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. 2016 Aug;5(4):281–289. doi: 10.21037/hbsn.2016.03.03

Table 6. Summary of consensus statements on Q8 to Q17.

Spread, difficulty, alternatives
   Q8: Spread
       The number of LLRs, laparoscopic liver resection has increased steeply worldwide over the past five years, and published conversion rates have gradually decreased
   Q9: Difficulty
       The difficulty of LLR should be estimated by a combination of factors including the extent of liver resection, tumor location, tumor size, proximity to major vessels, and the severity of fibrosis
       Preoperative estimation of the difficulty of LLR is useful in selecting appropriate patients according to the surgeon’s experience and skill levels
   Q10: HALS and hybrid
       Pure LLR, HALS, hand-assisted laparoscopic surgery, and the hybrid method appear equivalent and are a matter of the surgeon’s preference
       HALS and the hybrid method are used to manage intraoperative difficulties anticipated for pure LLR
Techniques
   Q11: Concept
       The “caudal” approach is the main conceptual change in LLR, in contrast to the “anterior” approach in OLR, open liver resection
       The “lateral approach” (left lateral decubitus) gives access to right posterior segments
   Q12: Bleeding control
       A temporary increase in CO2 pneumoperitoneum pressure can be used to help control bleeding during LLR
       Low central venous pressure (<5 mmHg) is recommended during LLR, as in OLR
       Laparoscopic suturing skills are essential for LLR
   Q13: Parenchymal transection
       Currently, several techniques and devices are equivalent for parenchymal transection in LLR and should be left to the surgeon’s preference, as in OLR
   Q14: Energy devices
       Various energy devices appear to be equivalent and should be left to the surgeon’s preference and expertise, as in OLR
       An argon beam coagulator, if used for hemostasis, requires caution to avoid potential gas embolism
   Q15: Hilar approach
       Individual hilar dissection and the Glissonian approach appear equivalent and should be left to the surgeon’s preference and expertise, as in OLR
   Q16: Anatomical resection
       Anatomical resection for HCC, hepatocelluar carcinoma and parenchyma-sparing strategy for CRLM, colorectal liver metastasis are recommended as in the open approach and require continued evaluation of their application to LLR
Simulation, navigation
   Q17: Simulation and navigation
       Pre-operative simulation can be useful for measuring the remnant liver volume, visualizing the anatomy and tumor location, and planning the resection plane in selected cases

LLR, laparoscopic liver resection; HALS, hand-assisted laparoscopic surgery; OLR, open liver resection; HCC, hepatocellular carcinoma; CRLM, colorectal liver metastasis.