FIELD: medical technology.
SUBSTANCE: group of inventions relates to medical technology. Ablation by irreversible electroporation involves the insertion of a matrix containing a plurality of electrodes mounted on the distal end of the catheter into a cavity in the patient’s organ. The matrix is in contact with the inner surface of the cavity. Input data is received from the user, and the input data determines one or more segments of the tissue of the inner surface to be ablated. In response to the input, one or more pairs of electrodes in the matrix are selected using the processor, which, when activated by irreversible electroporation (IRE) signals, will cause ablation of these tissue segments. These tissue segments are subjected to ablation by applying IRE signals to pairs of electrodes.
EFFECT: new solutions for performing ablation.
12 cl, 4 dwg
| Title |
Year |
Author |
Number |
| PROTOCOL OF CAREFUL IRREVERSIBLE ELECTROPORATION (IRE) FOR PREVENTING THE FORMATION OF BUBBLES |
2021 |
|
RU2774573C1 |
| SEQUENTIAL ACTIVATION OF PAIRS OF ELECTRODES DURING IRREVERSIBLE ELECTROPORATION (IEP) |
2021 |
- Altmann, Andres Klaudio
- Govari, Assaf
- Ozeri, Ella
|
RU2781798C2 |
| IRREVERSIBLE ELECTROPORATION (IEP) BASED ON IMPEDANCE |
2021 |
- Govari, Assaf
- Altmann, Andres Klaudio
|
RU2770452C1 |
| ABLATION CONTROL IN IRREVERSIBLE ELECTROPORATION USING A FOCAL CATHETER WITH CONTACT FORCE AND TEMPERATURE SENSORS |
2021 |
- Altmann, Andres Claudio
- Govari, Assaf
|
RU2764828C1 |
| DYNAMIC ABLATION AND INVESTIGATION DEPENDING ON THE CONTACT OF SEGMENTED ELECTRODES |
2020 |
- Govari, Assaf
- Altmann, Andres Claudio
- Zilberman, Israel
|
RU2761291C1 |
| ASSESSMENT OF THE DEVELOPMENT OF ABLATION BY THE IRREVERSIBLE ELECTROPORATION METHOD BASED ON THE AMPLITUDE OF MEASURED BIOPOLAR SIGNALS |
2021 |
- Altmann, Andres Klaudio
- Govari, Assaf
- Zilberman, Izrael
|
RU2771638C1 |
| COMBINATION OF IRE AND RF ABLATION USING A SINUSOIDAL SIGNAL GENERATOR |
2021 |
- Govari, Assaf
- Altmann, Andres Claudio
|
RU2768170C1 |
| GUIDED HEART ABLATION USING MACHINE LEARNING (ML) |
2020 |
- Amit, Matityakhu
- Tsoref, Liat
- Amos, Yariv Avraam
- Shalgi, Avi
|
RU2779871C2 |
| VIRTUALLY CLOSED ELECTRODES FOR AN IRE PULSE GENERATOR |
2021 |
- Altmann, Andres Klaudio
- Govari, Assaf
- Shamis, Yurij
|
RU2776694C1 |
| DETECTION OF CONTACT AND PROXIMITY BETWEEN ABLATION ELECTRODES BY IDENTIFYING CHANGES IN THE MORPHOLOGY OF THE VOLTAGE OF NON-ACTIVATED ELECTRODES |
2021 |
- Govari, Assaf
- Altmann, Andres Klaudio
- Marchiano, Lila
|
RU2771155C1 |
