B412110
B412110 — Fluoroscopy of Hepatic Artery using Low Osmolar Contrast, Laser Intraoperative
Billable / specific codeICD-10-PCS
CMS abbreviated title: Fluoroscopy Hepatic Art w L Osm Contrast, Laser Intraop
How B412110 is built
Every ICD-10-PCS code is seven independent character positions. Each one is a separate decision, and the meaning of a character depends on the positions before it.
- BSectionImaging — What family of procedure this is
- 4Body systemWhich system it acts on
- 1Root operationThe objective — the verb of the procedure
- 2Body partThe specific site
- 1ApproachHow the site was reached
- 1DeviceWhat was left in place, if anything
- 0QualifierA further distinction where one applies
Codes near B412110
In CMS’s own ordering, which groups codes that differ by only the last character or two — usually the approach, device or qualifier.
- B4100ZZFluoroscopy of Abdominal Aorta using High Osmolar Contrast
- B410110Fluoroscopy of Abdominal Aorta using Low Osmolar Contrast, Laser Intraoperative
- B4101ZZFluoroscopy of Abdominal Aorta using Low Osmolar Contrast
- B410Y10Fluoroscopy of Abdominal Aorta using Other Contrast, Laser Intraoperative
- B410YZZFluoroscopy of Abdominal Aorta using Other Contrast
- B410ZZZFluoroscopy of Abdominal Aorta
- B412010Fluoroscopy of Hepatic Artery using High Osmolar Contrast, Laser Intraoperative
- B4120ZZFluoroscopy of Hepatic Artery using High Osmolar Contrast
- B412110Fluoroscopy of Hepatic Artery using Low Osmolar Contrast, Laser Intraoperative
- B4121ZZFluoroscopy of Hepatic Artery using Low Osmolar Contrast
- B412Y10Fluoroscopy of Hepatic Artery using Other Contrast, Laser Intraoperative
- B412YZZFluoroscopy of Hepatic Artery using Other Contrast
- B412ZZZFluoroscopy of Hepatic Artery
- B413010Fluoroscopy of Splenic Arteries using High Osmolar Contrast, Laser Intraoperative
- B4130ZZFluoroscopy of Splenic Arteries using High Osmolar Contrast
- B413110Fluoroscopy of Splenic Arteries using Low Osmolar Contrast, Laser Intraoperative
- B4131ZZFluoroscopy of Splenic Arteries using Low Osmolar Contrast