Key result
Intracavitary electrocardiography during femorally inserted central catheter placement in adults revealed P-wave changes in 52.9% of patients, with 100% of catheter tips successfully positioned in the inferior vena cava.
Why the study?
Intracavitary ECG changes during femorally inserted central catheter placement were observed with the aim of reducing malposition occurrence.
Does intracavitary electrocardiography accurately guide catheter tip location during femorally inserted central catheter placement in adult patients?
Observational (n=34)
No
Does intracavitary electrocardiography accurately guide catheter tip location during femorally inserted central catheter placement in adult patients?
Intracavitary ECG can assist in positioning femorally inserted central catheter tips in adult patients by monitoring P-wave changes to prevent malposition.
May aid FICC placement via intracavitary ECG in select adults; leaves open randomized confirmation of malposition reduction.
BACKGROUND: In this study, the intracavitary electrocardiogram (ECG) P-wave and QRS-wave changes during femorally inserted central catheter (FICC) placement in adults were observed with the aim of reducing malposition occurrence. The observed method provides venous access in patients who have limited upper limb venous catheterization potential and require medium-term and long-term infusions. METHODS: A retrospective analysis of 34 adult patients who underwent FICC placement was conducted. After body surface measurements were taken, all patients were connected to an ECG during catheter placement, and the P-wave and QRS-wave changes were observed. Next, the catheter tip position was confirmed with an abdominal X-ray, and an analysis of the changes occurring during the procedure was conducted. RESULTS: In the 34 patients included in the present study, the catheter tips were located below the diaphragm level in the inferior vena cava. Of the patients, 18 showed negative P waves, biphasic P waves, and positive high-amplitude P waves with increasing the insertion depth. In 16 patients, no P-wave characteristic changes were observed during catheterization, and an abdominal X-ray confirmed that the catheter tip was positioned below the level of the first lumbar vertebra. CONCLUSION: Negative P waves, biphasic P waves, and positive high-amplitude P waves appeared during FICC placement in adults. Catheter withdrawal until the P wave reverted to normal indicated that a tip position close to the inferior vena cava above the diaphragm level was ideal.
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Duan et al. (2021) conducted an observational in Limited upper limb venous access requiring central venous catheterization (n=34). Intracavitary electrocardiography-guided femorally inserted central catheter placement was evaluated on Catheter tip position confirmed by abdominal X-ray and observation of P-wave changes. Intracavitary electrocardiography during femorally inserted central catheter placement in adults revealed P-wave changes in 52.9% of patients, with 100% of catheter tips successfully positioned in the inferior vena cava.
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