Citation Formats
Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

F. ÜZÜMCÜGİL, "Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein," JOURNAL OF VASCULAR ACCESS , 2022

ÜZÜMCÜGİL, F. 2022. Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein. JOURNAL OF VASCULAR ACCESS .

ÜZÜMCÜGİL, F., (2022). Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein. JOURNAL OF VASCULAR ACCESS .

ÜZÜMCÜGİL, FİLİZ. "Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein," JOURNAL OF VASCULAR ACCESS , 2022

ÜZÜMCÜGİL, FİLİZ. "Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein." JOURNAL OF VASCULAR ACCESS , 2022

ÜZÜMCÜGİL, F. (2022) . "Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein." JOURNAL OF VASCULAR ACCESS .

@article{article, author={FİLİZ ÜZÜMCÜGİL}, title={Distance that the catheter covers from skin to the vein using the US-guided in-plane technique: The impact of footprint of the probe and depth of the vein}, journal={JOURNAL OF VASCULAR ACCESS}, year=2022}