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Cryoablation Needles: CX, Classic, and MRI Brief Summary

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Indications, Safety and Warnings

CX (IceRod™ 1.5 CX 90°, IceSphere™ 1.5 CX 90°, IceSeed™ 1.5 CX 90°, 1.5 CXS 90°, IcePearl™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°, IceForce™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°), Classic (IceRod™ 1.5 Straight i-Thaw Function, IceSeed™ 1.5 Straight, IceSeed™ 1.5 90°, IceSphere™ 1.5 S 90°), and MRI (IceRod™ 1.5 Straight, 1.5 MRI 90°)

CAUTION: Federal law (USA) restricts this device to sale by or on the order of a physician. Rx only. Prior to use, please see the complete “Instructions for Use” for more information on Indications, Contraindications, Warnings, Precautions, Adverse Events, and Operator’s Instructions.

INTENDED USE

Classic Cryoablation Needles (IceRod™ 1.5 Straight i-Thaw Function, IceSeed™ 1.5 Straight, IceSeed™ 1.5 90°, IceSphere™ 1.5 S 90°)
The Boston Scientific disposable IceRod Cryoablation Needle, IceSeed Cryoablation Needle, and IceSphere Cryoablation Needle (Classic Needles) are meant to be connected to a Boston Scientific cryoablation system when performing cryoablative tissue destruction through application of extremely cold temperatures. The needles areintended to convert high-pressure gas to either a very cold Freezing application or to a warm Thawing application.

MRI Cryoablation Needles (IceRod™ 1.5 Straight, 1.5 MRI 90°)
The Boston Scientific disposable IceRod Cryoablation Needle and IceSeed Cryoablation Needle (MRI Needles) are meant to be connected to a Boston Scientific Visual-ICE MRI Cryoablation System when performing cryoablative tissue destruction through application of extremely cold temperatures. The needles are intended to convert high pressure gas to either a very cold Freezing application or to a warm Thawing application.

CX Cryoablation Needles (IceRod™ 1.5 CX 90°, IceSphere™ 1.5 CX 90°, IceSeed™ 1.5 CX 90°, 1.5 CXS 90°, IcePearl™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°, IceForce™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°)
The Boston Scientific disposable IceRod Cryoablation Needle, IceSphere Cryoablation Needle, IceSeed Cryoablation Needle, IcePearl Cryoablation Needle, and IceForce Cryoablation Needle (CX Needles) are meant to be connected to a Boston Scientific ICEfx Cryoablation System or Visual-ICE Cryoablation System when performing cryoablative tissue destruction through application of extremely cold temperatures. The needles areintended to convert high-pressure gas to either a very cold Freezing application or to a warm Thawing application.

Patient Groups
The intended population includes patients intended for cryoablative destruction of tissue during surgical procedures.

INDICATIONS FOR USE

Classic Cryoablation Needles (IceRod™ 1.5 Straight i-Thaw Function, IceSeed™ 1.5 Straight, IceSeed™ 1.5 90°, IceSphere™ 1.5 S 90°)
The Boston Scientific disposable IceRod Cryoablation Needle, IceSeed Cryoablation Needle, and IceSphere Cryoablation Needle (Classic Needles), when used with a Boston Scientific cryoablation system, are designed to destroy tissue by the application of extremely cold temperatures. A full list of specific indications can be found in the respective Boston Scientific cryoablation system user manual.

MRI Cryoablation Needles (IceRod™ 1.5 Straight, 1.5 MRI 90°)
The Boston Scientific disposable IceRod Cryoablation Needle and IceSeed Cryoablation Needle (MRI Needles),when used with a Boston Scientific Visual-ICE MRI Cryoablation System, are designed to destroy tissue by the application of extremely cold temperatures. A full list of specific indications can be found in the Boston ScientificVisual-ICE MRI Cryoablation System User Manual.

CX Cryoablation Needles (IceRod™ 1.5 CX 90°, IceSphere™ 1.5 CX 90°, IceSeed™ 1.5 CX 90°, 1.5 CXS 90°, IcePearl™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°, IceForce™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°)
The Boston Scientific disposable IceRod Cryoablation Needle, IceSphere Cryoablation Needle, IceSeed Cryoablation Needle, IcePearl Cryoablation Needle, and IceForce Cryoablation Needle (CX Needles), when used with a Boston Scientific ICEfx Cryoablation System or Visual-ICE Cryoablation System, are designed to destroy tissue by the application of extremely cold temperatures.

A full list of the cryoablation system specific indications can be found in the respective Boston Scientific cryoablation system user manual.

CONTRAINDICATIONS

Classic Cryoablation Needles (IceRod™ 1.5 Straight i-Thaw Function, IceSeed™ 1.5 Straight, IceSeed™ 1.5 90°, IceSphere™ 1.5 S 90°)
There are no known contraindications specific to use of Classic Needles.

MRI Cryoablation Needles (IceRod™ 1.5 Straight, 1.5 MRI 90°)
There are no known contraindications specific to use of MRI Needles.

CX Cryoablation Needles (IceRod™ 1.5 CX 90°, IceSphere™ 1.5 CX 90°, IceSeed™ 1.5 CX 90°, 1.5 CXS 90°, IcePearl™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°, IceForce™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°)
There are no known contraindications specific to use of CX Needles.

WARNINGS

  • Do not use this device for any purpose other than the stated intended use.
  • Observe the expiration date of this product. Do not use past the listed expiration date.Observe the expiration date of this product. Do not use past the listed expiration date.
  • Use special care to ensure that a cryoablation needle does not come into contact with an implanted device.
  • Cryoablation needles have sharp tips. Use care to ensure safe handling of a cryoablation needle to eliminate the risk of injury or possible exposure to bloodborne pathogens.
  • The sterile field and sterility of the cryoablation needle should be maintained at all times. Do not contaminate the distal end of the sterile cryoablation needle.
  • Inspect the packaging for damage. Do not use the needle if packaging appears opened or damaged; in the event of such occurrence, contact Boston Scientific Technical Assistance Center to arrange return of the complete package with the product.
  • Do not use the needle if it is bent or damaged while attempting to unpack or use it.
  • Never use a defective needle for a cryoablation procedure. A defective cryoablation needle that has a gas leak can cause a gas embolism or pneumatosis in the patient.
  • Avoid bending the needle shaft. Do not grasp needles with auxiliary instruments as this may cause damage to the needle shaft.
  • During use, avoid damage to the needle from other surgical instruments.
  • Do not kink, pinch, cut or pull excessively on the needle tubing. Damage to needle handle or tubing may cause the needle to become unusable.
  • Ensure appropriate stability of tubing to avoid inadvertent movement of tubing or needle shifting during a procedure.
  • Each needle must be locked into a needle channel before initiating a cryoablation procedure to avoid the risk of forceful ejection of the needles while under gas pressure.
  • Prior to starting a cryoablation procedure, set up the cryoablation system (reference the SYSTEM SETUP Section within the cryoablation system User Manual) and then perform the Needle Integrity and Functionality Test. This test must be successfully completed in order to begin the procedure.
  • Do not use the needle if there is no ice formation during the Freeze phase while performing the Needle Integrity and Functionality Test. Refer to cryoablation system user manual for troubleshooting. If the issue does not resolve, obtain a new needle and repeat the testing procedure.
  • Do not use the needle if bubbles are seen escaping from the needle during Needle Integrity and Functionality Test.
  • Ensure adequate measures are taken to protect organs and structures adjacent to the targeted tissue.
  • In the rare event that a needle breaks while inserted in the tissue, act immediately to remove needle parts from the patient’s body and report such event to Boston Scientific.
  • If a needle unintentionally strikes bone, do not start or continue the Freezing process as needle integrity may be compromised. Replace the needle prior to continuing the procedure.
  • Needle handles and the needle shaft may frost during freezing. Avoid prolonged contact with frosted portions of the needle handle to avoid unintended thermal tissue damage to the patient or clinician. The patient’s skin surface should be protected by warm saline irrigation or other means as determined by the physician.
  • Needle tubing may become extremely cold when conducting freeze cycles during a cryoablation procedure. It is important that a patient’s skin is protected from direct contact with needle tubing to avoid the potential for thermal injury to the patient.
  • Ensure an appropriate insulating barrier is placed as needed (such as towels) or other method is employed to prevent needle tubing from touching a patient’s skin.
  • Ensure adequate thawing or cooling before attempting to remove needles from the patient.
  • Discontinue all needle operation prior to needle removal to minimize risk of thermal injury and/or tissue injury.
  • Remove needles from the patient prior to disconnecting needles from the Boston Scientific cryoablation system.
  • Dispose of needle(s) in accordance with the Disposal Section.
  • No data regarding cryoablation in combination with other therapies is available from Boston Scientific.

Classic Cryoablation Needles (IceRod™ 1.5 Straight i-Thaw Function, IceSeed™ 1.5 Straight, IceSeed™ 1.5 90°, IceSphere™ 1.5 S 90°)

  • A thorough understanding of the technical principles, clinical applications, and risk associated with cryoablation is necessary before using this product. Refer to the Boston Scientific cryoablation system user manual for optional education.
  • Select Classic Needles appropriate for the application and tumor size. The iceball shape and size for Classic Needles are described in the Device Description Section.
  • Do not use Classic Needles within a Magnetic Resonance Imaging (MRI) suite or environment.
  • Classic Needles are designed and indicated for Freezing and Thawing applications.
  • These needles are not designed, indicated or tested for thermal protection. Serious injury to patient tissue may result if used for thermal protection.
  • Continuously monitor needle insertion, needle positioning, iceball formation and removal using image guidance (such as direct visualization, ultrasound, or Computed Tomography (CT)) to ensure adequate tissue coverage and to avoid damage to adjacent structures.
  • Use Boston Scientific’s Multi-Point 1.5 Thermal Sensor Device (MTS) to monitor the freeze / thaw temperatures for the intended treatment protocol or to monitor tissue temperature near critical structures.
  • When using the IceRod Cryoablation Needle, 1.5 Straight i-Thaw Function, the handle may become warm when using the i-Thaw Function. Prolonged contact with warm portions of the needle handle could cause unintended thermal tissue damage/burn to the patient or clinician.
  •  Thawing may produce heat along the distal needle shaft. Use care to avoid thermal injury/burn to nontargeted tissues.

MRI Cryoablation Needles (IceRod™ 1.5 Straight, 1.5 MRI 90°)

  • A thorough understanding of the technical principles, clinical applications, and risk associated with cryoablation is necessary before using this product. Refer to the Visual-ICE MRI Cryoablation System User Manual for optional education.
  • Select MRI Needles appropriate for the application and tumor size. The iceball shape and size for MRI Needles are described in the Device Description Section.
  • Do not use cryoablation needles that are not MRI compatible (labeled MR Unsafe) within an MRI suite or environment.
  • MRI Needles are designed and indicated for Freezing and Thawing applications.
  • These needles are not designed, indicated or tested for thermal protection. Serious injury to patient tissue may result if used for thermal protection.
  • Continuously monitor the cryoablation procedure needle insertion, needle positioning, iceball formation and removal using direct visualization or MRI image guidance to ensure adequate tissue coverage and to avoid damage to adjacent structures.
  • The MRI Needles may heat up when the scanner Radio Frequency (RF) field is active. Hazards associated with heating can be minimized by using scan sequences with low Specific Absorption Rate (SAR) and limiting the duration of the scan.
  • It is recommended that the scanner be operated in Normal Operating Mode with a whole body averaged SAR of ≤ 1.5 watts per kilogram (W/kg). It is also recommended that the scan duration be limited to less than one minute per scan if the needle is not operating in freezing mode during the scan.
  • The needle handle may become warm during active thawing. Prolonged contact with warm portions of the needle handle could cause unintended thermal tissue damage/burn to the patient or clinician.
  • Active thawing produces heat along the distal needle shaft. Use care to avoid thermal injury/burn to nontargeted tissues.

CX Cryoablation Needles (IceRod™ 1.5 CX 90°, IceSphere™ 1.5 CX 90°, IceSeed™ 1.5 CX 90°, 1.5 CXS 90°, IcePearl™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°, IceForce™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°)

  • A thorough understanding of the technical principles, clinical applications, and risk associated with cryoablation is necessary before using this product. Refer to the ICEfx Cryoablation System or Visual-ICE Cryoablation System User Manuals for optional education.
  • Select CX Needles appropriate for the application and tumor size. The iceball shape and size for CX Needles are described in the Device Description Section.
  • Do not use CX Needles within a Magnetic Resonance Imaging (MRI) suite or environment.
  • CX Needles are designed and indicated for Freezing and Thawing applications.
  • These needles are not designed, indicated or tested for thermal protection. Serious injury to patient tissue may result if used for thermal protection.
  • Continuously monitor needle insertion, needle positioning, iceball formation and removal using image guidance (such as direct visualization, ultrasound, or Computed Tomography (CT)) to ensure adequate tissue coverage and to avoid damage to adjacent structures.
  • Use Boston Scientific’s Multi-Point 1.5 Thermal Sensor Device (MTS) to monitor the freeze / thaw temperatures for the intended treatment protocol or to monitor tissue temperature near critical structures.
  • Ensure the Active Zone Indicator is not positioned outside the patient’s skin when track ablation (Cautery function) is activated.
  • The needle handle may become warm during active thawing. Prolonged contact with warm portions of the needle handle could cause unintended thermal tissue damage/burn to the patient or clinician.
  • Active thawing produces heat along the distal needle shaft. Use care to avoid thermal injury/burn to nontargeted tissues.
  • When conducting FastThaw Function or track ablation (Cautery function), be alert for the Active Zone Indicator as when track ablation is activated and when the needle is withdrawn to prevent unintended tissue damage from the hot needle.

PRECAUTIONS

General

  • Confirm availability of sufficient gas to conduct the planned procedure: the number of needles, needle operations activated, gas cylinder size, pressure and gas flow affect the required gas volume.

Classic Cryoablation Needles (IceRod™ 1.5 Straight i-Thaw Function, IceSeed™ 1.5 Straight, IceSeed™ 1.5 90°, IceSphere™ 1.5 S 90°)

  • Boston Scientific Classic Needles operate only with a Boston Scientific cryoablation system.
  • Boston Scientific recommends that only needles of the same type be placed together in a single channel. Using needles of differing types in a channel may affect the accuracy of the gas performance.

MRI Cryoablation Needles (IceRod™ 1.5 Straight, 1.5 MRI 90°)

  • Boston Scientific MRI Needles operate only with a Boston Visual-ICE MRI Cryoablation System.
  • Boston Scientific recommends that only needles of the same type be placed together in a single channel. Using needles of differing types in a channel may affect the accuracy of the Gas Indicator.
  • When performing MRI guided cryoablation procedures, ensure Boston Scientific MRI Needles are selected. (MRI text on the needle handle; packaging is labeled MR conditional).

CX Cryoablation Needles (IceRod™ 1.5 CX 90°, IceSphere™ 1.5 CX 90°, IceSeed™ 1.5 CX 90°, 1.5 CXS 90°, IcePearl™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°, IceForce™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°)

  • Boston Scientific CX Needles operate only with a Boston Scientific ICEfx Cryoablation System or Visual-ICE Cryoablation System.
  • Boston Scientific recommends that only needles of the same type be placed together in a single channel. Using needles of differing types in a channel may affect the accuracy of the Gas Indicator.

Handling

  • Use of multiple needles is recommended to fully cover a target site and provide a suitable margin.
  • Multiple needles placed in an adjacent configuration will typically create a large, coalesced iceball. Iceball formation must be monitored using image guidance to optimize a successful ablation procedure.
  • Availability of a back-up needle is recommended should a replacement or additional needle be required during a procedure.

Classic Cryoablation Needles (IceRod™ 1.5 Straight i-Thaw Function, IceSeed™ 1.5 Straight, IceSeed™ 1.5 90°, IceSphere™ 1.5 S 90°)

  • If the Boston Scientific cryoablation system contains pressurized helium, i-Thaw Function and FastThaw Function cannot be activated.

MRI Cryoablation Needles (IceRod™ 1.5 Straight, 1.5 MRI 90°)

  • Ensure all connections between the Boston Scientific MRI mobile connection panel and the MRI Needles are tight.
  • During a cryoablation procedure, do not immerse the proximal handle or gas tubing in fluids.
  • Do not expose a cryoablation needle to organic solvents such as alcohol which may damage the needle.

CX Cryoablation Needles (IceRod™ 1.5 CX 90°, IceSphere™ 1.5 CX 90°, IceSeed™ 1.5 CX 90°, 1.5 CXS 90°, IcePearl™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°, IceForce™ 2.1 CX Straight, 2.1 CX 90°, 2.1 CXL 90°)

  • If the Boston Scientific cryoablation system contains pressurized helium, track ablation (Cautery function), iThaw Function and FastThaw Function cannot be activated.

Procedural

  • In a safe and controlled fashion, twist the protective sleeve in a rotational motion while simultaneously pulling it away from the device handle. Take extra care when removing the protective sleeve from the device to avoid contact with the distal end of the needle.
MRI Cryoablation Needles (IceRod™ 1.5 Straight, 1.5 MRI 90°)
  • To minimize image artifacts, position needle tubing such that the tubing runs in the center of the MRI system. Avoid routing the tubing along the side of the MRI system and keep away from the RF coils. When routing the needle tubing, avoid looping or crossing of the tubing.

ADVERSE EVENTS

The potential adverse events associated with the device and/or cryoablation procedure include, but are not limited to:

  • Allergic reaction (contrast, device, other)
  • Angina
  • Arrhythmia
  • Atelectasis
  • Bladder spasms
  • Bleeding/hemorrhage
  • Burn/frostbite
  • Cerebrovascular Accident (CVA)/stroke
  • Cryoshock Phenomenon (e.g. multi organ failure, severe coagulopathy, disseminated intravascular coagulation (DIC))
  • Death
  • Distension
  • Edema/swelling
  • Ejaculatory dysfunction
  • Embolism (air, device, thrombus)
  • Erectile dysfunction
  • Fever
  • Fistula
  • Fracture
  • Gastrointestinal symptoms (eg. nausea, vomiting, diarrhea, constipation)
  • Healing, impaired
  • Hematoma
  • Hematuria
  • Hemothorax
  • Hepatic dysfunction/failure
  • Hernia
  • Hypertension
  • Hypotension
  • Hypothermia
  • Ileus
  • Impotence
  • Infection/abscess/sepsis
  • Inflammation
  • Muscle spasm
  • Myocardial infarction
  • Necrosis
  • Need for additional intervention or surgery
  • Nerve Injury
  • Neuropathy
  • Obstruction
  • Pain/discomfort
  • Perforation (including organ and adjacent structures)
  • Pericardial Effusion
  • Perirenal fluid collection
  • Pleural effusion
  • Pneumatosis (air or gas in an abnormal quantity and/or place in the body)
  • Pneumothorax
  • Post ablation syndrome (e.g. fever, pain, nausea, vomiting, malaise, myalgia)
  • Renal insufficiency/failure
  • Renal parenchymal or capsule fracture
  • Respiratory distress/insufficiency/failure
  • Scrotal edema
  • Stenosis/stricture
  • Subcutaneous emphysema
  • Thrombosis/thrombus
  • Tissue damage
  • Transient ischemic attack (TIA)
  • Tumor cell seeding
  • Urethral sloughing
  • Urinary frequency/urgency
  • Urinary incontinence
  • Urinary retention
  • Urinary tract infection
  • Vasovagal response
  • Vessel trauma (e.g. dissection, injury, perforation, pseudoaneurysm, rupture, or other)
  • Wound infection

 

 

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