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Liver Ablation sentence examples within Stereotactic Liver Ablation

Stereotactic Liver Ablation 10.1111/aas.13930

High‐frequency jet ventilation is necessary to reduce organ movements during stereotactic liver ablation.

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Stereotactic Liver Ablation 10.21037/LS-20-107

Nonetheless, the question to answer is: will stereotactic liver ablation replace minimally invasive liver resection? In our opinion, stereotactic liver ablation will change the way we treat primary and metastatic liver cancer, but ideally, by adding another viable and consistent minimally invasive option.

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Liver Ablation sentence examples within Guided Liver Ablation

Guided Liver Ablation 10.1002/mp.13431

In another CT-guided liver ablation procedure (patient weight, 114 kg), 22 series were acquired with constant mA and scan lengths of 1-30 cm.

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Guided Liver Ablation 10.1007/s00270-019-02182-0

Visual tumor targets deeply located in the portal vein were established, and ultrasound-guided liver ablation was performed with different electrodes.

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Liver Ablation sentence examples within Percutaneou Liver Ablation

Percutaneou Liver Ablation 10.1159/000514113

Over the past 9 years, we have treated a 69-year-old woman who has undergone 5 percutaneous liver ablations, 5 hepatic intra-arterial chemoembolizations, an ovarian cryoablation, and a trans-ventral hernia mesenteric cryoablation.

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Percutaneou Liver Ablation 10.1080/02656736.2019.1671612

Conclusion: Percutaneous liver ablation of lesions that cannot be seen on US and requiring out-of-plane CT access can be successfully and safely treated using electromagnetic-based navigation and jet-ventilation.

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Stereotactic Liver Ablation Guided Liver Ablation Percutaneou Liver Ablation Pig Liver Ablation Explore More

Liver Ablation sentence examples within Pig Liver Ablation

Pig Liver Ablation 10.1145/3456415.3456524

From the results of the estimated ablation region compares with actual sample pig liver ablation region, the long-axis and short-axis average relative errors are 2.

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Pig Liver Ablation 10.1080/02656736.2021.1912411

In tissue-mimicking phantom and in vivo pig liver ablation experiments, the performances of the water-cooled MW ablation array and conventional clamp crushing liver resection were compared.

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Liver Ablation sentence examples within liver ablation experiment

liver ablation experiment 10.1080/02656736.2021.1912411

In tissue-mimicking phantom and in vivo pig liver ablation experiments, the performances of the water-cooled MW ablation array and conventional clamp crushing liver resection were compared.

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liver ablation experiment 10.1109/TMTT.2018.2880440

Furthermore, ex-vivo liver ablation experiments with the input powers of 10 and 20 W are performed to evaluate the treatment monitoring feature and ablation efficacy.

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Liver Ablation sentence examples within liver ablation therapy

liver ablation therapy 10.1055/S-0041-1730119

Despite the development of various adjunctive thermoprotection techniques, there are a few reports of their use for protecting the esophagus during liver ablation therapy.

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liver ablation therapy 10.1007/s11548-019-01983-5

The framework is applied in the preclinical setting though targeted liver ablation therapy on an animal model.

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Liver Ablation sentence examples within liver ablation monitoring

liver ablation monitoring 10.23919/URSIGASS51995.2021.9560575

In this respect, in this contribution, a low-complexity experimental set-up for the experimental assessment of microwave imaging system for liver ablation monitoring is proposed and numerically assessed.

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liver ablation monitoring 10.3390/diagnostics11050866

In this work, the in silico assessment of a microwave imaging device specifically designed for liver ablation monitoring is presented.

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10.20524/aog.2020.0557

Methods During a 12-month period, 20 patients who underwent microwave liver ablation were prospectively randomized between 2 different energy delivery modes: “continuous mode” (CM, n=10) and “pulsed mode” (PM, n=10).

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10.1145/3456415.3456524

From the results of the estimated ablation region compares with actual sample pig liver ablation region, the long-axis and short-axis average relative errors are 2.

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10.3389/fsurg.2021.626297

Thoracoscopic liver ablation is a viable and minimally invasive alternative treatment, especially for patients with previous multiple abdominal surgeries.

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10.1159/000514113

Over the past 9 years, we have treated a 69-year-old woman who has undergone 5 percutaneous liver ablations, 5 hepatic intra-arterial chemoembolizations, an ovarian cryoablation, and a trans-ventral hernia mesenteric cryoablation.

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10.1111/aas.13930

High‐frequency jet ventilation is necessary to reduce organ movements during stereotactic liver ablation.

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10.1080/02656736.2021.1971779

METHODS AC measurements of ex vivo bovine liver ablation were performed, and numerical simulations were also conducted to test the hypothesis that the relative permittivity would significantly decrease after the liver tissue reached a high temperature.

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10.1016/j.hpb.2021.06.401

10% (n=4) had combined colorectal resection with liver ablation.

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10.1055/S-0041-1730119

Despite the development of various adjunctive thermoprotection techniques, there are a few reports of their use for protecting the esophagus during liver ablation therapy.

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10.1021/acs.analchem.1c03055

200 nm) to deliver ablation laser pulses to a sample surface to ablate materials with high spatial resolution.

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10.21037/LS-20-107

Nonetheless, the question to answer is: will stereotactic liver ablation replace minimally invasive liver resection? In our opinion, stereotactic liver ablation will change the way we treat primary and metastatic liver cancer, but ideally, by adding another viable and consistent minimally invasive option.

Full Text

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10.23919/URSIGASS51995.2021.9560575

In this respect, in this contribution, a low-complexity experimental set-up for the experimental assessment of microwave imaging system for liver ablation monitoring is proposed and numerically assessed.

Full Text

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10.1080/02656736.2021.1912411

In tissue-mimicking phantom and in vivo pig liver ablation experiments, the performances of the water-cooled MW ablation array and conventional clamp crushing liver resection were compared.

Full Text

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10.3390/diagnostics11050866

In this work, the in silico assessment of a microwave imaging device specifically designed for liver ablation monitoring is presented.

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10.1080/02656736.2021.1961883

80 for liver ablations and from 0.

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10.1159/000518358

As image-guided treatments may be as effective as surgery in selected patients with liver lesions, the clinical oncologist should be familiar with the indications, risks, and technical aspects of liver ablation in order to provide their patients with the best outcomes.

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10.1002/mp.13431

In another CT-guided liver ablation procedure (patient weight, 114 kg), 22 series were acquired with constant mA and scan lengths of 1-30 cm.

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10.1109/TMTT.2018.2880440

Furthermore, ex-vivo liver ablation experiments with the input powers of 10 and 20 W are performed to evaluate the treatment monitoring feature and ablation efficacy.

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10.21037/cco.2019.08.05

Available evidence suggests that RAS mutation is a prognosticator of shorter local tumor progression free survival (LTPFS) following liver ablation, and that mutant RAS patients with CLM treated with ablation should have wider minimal ablation margins.

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10.1097/SLE.0000000000000606

Patients were divided into 3 groups: group I with single liver resection (36 patients); group II with multiple concomitant liver resections (104 patients); group III with liver resection(s) combined with concomitant liver ablation (31 patients).

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10.1007/s00270-019-02182-0

Visual tumor targets deeply located in the portal vein were established, and ultrasound-guided liver ablation was performed with different electrodes.

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10.3760/CMA.J.ISSN.1007-5232.2019.02.008

Pathology showed massive coagulative necrosis and peripheral bleeding area in the liver ablation center, and diffuse focal necrosis in the tissue of the pancreatic ablation area.

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10.1007/s10549-019-05254-4

Significant independent baseline predictors of worse OS included number of prior systemic chemotherapy lines, prior liver ablation, higher liver tumour burden and elevated levels of bilirubin and ALT.

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10.1080/13645706.2019.1674878

In tissue-mimicking phantom and in vitro swine liver ablation experiments, the performances of the new device and the single-needle MW device currently used in clinical practice are compared.

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10.1080/02656736.2019.1671612

Conclusion: Percutaneous liver ablation of lesions that cannot be seen on US and requiring out-of-plane CT access can be successfully and safely treated using electromagnetic-based navigation and jet-ventilation.

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10.1080/02656736.2019.1587010

We have also used an in vivo model for liver ablation and demonstrated similar results.

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10.1259/bjr.20180864

Knowledge of potential complications is essential for interventional radiologists performing liver ablation in order to reduce patient morbidity.

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10.1007/s11548-019-01983-5

The framework is applied in the preclinical setting though targeted liver ablation therapy on an animal model.

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10.1016/j.jradnu.2019.07.008

This manuscript reviews the pharmaceutical principles, technical considerations, and potential complications of ultrasound contrast agents to ensure safe and effective administration during percutaneous hepatosplenic biopsy and liver ablation.

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10.12688/f1000research.18369.1

Methods: The aim of this explorative study was to assess lung function and the effects on blood gas and lactate during HFJV in patients undergoing stereotactic liver ablation.

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10.1007/S11888-019-00440-4

New techniques like hepatic artery infusion, liver chemoperfusion, operative and transcutaneous liver ablation with microwave, radiofrequency or irreversible electroporation have resulted in significantly improved outcomes.

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Keywords related to Liver

Keywords related to Ablation

Versus Ablation Mechanochemical Ablation Repeat Ablation Pvc Ablation German Ablation Pulsed Laser Ablation Laser Ablation Arrhythmia Ablation Microwave Ablation Beam Ablation Optimal Ablation Radio Frequency Ablation Contact Ablation Glacier Ablation Eyestalk Ablation Selective Ablation Local Ablation Transcatheter Ablation Septal Ablation Anatomical Ablation Guided Ablation Endometrial Ablation Tumor Ablation Ultrasound Guided Ablation Cyst Ablation Plasma Assisted Ablation Ovarian Ablation Snow Ablation Endocardial Ablation Cyclic Ablation Field Ablation Node Ablation Assessing Ablation Pathway Ablation Hybrid Ablation Nerve Ablation Lung Ablation Plexi Ablation Thermal Ablation Undergoing Ablation Junction Ablation Ultrasonic Ablation Balloon Ablation Carbon Ablation Surface Ablation Vt Ablation Targeted Ablation Androgen Ablation Gland Ablation Arc Ablation Explore More

Liver Ablation

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Oct 12, 2024

What is/are Liver Ablation?

Liver Ablation - Methods During a 12-month period, 20 patients who underwent microwave liver ablation were prospectively randomized between 2 different energy delivery modes: “continuous mode” (CM, n=10) and “pulsed mode” (PM, n=10). ^[1] From the results of the estimated ablation region compares with actual sample pig liver ablation region, the long-axis and short-axis average relative errors are 2. ^[2] Thoracoscopic liver ablation is a viable and minimally invasive alternative treatment, especially for patients with previous multiple abdominal surgeries. ^[3] Over the past 9 years, we have treated a 69-year-old woman who has undergone 5 percutaneous liver ablations, 5 hepatic intra-arterial chemoembolizations, an ovarian cryoablation, and a trans-ventral hernia mesenteric cryoablation. ^[4] High‐frequency jet ventilation is necessary to reduce organ movements during stereotactic liver ablation. ^[5] METHODS AC measurements of ex vivo bovine liver ablation were performed, and numerical simulations were also conducted to test the hypothesis that the relative permittivity would significantly decrease after the liver tissue reached a high temperature. ^[6] 10% (n=4) had combined colorectal resection with liver ablation. ^[7] Despite the development of various adjunctive thermoprotection techniques, there are a few reports of their use for protecting the esophagus during liver ablation therapy. ^[8] 200 nm) to deliver ablation laser pulses to a sample surface to ablate materials with high spatial resolution. ^[9] Nonetheless, the question to answer is: will stereotactic liver ablation replace minimally invasive liver resection? In our opinion, stereotactic liver ablation will change the way we treat primary and metastatic liver cancer, but ideally, by adding another viable and consistent minimally invasive option. ^[10] In this respect, in this contribution, a low-complexity experimental set-up for the experimental assessment of microwave imaging system for liver ablation monitoring is proposed and numerically assessed. ^[11] In tissue-mimicking phantom and in vivo pig liver ablation experiments, the performances of the water-cooled MW ablation array and conventional clamp crushing liver resection were compared. ^[12] In this work, the in silico assessment of a microwave imaging device specifically designed for liver ablation monitoring is presented. ^[13] 80 for liver ablations and from 0. ^[14] As image-guided treatments may be as effective as surgery in selected patients with liver lesions, the clinical oncologist should be familiar with the indications, risks, and technical aspects of liver ablation in order to provide their patients with the best outcomes. ^[15] In another CT-guided liver ablation procedure (patient weight, 114 kg), 22 series were acquired with constant mA and scan lengths of 1-30 cm. ^[16] Furthermore, ex-vivo liver ablation experiments with the input powers of 10 and 20 W are performed to evaluate the treatment monitoring feature and ablation efficacy. ^[17] Available evidence suggests that RAS mutation is a prognosticator of shorter local tumor progression free survival (LTPFS) following liver ablation, and that mutant RAS patients with CLM treated with ablation should have wider minimal ablation margins. ^[18] Patients were divided into 3 groups: group I with single liver resection (36 patients); group II with multiple concomitant liver resections (104 patients); group III with liver resection(s) combined with concomitant liver ablation (31 patients). ^[19] Visual tumor targets deeply located in the portal vein were established, and ultrasound-guided liver ablation was performed with different electrodes. ^[20] Pathology showed massive coagulative necrosis and peripheral bleeding area in the liver ablation center, and diffuse focal necrosis in the tissue of the pancreatic ablation area. ^[21] Significant independent baseline predictors of worse OS included number of prior systemic chemotherapy lines, prior liver ablation, higher liver tumour burden and elevated levels of bilirubin and ALT. ^[22] In tissue-mimicking phantom and in vitro swine liver ablation experiments, the performances of the new device and the single-needle MW device currently used in clinical practice are compared. ^[23] Conclusion: Percutaneous liver ablation of lesions that cannot be seen on US and requiring out-of-plane CT access can be successfully and safely treated using electromagnetic-based navigation and jet-ventilation. ^[24] We have also used an in vivo model for liver ablation and demonstrated similar results. ^[25] Knowledge of potential complications is essential for interventional radiologists performing liver ablation in order to reduce patient morbidity. ^[26] The framework is applied in the preclinical setting though targeted liver ablation therapy on an animal model. ^[27] This manuscript reviews the pharmaceutical principles, technical considerations, and potential complications of ultrasound contrast agents to ensure safe and effective administration during percutaneous hepatosplenic biopsy and liver ablation. ^[28] Methods: The aim of this explorative study was to assess lung function and the effects on blood gas and lactate during HFJV in patients undergoing stereotactic liver ablation. ^[29] New techniques like hepatic artery infusion, liver chemoperfusion, operative and transcutaneous liver ablation with microwave, radiofrequency or irreversible electroporation have resulted in significantly improved outcomes. ^[30]

Stereotactic Liver Ablation

High‐frequency jet ventilation is necessary to reduce organ movements during stereotactic liver ablation. ^[1] Nonetheless, the question to answer is: will stereotactic liver ablation replace minimally invasive liver resection? In our opinion, stereotactic liver ablation will change the way we treat primary and metastatic liver cancer, but ideally, by adding another viable and consistent minimally invasive option. ^[2] Methods: The aim of this explorative study was to assess lung function and the effects on blood gas and lactate during HFJV in patients undergoing stereotactic liver ablation. ^[3]

Guided Liver Ablation

In another CT-guided liver ablation procedure (patient weight, 114 kg), 22 series were acquired with constant mA and scan lengths of 1-30 cm. ^[1] Visual tumor targets deeply located in the portal vein were established, and ultrasound-guided liver ablation was performed with different electrodes. ^[2]

Percutaneou Liver Ablation

Over the past 9 years, we have treated a 69-year-old woman who has undergone 5 percutaneous liver ablations, 5 hepatic intra-arterial chemoembolizations, an ovarian cryoablation, and a trans-ventral hernia mesenteric cryoablation. ^[1] Conclusion: Percutaneous liver ablation of lesions that cannot be seen on US and requiring out-of-plane CT access can be successfully and safely treated using electromagnetic-based navigation and jet-ventilation. ^[2]

Pig Liver Ablation

From the results of the estimated ablation region compares with actual sample pig liver ablation region, the long-axis and short-axis average relative errors are 2. ^[1] In tissue-mimicking phantom and in vivo pig liver ablation experiments, the performances of the water-cooled MW ablation array and conventional clamp crushing liver resection were compared. ^[2]

liver ablation experiment

In tissue-mimicking phantom and in vivo pig liver ablation experiments, the performances of the water-cooled MW ablation array and conventional clamp crushing liver resection were compared. ^[1] Furthermore, ex-vivo liver ablation experiments with the input powers of 10 and 20 W are performed to evaluate the treatment monitoring feature and ablation efficacy. ^[2] In tissue-mimicking phantom and in vitro swine liver ablation experiments, the performances of the new device and the single-needle MW device currently used in clinical practice are compared. ^[3]

liver ablation therapy

Despite the development of various adjunctive thermoprotection techniques, there are a few reports of their use for protecting the esophagus during liver ablation therapy. ^[1] The framework is applied in the preclinical setting though targeted liver ablation therapy on an animal model. ^[2]

liver ablation monitoring

In this respect, in this contribution, a low-complexity experimental set-up for the experimental assessment of microwave imaging system for liver ablation monitoring is proposed and numerically assessed. ^[1] In this work, the in silico assessment of a microwave imaging device specifically designed for liver ablation monitoring is presented. ^[2]