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Cephalic vein transposition for head and neck reconstruction: An Anatomical Study
Daniel Bahat, MD, R�ay Fodor B.Sc, Dylan Suriadinata B.Sc, Kelly Hoerger, MD, Robert Siska, MD, Dwayne Jackson, Andrea Di Sebastiano PhD, William Albabish2, PhD, MSc, Risal Djohan, MD
Cleveland Clinic Foundation
2025-01-07
Presenter: Daniel Bahat
Affidavit:
Resident performed on research rotation
Director Name: Ray isakov
Author Category: Resident Plastic Surgery
Presentation Category: Clinical
Abstract Category: General Reconstruction
Abstract
Purpose:
This study aims to evaluate the anatomical feasibility and utility of cephalic vein transposition for venous outflow in head and neck reconstruction, particularly in vessel-depleted necks.
Methods:
Bilateral dissections were performed on 11 fresh cadavers to assess the cephalic vein's length, course, and suitability for transposition. The vein was freed, transected at the antecubital fossa, and transposed via a subcutaneous tunnel to the neck. Measurements were taken of the in-situ vein length and the remaining length after transposition.
Results:
Nineteen cephalic veins were suitable for transposition. The average in situ length was 31.40 +/- 2.30 cm, and 29.59 +/- 2.20 cm after division. Post-transposition, the residual length beyond the superior helix was 8.47 +/- 2.53 cm. The average vein diameter was 3.12 +/- 0.75 cm.
Conclusion:
Cephalic vein transposition is a viable option for venous anastomosis in vessel-depleted necks, providing a long, stable venous conduit with favorable anatomical characteristics for complex head and neck reconstructions.
