Radiofrequency Ablation: Mechanism of Action and Devices
Since the first radiofrequency (RF) ablation description in early 1990's for percutaneous tumor ablation, there has been considerable published data on the subject worldwide. An understanding of RF ablation equipment, mechanism of action and its interactions with tissue is critical to avoid com...
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| Published in | Journal of vascular and interventional radiology Vol. 21; no. 8; pp. S179 - S186 |
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| Main Authors | , |
| Format | Journal Article |
| Language | English |
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United States
Elsevier Inc
01.08.2010
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| Abstract | Since the first radiofrequency (RF) ablation description in early 1990's for percutaneous tumor ablation, there has been considerable published data on the subject worldwide. An understanding of RF ablation equipment, mechanism of action and its interactions with tissue is critical to avoid complications and improve patient outcomes. There is considerable variability in the way that RF ablation may be performed, and there is a variety of equipment choices. Despite the accumulated data, the desire to more quickly obtain larger zones of ablation has quickly spurred the introduction of several new ablation modalities. However, RF ablation remains the prototypical thermal ablation technique. |
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| AbstractList | Since the first radiofrequency (RF) ablation description in early 1990's for percutaneous tumor ablation, there has been considerable published data on the subject worldwide. An understanding of RF ablation equipment, mechanism of action and its interactions with tissue is critical to avoid complications and improve patient outcomes. There is considerable variability in the way that RF ablation may be performed, and there is a variety of equipment choices. Despite the accumulated data, the desire to more quickly obtain larger zones of ablation has quickly spurred the introduction of several new ablation modalities. However, RF ablation remains the prototypical thermal ablation technique. Since the first radiofrequency (RF) ablation description in early 1990's for percutaneous tumor ablation, there has been considerable published data on the subject worldwide. An understanding of RF ablation equipment, mechanism of action and its interactions with tissue is critical to avoid complications and improve patient outcomes. There is considerable variability in the way that RF ablation may be performed, and there is a variety of equipment choices. Despite the accumulated data, the desire to more quickly obtain larger zones of ablation has quickly spurred the introduction of several new ablation modalities. However, RF ablation remains the prototypical thermal ablation technique.Since the first radiofrequency (RF) ablation description in early 1990's for percutaneous tumor ablation, there has been considerable published data on the subject worldwide. An understanding of RF ablation equipment, mechanism of action and its interactions with tissue is critical to avoid complications and improve patient outcomes. There is considerable variability in the way that RF ablation may be performed, and there is a variety of equipment choices. Despite the accumulated data, the desire to more quickly obtain larger zones of ablation has quickly spurred the introduction of several new ablation modalities. However, RF ablation remains the prototypical thermal ablation technique. |
| Author | Hong, Kelvin Georgiades, Christos |
| Author_xml | – sequence: 1 givenname: Kelvin surname: Hong fullname: Hong, Kelvin email: Khong1@jhmi.edu – sequence: 2 givenname: Christos surname: Georgiades fullname: Georgiades, Christos |
| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/20656227$$D View this record in MEDLINE/PubMed |
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| SubjectTerms | Catheter Ablation - adverse effects Catheter Ablation - instrumentation Catheter Ablation - methods Electrodes Equipment Design Humans Neoplasms - surgery Radiology Treatment Outcome |
| Title | Radiofrequency Ablation: Mechanism of Action and Devices |
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