
Laparoscopic with Seldinger techniques for choledocholithiasis 167
Vol. 64(2): 165 - 172, 2023
during LCBDE to prevent postoperative bile
leakage. An associated potential of damage
to the CBD exists, and the postoperative
management and inconveniences of the T-
tube are well known. Transcystic stone re-
moval can avoid the need for a T-tube and
obviate the need and risk of postoperative
ERCP for stone management.
Additional minimally invasive treat-
ments are needed for patients with choleli-
thiasis combined with choledocholithiasis.
In 2016, Pet et al. 2 reported the placement
of an intraoperative endoscopic nasobiliary
drainage (ENBD) tube in the common bile
duct with primary closure of the CBD to
prevent postoperative bile leakage. This was
accomplished using Tri-scope (laparoscope,
choledochoscope, and gastroscope) surgery,
which appeared feasible, safe, and cost-effec-
tive.
In the present study, we treated pa-
tients with concomitant cholelithiasis and
choledocholithiasis with a combination of
laparoscopic and Seldinger technology. Man-
agement involved a guide wire, catheter, and
balloon catheter placed into and through
the gallbladder into the CBD to clear the
stones. To provide a frame of reference, we
compared the outcomes of the above pa-
tients with those treated with laparoscopic
choledocholithotomy and T-tube drainage.
METHODS
Patients
Thirty patients (17 males, 13 females)
with concomitant cholelithiasis and cho-
ledocholithiasis were enrolled from Novem-
ber 2018 to March 2021. These patients
(age range, 24-80 years) were diagnosed
using computed tomography (CT) and mag-
netic resonance cholangiopancreatography
(MRCP). All patients underwent preopera-
tive physical examination, including blood
tests, to assess liver and kidney function,
urine amylase, and coagulation parameters.
Inclusion criteria included: no previ-
ous surgical treatment of the hepatobiliary
system, duodenum, or stomach and preop-
erative confirmation of concomitant choleli-
thiasis and choledocholithiasis by MRCP. The
gallstones were removed, leaving the intact
gallbladder in Group A. The cholecystecto-
my was performed in Group B.
Exclusion criteria in all two groups:
acute or suppurative inflammation of the
hepatobiliary system; mental illness; the
presence of pancreatic cancer, diabetes, or
other relatively serious diseases; and the
presence of severe lung or kidney problems.
Patients group
All patients signed informed consent.
The approach of surgery was performed ac-
cording to the principle of voluntary partici-
pation. This study was approved by the ethics
committee of our hospital (registration No.
ChiCTR2100047160).
Surgery techniques
Combined laparoscopic and Seldinger
techniques
Group A. Under satisfactory general en-
dotracheal anesthesia, a pneumoperitoneum
was established through a standard umbili-
cal incision, and two ports were placed 5. A
2-3 cm incision was made 10 mm below the
umbilical cord to establish pneumoperito-
neum by injecting CO2 and finding the gall-
bladder. The bottom of the gallbladder was
sutured with a traction line, and the bot-
tom of the gallbladder was filled with sterile
gauze to protect the tissues around the gall-
bladder. With laparoscopic visualization, the
gallbladder was elevated, and a 1-cm inci-
sion was performed. Bile was aspirated with
steady fixation of the gallbladder, and the
gallstones were completely removed using
a rigid choledochoscope. An 8.5-F Dawson-
Mueller drainage catheter was then inserted
into the gallbladder lumen under the guid-
ance of fluoroscopy. Stone removal was per-
formed after the alleviation of cholecystitis
or cholangitis at a mean of 4.5 days after
cholecystostomy. The drainage catheter was
then exchanged over a 0.035-inch super-stiff