The diagnostic electrophysiology catheter could be a disposable product, that is employed to gather and record the intracardiac ECG. This text can take you to grasp its world.

Here is that the content:

• Features of diagnostic electrophysiology catheter

• Precautions in use

• Potential complications

Features of diagnostic electrophysiology catheter

Exclusive point-of-tip effort management allows diagnostic electrophysiology catheters to realize exceptional levels of tip responsiveness and management.

A smooth, radiused curve (over the total curve segment) eliminates unintentional secondary curves for smooth advancement and correct placement.

Superb introduction capabilities supply precise management, even at the tip's most distal purpose.

Excellent catheter-to-tissue contact helps you reach optimum clinical usability.

Push-pull handle with automatic curve form management technology facilitates sleek curve effort and stable tip position.

Diverse curves, outside diameters and effective lengths apply to completely different internal organ structures and clinical desires.

The hardness of the tubing changes from proximal. The tip is incredibly soft, reducing the chance of penetrating and guaranteeing patient’s safety.

Precautions in use

Maintain associate degree activated period of time (ACT) of bigger than three hundred seconds in the slightest degree times throughout use of the tubing. This includes once the tubing is employed within the right aspect of the guts. to stop web with concomitantly used catheters, use care once victimization the tubing within the proximity of the opposite catheters. Maintain constant irrigation to stop activity on the distal paddle. examine irrigation conduit for obstructions, like kinks and air bubbles. If irrigation is interrupted, take away the tubing from the patient and examine the tubing. make sure that the irrigation ports ar patent and flush the tubing before re-insertion. invariably straighten the tubing before insertion or withdrawal. don't use if the tubing seems broken, kinked, or if there's problem in deflecting the distal section to realize the specified curve. don't use if the tubing doesn't hold its curve and/or if any of the irrigation ports ar blocked. tubing advancement should be performed underneath fluoroscopic steering to reduce the chance of internal organ harm, perforation, or tamponage.

Potential complications

Potential complications embrace, however don't seem to be restricted to, pulmonic embolism; heart muscle infarction; vas accident; internal organ harm, perforation, and tamponade; perforation of the vasculature; partial or complete Jewish calendar month block; and death. thanks to the x-ray beam intensity and also the period of the fluoroscopic imaging throughout ablation procedures, patients and laboratory employees could also be subjected to acute radiation injury and exaggerated risk for physical and genetic effects. Catheters with distal combine conductor spacing bigger than 2 millimetre shouldn't be utilized in the ablation of body part accent pathways or within the treatment of Jewish calendar month nodal re-entrant arrhythmia as a result of the potential for making accidental complete Jewish calendar month block. planted devices like pacemakers and implantable cardioverter-defibrillators (ICDs) could also be adversely suffering from RF energy. tubing materials don't seem to be compatible with resonance imaging (MRI).

We're excited to announce that KOSSEL has been granted a patent for its diagnostic electrophysiology catheter. KOSSEL could be a young company with a passion for innovation, and we're proud to possess developed this product with our patients in mind. Our catheter is intended to help within the designation and management of patients full of numerous conditions, together with numerous heart condition. We're excited concerning what the longer term holds for our business and are looking forward to work with you, as a part of your team at KOSSEL.