Standardized and Feasible Laparoscopic Approach for Tumors Located in the Caudate Lobe.

BACKGROUND/AIM: Although laparoscopic hepatectomy has been widely used in the management of liver tumors for its reduced invasiveness and magnified view, in the caudate lobe it remains challenging especially for patients with cirrhosis. Thus, this study aimed to evaluate patients undergoing laparoscopic hepatectomy for hepatic tumors in the caudate lobe and establish strategies for performing such procedure.

PATIENTS AND METHODS

Laparoscopic hepatectomy in the caudate lobe was performed in nine patients. We performed inflow control to reduce bleeding during hepatic transection and retraction of the left lateral section to the cranial side to obtain a sufficient surgical field using a Nathanson liver retractor. We approached tumors in the Spiegel lobe (SP) from caudal side for segment 1 (S1) partial hepatectomy and from caudal and left side for Spiegel lobectomy, the lower paracaval portion (PC) from caudal side for S1 partial hepatectomy, and the upper PC from caudal and bilateral side for total caudate lobectomy.

RESULTS

In 6 cases the tumors were in the SP and in 3 cases in the PC. The types of laparoscopic hepatectomy performed were total caudate lobectomy (n=1), Spiegel lobectomy (n=2), and partial hepatectomy of segment 1 (n=6). All the tumors were curatively resected, and no patient had complications. Operative time for tumors located in the PC was significantly longer than that for tumors located in the SP. Laparoscopic hepatectomy in the caudate lobe was safely performed for five patients with liver cirrhosis.

CONCLUSION

Laparoscopic hepatectomy in the caudate lobe may become the standard surgical technique with hepatic inflow control, sufficient surgical field exposure, and appropriate approach.