publication:
US 2022/0096854
Methods and Apparatuses for Determining Transducer Locations to Generate Tumor Treating Fields
Increasing the Efficacy of Tumor Treating Fields (TTFields) by Applying the TTFields at Peak Intensity Less Than Half the Time
Application:
17/533,604 →
Publication:
US 2022/0161028
Enhanced-Flexibility Transducer Arrays for Delivering TTFields (Tumor Treating Fields)
Pyroelectric-Based Temperature Sensing of Transducer Arrays for Applying Tumor Treating Fields (TTFields)
Application:
17/550,049 →
Publication:
US 2022/0193435
Optimization of Composite Electrode
Method and Apparatus for Determining Transducer Locations to Generate Tumor Treating Fields
Methods And Compositions For Using Alternating Electric Fields In Gene Therapy
Application:
17/559,228 →
Publication:
US 2022/0203088
Generating Tumor Treating Fields (TTFields) with High Uniformity throughout the Brain
Amplitude Modulation for Tumor Treating Fields
Methods, Systems, and Apparatuses for Medical Image Enhancement to Optimize Transducer Array Placement
Varying Parameters of Tumor Treating Fields (TTFields) Treatment to Overcome Treatment Resistance
Application:
17/590,408 →
Publication:
US 2022/0241603
Methods, Systems, and Apparatuses for Guiding Transducer Array Placement
Evaluating Quality of Segmentation of an Image into Different Types of Tissue for Planning Treatment Using Tumor Treating Fields (TTFields)
Arrays for Delivering Tumor Treating Fields (TTFields) with Sets of Electrode Elements Having Individually Adjustable Active Areas
Methods and Compositions for Determining Susceptibility to Treatment with Checkpoint Inhibitors
Application:
17/673,602 →
Publication:
US 2022/0267445
Methods and Apparatuses for Visualization of Tumor Segmentation
Uploading Data from an Isolated System without Compromising Isolation
Methods of Treating Disease by Skewing Macrophage Phenotype with Alternating Electric Fields
Compositions and Methods for Using Alternating Electric Fields to Disrupt Nanoparticles
Application:
17/692,997 →
Publication:
US 2022/0287957
Methods for Applying Tumor Treating Fields in Combination with Cancer Treating Therapeutics
Application:
17/693,108 →
Publication:
US 2022/0288404
Methods Of Producing An Electrode Array
Application:
17/693,879 →
Publication:
US 2022/0288405
Transducer Apparatuses for Delivering Tumor Treating Fields to a Subject's Body
Application:
17/698,457 →
Publication:
US 2022/0305276
Constructing a 3D Phantom with Liquid Hydrogel
Application:
17/698,777 →
Publication:
US 2022/0299957
Methods and Apparatuses for Detecting and Responding to Changes in a Subject
Carrier For Elements Of Tumor-Treating Field Provision System And Systems And Methods Of Using Same
Application:
17/708,482 →
Publication:
US 2022/0314014
Impedance Tomography Using Electrodes of a Tumor Treating Fields (TTFields) System
Methods of Treating Neurodegenerative Disorders with Alternating Electric Fields
Application:
17/716,431 →
Publication:
US 2022/0323753
Using Alternating Electric Fields to Increase Permeability of the Blood Brain Barrier
Delivering Alternating Electric Fields (e.g., TTFields) to a Subject's Spinal Anatomy
Implantable Arrays for Providing Tumor Treating Fields
Application:
17/778,319 →
Publication:
US 2024/0299742
Methods, Systems, and Apparatuses for Combined Tumor Treating Fields and Mental Health Therapy
Application:
17/790,427 →
Publication:
US 2023/0147250
Transducer Array Having a Variable Resistance Conductive Gel Layer
Conductive Pad Generating Tumor Treating Field and Methods of Production and Use Thereof
Application:
17/813,837 →
Publication:
US 2023/0024216
Compositions And Methods For Treating With A Combination Of Alternating Electric Fields And Trastuzumab
Application:
17/828,794 →
Publication:
US 2023/0404908
Arrays for Delivering Tumor Treating Fields (TTFields) with Selectively Addressable Sub-Elements
Methods of Treating and Preventing Cancer with Alternating Electric Fields, Radioactive Particles, and Systemic Therapy
Application:
17/837,638 →
Publication:
US 2022/0395699
Compositions and Methods for Increasing Cancer Cell Sensitivity to Alternating Electric Fields
Compositions and Methods for Using Alternating Electric Fields to Disrupt Lipid Capsules
Application:
17/841,975 →
Publication:
US 2023/0000980
Methods and Compositions for Increasing Circulation During Treatment with Alternating Electric Fields
Application:
17/841,987 →
Publication:
US 2023/0001194
System and Method for Delivering Tumor Treating Fields (TTFields) and Measuring Impedance
Application:
17/850,294 →
Publication:
US 2023/0000384
Using Capacitors to Regulate Current in Transducer Arrays for Applying Tumor Treating Fields (TTFields)
Methods of Treating Cancer with Alternating Electric Fields, Checkpoint Inhibitors, and Combination Chemotherapy
Application:
17/852,007 →
Publication:
US 2023/0001221
Using Alternating Electric Fields at Different Frequencies to Increase Permeability of the Blood Brain Barrier and also to Provide Other Benefits
Application:
17/853,277 →
Publication:
US 2023/0009366
Nonconductive Field Guide For Resection Cavity, And Systems And Methods Of Using Same
Electrode Assembly for Applying Tumor Treating Fields (TTFields) with a Sheet of Anisotropic Material
Application:
17/880,937 →
Publication:
US 2023/0037806
Electrode Assembly for Applying Tumor Treating Fields (TTFields) that Include a Sheet of Graphite
Application:
17/880,947 →
Publication:
US 2023/0043071
Arrays for Longitudinal Delivery of TTFields to a Body
Transducer Apparatuses with Electrode Element Spacing to Reduce Edge Effect in Delivering Tumor Treating Fields to a Subject's Body
Application:
17/886,319 →
Publication:
US 2023/0046799
Apparatuses for Delivering Tumor Treating Fields Having Electrode Elements with Nonuniform Thicknesses and Methods for Manufacturing Same
Methods and Apparatuses for Delivering Tumor Treating Fields to a Subject's Body for Near-Surface Tumors
Transducer Apparatuses with Electrode Array Shaped to Reduce Edge Effect in Delivering Tumor Treating Fields to a Subject's Body
Application:
17/886,382 →
Publication:
US 2023/0066875
Electrode Assembly with a Skin Contact Layer Comprising a Conductive Adhesive Composite, and Systems and Methods of Applying Tumor Treating Fields Using Same
Application:
17/899,220 →
Publication:
US 2023/0065587
Temperature Independent Method and System for Applying Ttfields
Application:
17/931,980 →
Publication:
US 2023/0079302
Method and System for Applying Tumor Treating Fields Interfacing with Hair Follicles
Treatment Assembly for Providing Tumor Treating Fields to Animal Test Subjects
Delivering Tumor Treating Fields (TTFields) Using Implantable Transducer Arrays
Compositions and Methods for Testing Adverse Skin Events
Application:
17/953,823 →
Publication:
US 2023/0116844
Reducing Electrosensation Whilst Treating A Subject Using Alternating Electric Fields
Application:
17/955,656 →
Publication:
US 2023/0098801
Cage Assembly for Animal Test Subjects
Adjusting Tumor Treating Fields Simulation and Treatment Using Molecular Imaging
Electrode Assembly with Non-Hydrogel Conductive Adhesive Layer and Methods of Applying Tumor Treating Fields Using Same
Application:
17/987,787 →
Publication:
US 2023/0149704
Compact Dc System for Delivering a Square Wave Ac Signal
Application:
18/062,161 →
Publication:
US 2023/0173288
Garment Providing a Biasing Force on a Transducer Array
Application:
18/062,372 →
Publication:
US 2023/0173265
Compression Garment Assembly for Applying Ttfields and Methods of Production and Use Thereof
Compression Garment Assembly for Applying Ttfields and Methods of Production and Use Thereof
Application:
18/063,464 →
Publication:
US 2023/0181897
Systems And Methods For Removing And Replacing Conductive Adhesive Layers Of An Electrode Array
Application:
18/067,373 →
Publication:
US 2023/0191116
Methods of Reducing Ciliogenesis with Alternating Electric Fields
Application:
18/070,957 →
Publication:
US 2023/0168242
Devices, Systems, And Methods For Applying Tumor-Treating Fields
Application:
18/071,933 →
Publication:
US 2023/0166119
Transducer Array with Adhesive Layer Shaped to Reduce Skin Irritation
Application:
18/080,026 →
Publication:
US 2023/0181918
Shifting of Transducer Array to Reduce Skin Irritation
Application:
18/080,091 →
Publication:
US 2023/0181899
Transducer Array with Shape That Contours to a Subject's Body and Method of Determining Shape and Placement of Transducer Arrays
Application:
18/080,306 →
Publication:
US 2023/0181919
Reducing Electrosensation Whilst Treating a Subject Using Alternating Electric Fields by Using Larger Cathodes and Smaller Anodes
Selecting Values of Parameters for Treatment Using Tumor Treating Fields (TTFields)
System for Viewing Cell Cultures Under a Microscope whilst Applying TTFields
High Voltage, High Efficiency Sine Wave Generator that Prevents Spikes During Amplitude Adjustments and Switching of Channels
Delivering Tumor Treating Fields (TTFields) Using Implantable Transducer Arrays
Electrode Assembly with a Skin Contact Layer Comprising a Conductive Adhesive Composite, and Systems and Methods of Applying Tumor Treating Fields Using Same
Application:
18/115,363 →
Publication:
US 2023/0241374
Methods, Systems, and Apparatuses for Managing Transducer Array Placement
Geometrically Fitted Transducers for Tumor Treating Fields
Application:
18/124,307 →
Publication:
US 2023/0302289
Reducing Electrosensation Whilst Treating a Subject Using Alternating Electric Fields by Pairing Transducer Arrays Together
Using Interleaved Cooling Periods to Increase the Peak Intensity of Tumor Treating Fields
Alternating Electric Field Waveform for Electrosensation Reduction
Application:
18/128,937 →
Publication:
US 2023/0310854
Delivering Tumor Treating Fields (TTFields) Using Implanted Sheets of Graphite
Application:
18/129,510 →
Publication:
US 2023/0310849
Applying Tumor Treating Fields (TTFields) Via Electrodes Embedded into Skull Implants
Application:
18/134,351 →
Publication:
US 2023/0248969
Synchronizing Tumor Cells to the G2/M Phase Using TTFields Combined with Taxane or Other Anti-Microtubule Agents
Application:
18/134,869 →
Publication:
US 2023/0248826
Inhibiting Viral Infection Using Alternating Electric Fields
Electrode Array Having a Semi-Liquid Conductive Gel
Compositions And Methods For Treating With A Combination Of Alternating Electric Fields And Ion Channel Inhibitors
Application:
18/193,837 →
Publication:
US 2023/0381503
Devices, Systems, And Methods For Applying Tumor-Treating Fields
Application:
18/193,923 →
Publication:
US 2023/0310850
Electrode Assembly Having Perforated Anisotropic Layer, And Systems And Methods Of Applying Tumor-Treating Fields Using Same
Application:
18/193,937 →
Publication:
US 2023/0310336
Methods and Apparatus for Applying Tumor Treating Fields Combined with Personalized Ultra-Fractionated Stereotactic Adaptive Radiotherapy
Methods for Treating Hormonal Disorders
Application:
18/209,810 →
Publication:
US 2023/0398351
Closed-Loop Technique to Reduce Electrosensation While Treating a Subject Using Alternating Electric Fields
Application:
18/214,583 →
Publication:
US 2023/0414955
Treating Acute Respiratory Distress Syndrome With Alternating Electric Fields
Application:
18/215,715 →
Publication:
US 2024/0001117
Electrode Assembly for Applying Tumor Treating Fields (TTFields) that Includes a Plurality of Thermally Linked but Electrically Isolated Graphite Sheets
Application:
18/215,891 →
Publication:
US 2024/0001111
Tumor Treating Field Transducers with Protective Border, and Apparatuses and Methods for Active Detection of Improper Transducer Configuration
Application:
18/216,151 →
Publication:
US 2024/0001133
Adhesive Layer with Protective Border for Use in a Tumor Treating Fields Transducer
Application:
18/216,258 →
Publication:
US 2024/0001134
Combination Therapeutics Using Tumor Treating Fields (Ttfields)
Application:
18/220,864 →
Publication:
US 2023/0416721
Systems and Methods for Increasing Intestinal Absorption of Therapeutic Agents
Application:
18/333,906 →
Publication:
US 2023/0398367
Systems and Methods for Treating Conditions and Diseases Using Alternating Electric Fields and Crispr-Cas System
Application:
18/336,493 →
Publication:
US 2023/0407282
Compositions And Methods For Treating With A Combination Of Alternating Electric Fields And FGF Inhibitors
Application:
18/336,880 →
Publication:
US 2023/0405315
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields and Vegf Inhibitors
Application:
18/337,747 →
Publication:
US 2023/0405316
Methods For Treating Diabetes With Alternating Electric Fields
Application:
18/342,303 →
Publication:
US 2023/0414956
Apparatus Comprising Dielectric Layer Coupled To Anisotropic Layer
Compositions and Methods of Applying Alternating Electric Fields to Pluripotent Stem Cells
Delivering Tumor Treating Fields (TTFields) Using Implantable Transducer Arrays
Treating Skin Irritation from Application of an Alternating Electric Field
Application:
18/371,625 →
Publication:
US 2024/0101661
Shifting of Transducer Array to Reduce Skin Irritation
Application:
18/371,776 →
Publication:
US 2024/0009475
Three-Dimensional Model Generation for Tumor Treating Fields Transducer Layout
Application:
18/373,102 →
Publication:
US 2024/0112432
Removal of Background Noise from Image
Application:
18/373,735 →
Publication:
US 2024/0112313
Reducing Electrosensation While Treating a Subject Using Alternating Electric Fields by Deactivating Selected Electrode Elements
Application:
18/374,080 →
Publication:
US 2024/0108887
Reducing Electrosensation While Treating a Subject Using Alternating Electric Fields by Controlling Ramp-Up Characteristics
Application:
18/374,081 →
Publication:
US 2024/0108888
Changing the Orientation of Tumor Treating Fields (TTFields) by Adjusting the Amplitudes of Two or More Electric Fields that Are All In-Phase with Each Other
Application:
18/374,082 →
Publication:
US 2024/0108892
Method and Apparatus for Small Array Dose Distribution of Alternating Electric Fields
Application:
18/379,256 →
Publication:
US 2024/0123221
Method and Apparatus for Delivering Alternating Electric Fields to a Target Tissue
Application:
18/379,504 →
Publication:
US 2024/0123246
Intravenous / Intra-Spinal / Intra-Cavity / Intraventricular Delivery of TTFields (Tumor Treating Fields) for Treating Cancer and Metastases
Generating Tumor Treating Fields (TTFields) with High Uniformity throughout the Brain
Positioning Electrode Elements on a Subject's Body to Provide Stronger Alternating Electric Fields (e.g.,TTFields) Without Overheating
Application:
18/392,075 →
Publication:
US 2024/0216679
Multi Channel Device for Directional Shaping of Electric Fields e.g., Tumor Treating Fields (TTFields)
Application:
18/392,084 →
Publication:
US 2024/0207604
Systems And Method For Array Positioning
Application:
18/392,835 →
Publication:
US 2024/0207628
Apparatus For Applying Electrode Array To User, And Systems And Methods Comprising Same
Application:
18/392,874 →
Publication:
US 2024/0216674
Wearable Garment with Integrated Tumor Treating Fields Voltage Generator
Application:
18/393,290 →
Publication:
US 2024/0216706
Determining a Frequency for Tumor Treating Fields (TTFields) Therapy Based on Tests Performed on the Tumor Cells
Application:
18/398,517 →
Publication:
US 2024/0219367
Reducing Electrosensation While Treating a Subject Using Alternating Electric Fields by Increasing the Number of Steps in a Ramp-Up Portion of a Waveform
Application:
18/398,526 →
Publication:
US 2024/0216684
Reducing Electrosensation During Application of Alternating Electric Fields by Ensuring that Successive Increases in Amplitude Occur during Opposite Phases of an AC Waveform
Application:
18/398,533 →
Publication:
US 2024/0216685
Methods and Compositions for Inhibiting Fibroblast Activation
Application:
18/398,557 →
Publication:
US 2024/0216403
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields and Anti-Vegfr-2 Antibodies
Application:
18/398,714 →
Publication:
US 2024/0228630
Using Power Loss Density and Related Measures to Quantify the Dose of Tumor Treating Fields (TTFields)
Evaluating Quality of Segmentation of an Image into Different Types of Tissue for Planning Treatment Using Tumor Treating Fields (TTFields)
Application:
18/426,816 →
Publication:
US 2024/0169536
Methods for Restoring Sensitivity to TTFields in TTFields-Resistant Cancer Cells with PTGER3 Inhibitors
Application:
18/428,639 →
Publication:
US 2024/0350799
Shiftable Transducer Array with Anisotropic Material Layer
Shiftable and Flexible Transducer Arrays with Layer of Anisotropic Material
Application:
18/434,777 →
Publication:
US 2024/0261567
Sequentially Positioning Sets of Electrode Arrays at Nonoverlapping Positions to Ameliorate Skin Irritation During Tumor Treating Fields (TTFields) Therapy
Application:
18/435,375 →
Publication:
US 2024/0269464
Constructing a 3D Phantom with a Matrix Material Having Conductive Particles Dispersed Therein
Application:
18/463,887 →
Publication:
US 2024/0081939
Compositions, Systems, and Methods for Reducing Electrosensation and/or Skin Irritation
Application:
18/470,948 →
Publication:
US 2024/0108699
Electrode Assembly With Filler Structure Between Electrode Elements
Application:
18/472,407 →
Publication:
US 2024/0100321
3D Models for Predicting Treatment Responses to Alternating Electric Fields
Application:
18/472,931 →
Publication:
US 2025/0101406
Ingestible Implantable Device to Measure Internal Ttfield Intensity
Application:
18/475,497 →
Publication:
US 2024/0103041
System and Method for Maintaining Ttfields During Battery Changes
Application:
18/475,931 →
Publication:
US 2024/0108908
Flexible Electrode Arrays
Application:
18/476,433 →
Publication:
US 2024/0108881
Cover For Cell Culture Apparatus
Application:
18/476,536 →
Publication:
US 2024/0110140
Compositions, Systems, and Methods for Treating Cancer Using Alternating Electric Fields and Apoptotic Cancer Cell Vaccination
Application:
18/476,573 →
Publication:
US 2024/0108704
Compositions, Systems, and Methods for Treating Cancer Using Alternating Electric Fields and Dendritic Cells
Application:
18/477,010 →
Publication:
US 2024/0110174
Single Wire Temperature Measurement Solution for a Ttfield Application System and Methods of Production and Use Thereof
Application:
18/477,142 →
Publication:
US 2024/0123228
Transducer Array Having a Temperature Sensor Isolation Layer Between a Temperature Sensor and External Environment
Application:
18/477,197 →
Publication:
US 2024/0108893
Apparatus and Method For Array Positioning
Application:
18/490,315 →
Publication:
US 2024/0131351
Implantable Arrays For Providing Tumor Treating Fields
Methods, Systems, and Apparatuses for Image Segmentation
Conductive Gel Compositions and Methods of Production and Use Thereof
Conductive Gel Compositions Comprising Bulk Electron Transport Agents and Methods of Production and Use Thereof
Application:
18/511,374 →
Publication:
US 2024/0165405
Conductive Pad with Improved Air Flow and Methods of Production and Use Thereof
Conductive Pad with Improved Air Flow and Methods of Production and Use Thereof
Pad with Improved Air Flow and Methods of Production and Use Thereof
Conductive Pad Incorporating a Conductive Fabric Material
Breathable Pad Generating Tumor Treating Field and Methods of Production and Use Thereof
Improved Transducer Array Flexibility and Methods of Production and Use Thereof
Pad Generating Tumor Treating Field and Having Kirigami-Like Cuts
Electrode Array Having Foamed Conductive Gel and Methods of Production and Use Thereof
Application:
18/511,739 →
Publication:
US 2024/0157125
Transducer Arrays Having Alternative Array Materials
Application:
18/523,221 →
Publication:
US 2024/0173544
Compositions And Methods Of Altering The Electric Impedance To An Alternating Electric Field
Optimization of Composite Electrode
Enhanced-Flexibility Transducer Arrays for Delivering TTFields (Tumor Treating Fields)
Enhanced-Flexibility Transducer Arrays for Delivering TTFields (Tumor Treating Fields)
Wireless Transducer Arrays Applying Tumor Treating Fields and Systems and Methods of Use Thereof
Application:
18/533,467 →
Publication:
US 2024/0189587
Arrays for Delivering Tumor Treating Fields (TTFields) with Individually Accessible Electrode Elements and Temperature Sensors
Treating Gastric Cancer Using TTFields Combined with XELOX, FOLFOX or the Individual Constituents Thereof
Application:
18/609,450 →
Publication:
US 2025/0082931
Tumor Treating Field Transducers with Protective Border, and Apparatuses and Methods for Active Detection of Improper Transducer Configuration
Application:
18/611,390 →
Publication:
US 2024/0285963
Combining Tumor Treating Fields with Radiation Treatment Planning
Application:
18/613,280 →
Publication:
US 2024/0325786
Display Screen or Portion Thereof with a Graphical User Interface
Patent:
934,892 →
Application:
29/689,979 →
Electrode Array
Patent:
961,091 →
Application:
29/715,151 →
Electrode Array
Patent:
959,673 →
Application:
29/715,153 →
Electrode Array
Patent:
960,375 →
Application:
29/719,357 →
Animal Cage
Patent:
1,058,055 →
Application:
29/725,292 →
Electrode Array
Patent:
1,078,050 →
Application:
29/820,283 →
Electrode Array
Patent:
1,077,231 →
Application:
29/820,334 →
electrode array
Patent:
1,078,051 →
Application:
29/821,504 →
Electrode Array
Patent:
1,077,232 →
Application:
29/830,795 →
Electrode Array
Patent:
1,077,233 →
Application:
29/830,800 →
Carrying Case
Patent:
1,041,899 →
Application:
29/832,223 →
Electrode Array
Patent:
1,010,136 →
Application:
29/843,600 →
Electrode Array
Patent:
1,010,137 →
Application:
29/843,601 →
Electrode Array
Patent:
1,009,276 →
Application:
29/844,124 →
Electrode Array
Patent:
1,010,138 →
Application:
29/844,852 →
Electrode Array
Patent:
1,010,139 →
Application:
29/844,855 →
Medical Treatment Device
Patent:
1,039,705 →
Application:
29/861,535 →
Medical Treatment Device
Patent:
1,101,166 →
Application:
29/881,052 →
Electrode Array
Patent:
1,056,215 →
Application:
29/917,768 →
Electrode Array
Patent:
1,056,216 →
Application:
29/917,769 →
Electrode Array
Patent:
1,055,290 →
Application:
29/917,772 →
Breathable Pad Generating Tumor Treating Field and Methods of Production and Use Thereof
Application:
63/068,213 →
Methods and Compositions for Treating Coronavirus
Application:
63/080,101 →
Methods and Compositions for Treating Coronavirus
Application:
63/083,456 →
Flexible Transducer Arrays with Polymer Insulating Layer for Applying Tumor Treating Fields (TTFields)
Application:
63/083,557 →
Varying the Metallization Area on Individual Electrode Elements in a Tumor Treating Fields (TTFields) System to Maximize Current without Overheating
Application:
63/083,590 →
Transducer Array Flexibility and Methods of Production and Use Thereof
Application:
63/085,476 →
Implantable Arrays for Providing Tumor Treating Fields
Application:
63/085,658 →
Connector for Detachable Array
Application:
63/085,733 →
Methods and Systems for Transducer Array Placement and Skin Surface Condition Avoidance
Application:
63/085,905 →
Method and Apparatus for Delivering Tumor Treating Fields to a Torso
Application:
63/085,934 →
Method and Apparatus for Determining Transducer Locations to Generate Tumor Treating Fields
Application:
63/110,674 →
Efficacy of Tumor Treating Fields (TTFields) by Applying the TTFields at Peak Intensity Less Than Half the Time
Application:
63/118,411 →
Compositions And Methods For Increasing Cancer Cell Sensitivity To Alternating Electric Fields
Application:
63/119,332 →
Methods and Compositions for Treating Coronavirus
Application:
63/126,290 →
Pyroelectric-Based Temperature Sensing of Transducer Arrays for Applying Tumor Treating Fields (TTFields)
Application:
63/126,911 →
Optimization of Composite Electrode
Application:
63/128,265 →
Pad Generating Tumor Treating Field and Having Kirigami-Like Cuts
Application:
63/128,276 →
Methods and Compositions for Using Alternating Electric Fields in Gene Therapy
Application:
63/130,449 →
Amplitude Modulation for Tumor Treating Fields
Application:
63/132,307 →
Method and Apparatus Using Electrical Measurements to Determine Transducer Locations for Generating Tumor Treating Fields
Application:
63/132,348 →
Method and Apparatus for Determining Updated Transducer Locations to Generate Tumor Treating Fields
Application:
63/132,361 →
Methods, Systems, and Apparatuses for Medical Image Enhancement to Optimize Transducer Array Placement
Application:
63/140,635 →
Pad with Improved Air Flow and Methods of Production and Use Thereof
Application:
63/141,315 →
Varying Parameters of Tumor Treating Fields (TTFields) Treatment to Overcome Treatment Resistance
Application:
63/145,371 →
Flexible Transducer Arrays with a Polymer Insulating Layer for Applying Tumor Treating Fields (TTFields)
Application:
63/146,516 →
Varying Parameters of Tumor Treating Fields (TTFields) Treatment to Overcome Treatment Resistance
Application:
63/147,961 →
Methods and Compositions for Determining Susceptibility to Treatment with Checkpoint Inhibitors
Application:
63/150,359 →
Arrays for Delivering Tumor Treating Fields (TTFields) with Sets of Electrode Elements Having Individually Adjustable Active Areas
Application:
63/150,425 →
Postoperative Glioblastoma Multiforme (GBM) Segmentation with Uncertainty Estimation
Application:
63/155,564 →
Maxpoint Algorithm Uncertainty Visualization
Application:
63/155,626 →
Hydrogel-Electrode Assemblies and Methods of Production and Use Thereof
Application:
63/160,174 →
Methods of Treating Disease by Skewing Macrophage Phenotype with Alternating Electric Fields
Application:
63/160,437 →
Compositions And Methods For Using Alternating Electric Fields To Disrupt Nanoparticles
Application:
63/160,476 →
Tumor Treating Fields
Application:
63/160,692 →
Constructing a 3D Phantom with Liquid Hydrogel
Application:
63/162,921 →
Method and Apparatus for Adapting Tumor Treating Fields to Changes in Patients
Application:
63/164,957 →
Method and Apparatus for Tracking Changes in Physiological Conditions of Subject in Response to Tumor Treating Fields
Application:
63/168,059 →
Carrier For Elements Of Tumor-Treating Field Provision System And Systems And Methods Of Using Same
Application:
63/168,416 →
Electrode Array and Methods of Production and Use Thereof
Application:
63/168,689 →
Impedance Tomography Using Electrodes of a Tumor Treating Fields (TTFields) System
Application:
63/169,098 →
Methods of Treating Neurodegenerative Disorders with Alternating Electric Fields
Application:
63/172,275 →
Methods and Compositions for Determining Susceptibility to Treatment with Checkpoint Inhibitors
Application:
63/172,862 →
Method and Apparatus for Delivering Tumor Treating Fields to a Torso, and Method for Determining Locations for Transducers to Deliver Tumor Treating Fields
Application:
63/181,031 →
Method and Apparatus for Adapting Tumor Treating Fields to Changes in Patients
Application:
63/196,528 →
Methods of Treating and Preventing Cancer with Alternating Electric Fields, Radioactive Particles, and Systemic Therapy
Application:
63/210,173 →
Using Capacitors to Regulate Current in Transducer Arrays for Applying Tumor Treating Fields (TTFields)
Application:
63/216,678 →
Connector for Detachable Array
Application:
63/216,749 →
System and Method for Delivering Tumor Treating Fields (TTFields) and Measuring Impedance
Application:
63/216,763 →
Methods of Treating Cancer with Alternating Electric Fields, Checkpoint Inhibitors, and Combination Chemotherapy
Application:
63/216,864 →
Methods and Compositions for Increasing Circulation During Treatment with Alternating Electric Fields
Application:
63/216,927 →
Compositions and Methods for Using Alternating Electric Fields to Disrupt Nanoparticles
Application:
63/216,940 →
Compositions and Methods for Using Alternating Electric Fields to Disrupt Lipid Capsules
Application:
63/216,947 →
Compositions and Methods for Increasing Cancer Cell Sensitivity to Alternating Electric Fields
Application:
63/216,964 →
Nonconductive Field Guide For Resection Cavity, And Systems And Methods Of Using Same
Application:
63/216,970 →
Transducer Array Having a Variable Resistance Conductive Gel Layer
Application:
63/217,018 →
Using Alternating Electric Fields at Different Frequencies to Increase Permeability of the Blood Brain Barrier and also to Provide Other Benefits
Application:
63/217,084 →
Conductive Pad Generating Tumor Treating Field and Methods of Production and Use Thereof
Application:
63/224,241 →
Electrode Array and Methods of Production and Use Thereof
Application:
63/230,310 →
Electrode Assembly for Applying Tumor Treating Fields (TTFields) with a Sheet of Anisotropic Material
Application:
63/230,438 →
Transducer Apparatuses with Electrode Element Spacing to Reduce Edge Effect in Delivering Tumor Treating Fields to a Subject’S Body
Application:
63/232,229 →
Apparatuses for Delivering Tumor Treating Fields Having Electrode Elements with Nonuniform Thicknesses and Methods for Manufacturing Same
Application:
63/232,241 →
Methods and Apparatuses for Delivering Tumor Treating Fields to a Subject's Body for Near-Surface Tumors
Application:
63/232,294 →
Transducer Apparatuses for Delivering Tumor Treating Fields to a Subject's Body
Application:
63/232,329 →
Transducer Apparatuses with Electrode Array Shaped to Reduce Edge Effect in Delivering Tumor Treating Fields to a Subject’S Body
Application:
63/232,361 →
Compositions and Methods for Increasing Cancer Cell Sensitivity to Alternating Electric Fields
Application:
63/235,620 →
Electrode Assembly With A Skin Contact Layer Comprising A Conductive Adhesive Composite, And Systems And Methods Of Applying Tumor Treating Fields Using Same
Application:
63/239,173 →
Temperature Independent Method and System for Applying Ttfields
Application:
63/244,004 →
Compositions and Methods for Testing Adverse Skin Events
Application:
63/248,874 →
Method and System for Applying Tumor Treating Fields Interfacing with Hair Follicles
Application:
63/250,366 →
Electrode Assembly for Applying Tumor Treating Fields (TTFields) with a Sheet of Anisotropic Material
Application:
63/275,841 →
Electrode Assembly for Applying Tumor Treating Fields (TTFields) That Include a Sheet of Graphite
Application:
63/275,843 →
Adjusting Tumor Treating Fields Simulation and Treatment Using Molecular Imaging
Application:
63/278,643 →
Electrode Assembly with Non-Hydrogel Conductive Adhesive Layer and Methods of Applying Tumor Treating Fields Using Same
Application:
63/280,440 →
Methods of Reducing Ciliogenesis with Alternating Electric Fields
Application:
63/283,740 →
Devices, Systems, And Methods For Applying Tumor-Treating Fields
Application:
63/284,357 →
Compact Dc System for Delivering a Square Wave Ac Signal
Application:
63/286,687 →
Garment Providing a Biasing Force on a Transducer Array
Application:
63/288,172 →
Compression Garment Assembly for Applying Ttfields and Methods of Production and Use Thereof
Application:
63/288,201 →
Compression Garment Assembly for Applying Ttfields and Methods of Production and Use Thereof
Application:
63/288,229 →
Rotational Shifting of Transducer Array to Reduce Skin Irritation
Application:
63/289,484 →
Transducer Array with Adhesive Layer Shaped to Reduce Skin Irritation
Application:
63/289,508 →
Transducer Array with Shape That Contours to a Subject's Body and Method of Determining Shape and Placement of Transducer Arrays
Application:
63/289,523 →
Systems And Methods For Removing And Replacing Conductive Adhesive Layers Of An Electrode Array
Application:
63/291,013 →
Reducing Electrosensation Whilst Treating a Subject Using Alternating Electric Fields by Using Larger Cathodes and Smaller Anodes
Application:
63/294,673 →
Selecting Values of Parameters for Treatment Using Tumor Treating Fields (TTFields)
Application:
63/294,937 →
Compact Dc System for Delivering a Square Wave Ac Signal
Application:
63/313,850 →
Geometrically Fitted Transducers for Tumor Treating Fields
Application:
63/322,530 →
Shiftable Transducer Array with Medication to Reduce Skin Irritation
Application:
63/324,491 →
Electrode Array Having Foamed Conductive Gel and Methods of Production and Use Thereof
Application:
63/324,931 →
Using Interleaved Cooling Periods to Increase the Peak Intensity of Tumor Treating Fields
Application:
63/325,230 →
Reducing Electrosensation Whilst Treating a Subject Using Alternating Electric Fields by Pairing Transducer Arrays Together
Application:
63/325,438 →
Delivering Tumor Treating Fields (TTFields) Using Implanted Sheets of Graphite
Application:
63/325,650 →
Electrode Assembly Having Perforated Anisotropic Layer, And Systems And Methods Of Applying Tumor Treating Fields Using Same
Application:
63/325,948 →
Electrode Array Having a Semi-Liquid Conductive Gel
Application:
63/326,065 →
Devices, Systems, And Methods For Applying Tumor-Treating Fields
Application:
63/326,066 →
Compositions And Methods For Treating With A Combination Of Alternating Electric Fields And Ion Channel Inhibitors
Application:
63/326,075 →
Electrosensation Reduction for Alternating Electric Fields
Application:
63/326,098 →
Compositions And Methods For Treating With A Combination Of Alternating Electric Fields And Ion Channel Inhibitors
Application:
63/351,327 →
Systems and Methods for Increasing Intestinal Absorption of Therapeutic Agents
Application:
63/351,561 →
Methods for Treating Hormonal Disorders
Application:
63/352,160 →
Compositions and Methods for Treating with a Combination of Alternating Electric Fields and Fgf Inhibitors
Application:
63/353,559 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields (Ttfields) and Lenvatinib
Application:
63/353,682 →
Systems and Methods for Treating Conditions and Diseases Using Alternating Electric Fields and Crispr-Cas System
Application:
63/353,946 →
Methods For Treating Diabetes With Alternating Electric Fields
Application:
63/355,821 →
Closed-Loop Technique to Reduce Electrosensation While Treating a Subject Using Alternating Electric Fields
Application:
63/355,871 →
Apparatus Comprising Dielectric Layer Coupled To Nonmetallic Anisotropic Layer
Application:
63/356,228 →
Treating Acute Respiratory Distress Syndrome With Alternating Electric Fields
Application:
63/356,590 →
Electrode Assembly for Applying Tumor Treating Fields (TTFields) That Includes a Plurality of Thermally Linked but Electrically Isolated Graphite Sheets
Application:
63/357,111 →
Methods for Applying Tumor Treating Fields Combined with Personalized Ultra-Fractionated Stereotactic Adaptive Radiotherapy
Application:
63/362,369 →
Constructing a 3D Phantom with a Matrix Material Having Conductive Particles Dispersed Therein
Application:
63/374,986 →
Ingestible Implantable Device to Measure Internal Ttfield Intensity
Application:
63/377,256 →
Transducer Array Having a Temperature Sensor Isolation Layer Between a Temperature Sensor and External Environment
Application:
63/377,605 →
System and Method for Maintaining Ttfields During Battery Changes
Application:
63/377,642 →
Single Wire Temperature Measurement Solution for a Ttfield Application System and Methods of Production and Use Thereof
Application:
63/377,820 →
Compositions, Systems, and Methods for Reducing Electrosensation
Application:
63/377,824 →
Compositions, Systems, and Methods for Treating Cancer Using Alternating Electric Fields and Apoptotic Cancer Cell Vaccination
Application:
63/377,951 →
Compositions, Systems, and Methods for Treating Cancer Using Alternating Electric Fields and Activated Dendritic Cells
Application:
63/378,004 →
Apparatus and Method for Array Positioning
Application:
63/380,115 →
Transducer Arrays Having Alternative Array Materials
Application:
63/385,540 →
Wireless Transducer Arrays Applying Tumor Treating Fields and Systems and Methods of Use Thereof
Application:
63/387,113 →
Adhesive Layer with Protective Border for Use in a Tumor Treating Fields Transducer
Application:
63/408,604 →
Electrode Assembly With Filler Structure Between Electrode Elements
Application:
63/408,918 →
3D Models for Predicting Treatment Responses to Alternating Electric Fields
Application:
63/409,525 →
Treating Skin Irritation from Application of an Alternating Electric Field
Application:
63/409,581 →
Alternating Electric Field Waveform for Electrosensation Reduction
Application:
63/410,481 →
Flexible Electrode Arrays
Application:
63/411,299 →
Three-Dimensional Model Generation for Tumor Treating Fields Transducer Layout
Application:
63/411,375 →
Removal of Background Noise from Image
Application:
63/411,485 →
Reducing Electrosensation While Treating a Subject Using Alternating Electric Fields by Controlling Ramp-Up Characteristics
Application:
63/411,725 →
Cover for Cell Culture Apparatus
Application:
63/411,774 →
Changing the Orientation of Tumor Treating Fields (TTFields) by Adjusting the Amplitudes of Two or More Electric Fields that Are All In-Phase with Each Other
Application:
63/411,810 →
Reducing Electrosensation While Treating a Subject Using Alternating Electric Fields by Deactivating Selected Electrode Elements
Application:
63/411,939 →
Method and Apparatus for Delivering Alternating Electric Fields to a Single Tissue
Application:
63/416,152 →
Method and Apparatus for Small Array Dose Distribution of Alternating Electric Fields
Application:
63/416,408 →
Multi Channel Device for Directional Shaping of Electric Fields e.g., Tumor Treating Fields (TTFields)
Application:
63/435,370 →
Wearable Garment with Integrated Tumor Treating Fields Voltage Generator
Application:
63/435,636 →
Positioning Electrode Elements on a Subject's Body to Provide Stronger Alternating Electric Fields (e.g.,TTFields) Without Overheating
Application:
63/435,732 →
Determining a Frequency for Tumor Treating Fields (TTFields) Therapy Based on Tests Performed on the Tumor Cells
Application:
63/435,900 →
Reducing Electrosensation While Treating a Subject Using Alternating Electric Fields by Increasing the Number of Steps in a Ramp-Up Portion of a Waveform
Application:
63/435,967 →
Reducing Electrosensation During Application of Alternating Electric Fields by Ensuring that Successive Increases in Amplitude Occur during Opposite Phases of an AC Waveform
Application:
63/436,034 →
Apparatus For Applying Electrode Array To User, And Systems And Methods Comprising Same
Application:
63/436,126 →
Shiftable Transducer Array with Anisotropic Material Layer
Application:
63/443,585 →
Sequentially Positioning Sets of Electrode Arrays at Nonoverlapping Positions to Ameliorate Skin Irritation During Tumor Treating Fields (TTFields) Therapy
Application:
63/444,725 →
Applying Tumor Treating Fields (TTFields) to a Subject’s Head in at Least Three Different Directions Using Five Arrays of Electrode Elements
Application:
63/456,041 →
Reducing Electrosensation When Treating a Subject Using a Rotating Alternating Electric Field by Gradually Increasing the Amplitude of the Field
Application:
63/456,104 →
Combining Tumor Treating Fields with Radiation Treatment Planning
Application:
63/456,298 →
Systems and Method for Array Positioning
Application:
63/477,012 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields and Vegf Inhibitors
Application:
63/477,393 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields and Anti-Vegfr-2 Antibodies
Application:
63/477,396 →
Methods and Compositions for Inhibiting Fibroblast Activation
Application:
63/477,565 →
Compositions Comprising Dendritic Cells Activated by Ttfields and Methods of Production and Use Thereof
Application:
63/486,007 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields and Chimeric Antigen Receptor (Car)-Immune Cells
Application:
63/493,131 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields and Natural Killer Cells
Application:
63/493,141 →
Methods of Treating Spinal Cord Injuries with Alternating Electric Fields
Application:
63/493,383 →
Compositions and Methods of a Concomitant Therapy of Alternating Electric Fields and N-Cadherin Inhibitor
Application:
63/493,389 →
Methods of Treating Cartilage Grafts with Alternating Electric Fields
Application:
63/493,393 →
Devices, Systems, And Methods For Applying Tumor-Treating Fields
Application:
63/493,561 →
Microneedles to Overcome Contact Resistance
Application:
63/493,571 →
Compositions, Systems, and Methods for Treating Cancer Using Alternating Electric Fields and Apoptotic Cancer Cell Vaccination
Application:
63/496,831 →
Compositions And Methods For Treating With A Combination Of Alternating Electric Fields And FGF Inhibitors
Application:
63/499,842 →
Compositions And Methods For Treating With A Combination Of Alternating Electric Fields And FGF Inhibitors
Application:
63/504,093 →
Methods Of Using Alternating Electric Fields And Checkpoint Inhibitors
Application:
63/505,616 →
Systems And Method For Electrode Array Positioning
Application:
63/508,072 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields (Ttfields) and Thioredoxin/Glutathione Inhibitors
Application:
63/508,346 →
Compositions and Methods for Treating with a Combination of Alternating Electric Fields and Dna-Dependent Protein Kinase Inhibitors
Application:
63/511,363 →
Apparatus Having Electrode Array Subassemblies Coupled Together By A Flexible Coupling
Application:
63/511,507 →
Shiftable and Flexible Transducer Arrays with Layer of Anisotropic Material
Application:
63/523,491 →
Adapting Array Layouts to Account for Tumor Progression
Application:
63/523,853 →
Treating Liquid Tumors by Applying an Alternating Magnetic Field to Large Portions of a Subject's Body
Application:
63/524,118 →
User Tools for Treatment Planning for Tumor Treating Fields
Application:
63/524,387 →
Treatment Planning for Tumor Treating Fields
Application:
63/524,470 →
Determining Conductivities of Medical Images Based on Measured Resistances
Application:
63/524,511 →
Treatment Planning for Delivering Tumor Treating Fields Using Patient Data
Application:
63/524,534 →
Transducer Arrays Capable of Assuming a Substantially Conical Shape
Application:
63/524,561 →
Image Enhancement of Medical Images
Application:
63/524,574 →
Transducers for Delivery of Tumor Treating Fields and Capable of Reducing Creasing
Application:
63/524,586 →
Apparatuses, Methods, and Systems for Treating Spinal Tumors with Tumor Treating Fields
Application:
63/526,332 →
Delivering Tumor Treating Fields (TTFields) to a Subject's Brain Using Electrodes Installed in Through-Holes in the Subject's Skull
Application:
63/541,344 →
Using Staggered Changes in Amplitude and Frequency to Ameliorate Electrosensation During Treatment with Alternating Electric Fields
Application:
63/541,347 →
Applying Tumor Treating Fields (TTFields) with Temperature Sensors Positioned Between the Electrode Elements and the Subject's Skin
Application:
63/541,351 →
Applying an Electrical Signal Using a Multi-Part Electrode Assembly, and Interrupting the Electrical Signal if the Parts Begin to Separate
Application:
63/541,361 →
Transducer Arrays for Tumor Treating Fields (TTFields) Therapy That Use a Dedicated Flex Circuit to Implement Temperature Sensing
Application:
63/541,419 →
Thermal Mapping for Treatment Planning for Tumor Treating Fields
Application:
63/541,435 →
Devices, Systems, And Methods For Removing and Replacing A Subassembly Of An Electrode Assembly
Application:
63/548,656 →
Compositions, Systems, and Methods for Treating Cancer in Profibrotic Chemotherapeutic Agent-NaïVe Patients Using Tumor Treating Fields and Chemotherapeutic Agents
Application:
63/561,607 →
Reduced Impedance Transducer Array for Applying Alternating Electric Fields and Methods of Production and Use Thereof
Application:
63/565,943 →
Asymmetric Oval-Shaped and Rounded Triangular-Shaped Electrode Assemblies
Application:
63/567,719 →
Determining Transducer Locations for Delivery of Tumor Treating Fields Using External Measurements of Subject and Using Subject Selection Tree
Application:
63/567,837 →
Using Alternating Electric Fields to Block Pain
Application:
63/568,197 →
Deep Learning for Four-Dimensional (4D) Modeling of Glioblastoma Multiforme with Tumor Treating Fields (TTFields) Therapy
Application:
63/568,388 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields with Immune Checkpoint Inhibitors and Mhc Class I Activators
Application:
63/584,254 →
Transducer Array Having Subarrays and Methods of Production and Use Thereof
Application:
63/586,260 →
Apparatus and Method of Reapplying Transducer Arrays to a Patient
Application:
63/586,710 →
Methods of Using Alternating Electric Fields and Checkpoint Inhibitors
Application:
63/586,730 →
Compositions and Methods for Enhancing the Effect of Platinum-Based Systemic Therapy
Application:
63/586,738 →
Low Frequency Rf Ablation System
Application:
63/586,816 →
Compositions and Methods for Enhancing the Effect of a Trop-2 Specific Therapeutic
Application:
63/589,757 →
Compositions and Methods of a Concomitant Therapy of Alternating Electric Fields and N-Cadherin Inhibitor
Application:
63/593,160 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields with Inhibitors of Mif, Mica, and/or Micb
Application:
63/593,790 →
Compositions, Systems, and Methods for Treating Cancer Using Tumor Treating Fields and Killer Cells
Application:
63/599,142 →
Delivering Tumor Treating Fields (TTFields) to the Neck, Thoracic Spine, and Optic Tract
Application:
63/600,338 →
Selecting Size of Transducer Array for Delivering Alternating Electric Fields
Application:
63/608,647 →
Automatic Generation of a Region of Interest in a Medical Image for Tumor Treating Fields Treatment Planning
Application:
63/609,202 →
Edge Detection Brush
Application:
63/609,246 →
Apparatus and Method of Reapplying Transducer Arrays to a Patient
Application:
63/609,693 →
Devices, Systems, And Methods For Removing And Replacing A Subassembly Of An Electrode Assembly
Application:
63/612,729 →
Reconstruction of a Truncated Medical Image
Application:
63/613,796 →
Automatic Anchor Image Selection
Application:
63/613,817 →
Determining Transducer Locations for Delivery of Tumor Treating Fields Using Simulations Based on Models of Healthy Subjects
Application:
63/613,835 →
Determining Transducer Locations for Delivery of Tumor Treating Fields Using Simulations Based on Approximate Tumor Location
Application:
63/613,858 →
Automatic Segmentation of a Medical Image via Deep Learning
Application:
63/614,014 →
Compositions and Methods of a Concomitant Therapy of Alternating Electric Fields and Notch-1 Inhibitor
Application:
63/615,418 →
Asymmetric Oval-Shaped and Rounded Triangular-Shaped Electrode Assemblies
Application:
63/615,891 →
Apparatus for Applying an Electrical Signal Using a Multi-Part Electrode Assembly
Application:
63/615,903 →
Electrode Assembly for Delivering Alternating Electric Fields (e.g., TTFields) with Peripherally-Positioned Temperature Sensors
Application:
63/615,909 →
Using One or More Bands to Hold a Plurality of Electrode Assemblies Against a Subject's Body
Application:
63/616,184 →
Related Assignments
(17)
Other recorded transfers of the patents in this record — the chain of ownership.
Change of Name
Jul 11, 2012
From: STANDEN LIMITED
To: NOVOCURE LIMITED
Reel/Frame 028527/0432 →
Release of Security Interest
Dec 20, 2013
From: DEUTSCHE BANK TRUST COMPANY AMERICAS
To: NOVOCURE LIMITED
Reel/Frame 031866/0567 →
Assignment of Assignor's Interest
Dec 18, 2014
From: PALTI, YORAM
To: STANDEN LTD.
Reel/Frame 034548/0231 →
Change of Name
Dec 29, 2014
From: STANDEN LIMITED
To: NOVOCURE LIMITED
Reel/Frame 034594/0061 →
Security Interest
Feb 2, 2015
From: NOVOCURE LIMITED
To: BIOPHARMA SECURED INVESTMENTS III HOLDINGS CAYMAN LP
Reel/Frame 034866/0402 →
Release of Security Interest
Feb 7, 2018
From: BIOPHARMA SECURED INVESTMENTS III HOLDINGS CAYMAN LP
To: NOVOCURE LIMITED
Reel/Frame 044858/0416 →
Security Interest
Feb 7, 2018
From: NOVOCURE LIMITED
To: BIOPHARMA CREDIT PLC
Reel/Frame 045278/0825 →
Security Interest
Feb 7, 2018
From: NOVOCURE LIMITED
To: BIOPHARMA CREDIT PLC
Reel/Frame 045284/0851 →
Security Interest
May 6, 2019
From: NOVOCURE GMBH
To: BIOPHARMA CREDIT PLC
Reel/Frame 050395/0398 →
Assignment of Assignor's Interest
Aug 20, 2019
From: NOVOCURE LIMITED
To: NOVOCURE GMBH
Reel/Frame 050110/0098 →
Release of Security Interest
Apr 13, 2020
From: BIOPHARMA CREDIT PLC
To: NOVOCURE LIMITED
Reel/Frame 052383/0705 →
Release of Security Interest for Patent Security Agreement Filed at Reel/Frame 045278/0825
Apr 14, 2020
From: BIOPHARMA CREDIT PLC
To: NOVOCURE LIMITED
Reel/Frame 052391/0549 →
Omnibus Confirmation of Assignment Agreement
May 21, 2020
From: BIOPHARMA CREDIT PLC
To: BPCR LIMITED PARTNERSHIP
Reel/Frame 052741/0173 →
Release of Security Interest for Patent Security Agreement Filed at Reel/Frame 50395/0398
Aug 19, 2020
From: BPCR LIMITED PARTNERSHIP
To: NOVOCURE GMBH
Reel/Frame 053538/0623 →
Release of Security Interest for Patent Security Agreement Filed at Reel/Frame 45278 0825
Aug 25, 2020
From: BIOPHARMA CREDIT PLC
To: NOVOCURE LIMITED
Reel/Frame 053597/0335 →
Security Interest
Nov 6, 2020
From: NOVOCURE GMBH
To: JPMORGAN CHASE BANK, N.A., AS ADMINISTRATIVE AGENT
Reel/Frame 054344/0510 →
Release of Security Interest
Apr 24, 2024
From: JPMORGAN CHASE BANK, N.A., AS ADMINISTRATIVE AGENT
To: NOVOCURE GMBH
Reel/Frame 067211/0839 →