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257 Incidental Appendectomies During Total Laparoscopic Hysterectomy

  • Laparoscopic Institute for Gynecology and Oncology (LIGO)

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This retrospective observational report analyzes the demographics, blood loss, length of surgical duration, number of days in the hospital, and complications for 821 consecutive patients undergoing total laparoscopic hysterectomy over a 11-year period stratified by incidental appendectomy. A retrospective chart abstraction was performed. ANOVA and chi-square tests were performed with significance preset at P<0.05. Of 821 consecutive patients undergoing total laparoscopic hysterectomy, 257 underwent elective appendectomy with the ultrasonic scalpel, either as part of their staging, treatment for pelvic pain, or prophylaxis against appendicitis. Comparing the 2 groups, no difference existed in mean age of 50+/-10 years or mean BMI of 27.6+/-6.7. Both groups had a similar mean blood loss of 130 mL. Surgery took less time (137 vs 118 minutes, P<0.0012) and the hospital stay was shorter in the appendectomy group (1.5 vs 1.2, P<0.0001) possibly because it was performed incidentally in most cases. No complications were attributable to the appendectomy, and complication types and rates in both groups were similar. Though all appendicies appeared normal, pathology was documented in 9%, including 3 carcinoid tumors. Incidental appendectomy during total laparoscopic hysterectomy is not associated with significant risk and can be routinely offered to patients planning elective gynecologic laparoscopic procedures, as is standard for open procedures.
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257 Incidental Appendectomies During Total
Laparoscopic Hysterectomy
Katherine A. O’Hanlan, MD, Deidre T. Fisher, MD, Michael S. O’Holleran, MD
Objective: This retrospective observational report analyzes the
demographics, blood loss, length of surgical duration, number
of days in the hospital, and complications for 821 consecutive
patients undergoing total laparoscopic hysterectomy over a 11-
year period stratified by incidental appendectomy.
Methods: A retrospective chart abstraction was per-
formed. ANOVA and chi-square tests were performed
with significance preset at P0.05.
Results: Of 821 consecutive patients undergoing total laparo-
scopic hysterectomy, 257 underwent elective appendectomy
with the ultrasonic scalpel, either as part of their staging, treat-
ment for pelvic pain, or prophylaxis against appendicitis. Com-
paring the 2 groups, no difference existed in mean age of
5010 years or mean BMI of 27.66.7. Both groups had a
similar mean blood loss of 130 mL. Surgery took less time (137
vs 118 minutes, P0.0012) and the hospital stay was shorter in
the appendectomy group (1.5 vs 1.2, P0.0001) possibly be-
cause it was performed incidentally in most cases. No compli-
cations were attributable to the appendectomy, and complica-
tion types and rates in both groups were similar. Though all
appendicies appeared normal, pathology was documented in
9%, including 3 carcinoid tumors.
Conclusions: Incidental appendectomy during total
laparoscopic hysterectomy is not associated with signifi-
cant risk and can be routinely offered to patients planning
elective gynecologic laparoscopic procedures, as is stan-
dard for open procedures.
Key Words: Incidental appendectomy, Laparoscopy, To-
tal laparoscopic hysterectomy.
Incidental appendectomy during gynecological proce-
dures has been reviewed in the literature since 1967 and is
considered safe and reasonable during both abdominal
and vaginal surgeries.
Nezhat and Nezhat
reported on
therapeutic laparoscopic appendectomy for the treatment
of pelvic pain and concluded the benefits outweigh the
minimal risks. It is not known whether incidental laparo-
scopic appendectomy can be done safely and routinely in
gynecologic surgery. We reviewed our database of 821
cases of total laparoscopic hysterectomy (TLH) in which
257 patients had elective appendectomy and report on the
safety of this procedure.
We have maintained an anonymous database of TLH
cases performed on consecutive patients in each of the
following diagnostic categories: benign gynecologic indi-
cations and early malignancies limited to Stage IA2 or less
cervical cancer, occult ovarian cancer, and clinical Stage
IIIA or less endometrial cancer. Investigational Review
Board approval is maintained at Sequoia Hospital in Red-
wood City, CA, USA. In all of these patients, a simple
hysterectomy was performed alone or with other proce-
dures as indicated by the patient’s history, physical exam-
ination, and radiological examinations. Every surgery was
performed by the author (KAO’H) from September 5, 1996
to April 4, 2007, at 4 California hospitals. A categorical
obstetrics and gynecology resident, a gynecologist, or a
general surgeon assisted all surgeries.
The technique used for TLH is described elsewhere in the
gynecologic literature.
After the hysterectomy, an ap-
pendectomy was performed in 257 patients, incising the
mesoappendix with a 5-mm Harmonic scalpel or LigaSure
(Covidian, Boulder, CO, USA) (Ethicon Endo-Surgery,
Cincinnati, OH, USA), to the base at the cecum, then
ligating the base with a 0-Vicryl EndoLoop (Ethicon
Sutures, Piscataway, NJ, USA). The appendix was then
incised across the base with the Harmonic scalpel or
LigaSure (Figure 1). A ring forceps was passed through
the vagina to grasp the appendix at the open base and
remove it from the abdominal cavity.
Gynecologic Oncology Associates, Palo Alto, California, USA (Dr. O’Hanlan).
Atlanta Center for Special Pelvic Surgery, Atlanta, Georgia, USA (Dr. Fisher).
General Surgery Associates, San Carlos, California, USA (Dr. O’Holleran).
Drs O’Holleran and Fisher have no conflict of interest. Dr. O’Hanlan is a consultant
for Novare Surgical Systems and is a speaker for Ethicon EndoSurgery. No financial
support was received for this article. No off-label use of any product is discussed
or described.
Address reprint requests to: Kate O’Hanlan, MD, Gynecologic Oncology Associates,
4370 Alpine Road, Suite 104, Portola Valley, CA 94028, USA. Telephone: 650 851
6669, Fax: 650 851 9747, E-mail:
© 2007 by JSLS, Journal of the Society of Laparoendoscopic Surgeons. Published by
the Society of Laparoendoscopic Surgeons, Inc.
JSLS (2007)11:428431428
By using JMP statistical software (SAS, Cary, NC, USA),
continuous data were analyzed by ANOVA, and categor-
ical data were analyzed by chi-square and Fisher’s exact
test, with significance set at P0.05.
Of 821 women undergoing TLH, 257 underwent concom-
itant appendectomy and 564 did not. The mean age of 50
(P0.1404) and mean body mass index (BMI) of 27
(P1823) were similar in both groups.
Surgical blood loss was similar in both groups, 130 mL
(P0.0678). The mean duration of surgery was 19 minutes
shorter in the appendectomy group, (137 vs 122 minutes,
P0.0012). Patients in the appendectomy group spent
fewer days in the hospital (1.5 vs 1.2, P0.0001). If pa-
tients with long additional procedures performed, such as
node dissection, omentectomy, Burch colposuspension,
uterosacral ligament plication, cholecystectomy, hernior-
rhaphy, or posterior vaginal repair, were eliminated from
the analysis, leaving only 482 patients undergoing only
hysterectomy/BSO, appendectomy, lysis of adhesions,
and fulguration (not resection) of endometriosis, the ap-
pendectomy cases still were of shorter duration (133 vs
104 minutes, P0.0001), and the duration of stay was still
shorter in the appendectomy group (1.5 vs 1.1,
Clinically, all 257 appendices appeared normal. Patho-
logic examination of the appendices revealed normal
anatomy in 135 (52%); fibrous obliteration in 98 (38%);
endometriosis in 8 (4%); 3 cases each of carcinoid tumor
(1.1%) and chronic appendictis (1.1%); 2 cases each of
serositis fatty metaplasia and mucinous cystadenoma
(1.1%); and one case each of mucosal melanosis, neuro-
philia, adhesions, and metastatic papillary ovarian cari-
noma (1.5%). Two of the three cases of carcinoid demon-
strated invasion to the serosal surface and required
subsequent staging ileoascending colectomy as treatment.
No complications were attributed to the appendectomy
procedure. Additionally, there was no difference in overall
(11.3 vs 7.4%, P0.0813), or reoperative complications
(5.6 vs 2.7%, P0.0654) in either group.
In patients 40 years and older, appendicitis occurs with a
frequency of about 30/100,000,
about the same as the
incidence of ovarian cancer in that age group.
After age
60, patients who develop appendicitis have a significantly
increased risk of perforation and postoperative complica-
This is because the diagnosis of appendicitis in
senior women is often difficult, making immediate open
surgical exploration appropriate in this population.
1981, Tranmer et al
reviewed 100 cases of appendicitis
among women over age 40 and found a 30% perforation
rate and a 31% risk of incisional abscess. Furthermore,
among these women, 13% had undergone previous elec-
tive hysterectomy or cholecystectomy, leading them to
conclude that some of these cases may have been pre-
vented by incidental appendectomy.
The earliest reports of incidental appendectomy in gyne-
cologic surgery were during Cesarean deliveries in 1959,
for management of ectopic pregnancy in 1962,
hysterectomy in 1966,
with abdominal hysterectomy in
and during postpartum sterilizations in 1973.
routine performance of incidental appendectomy during
laparotomy for ovarian cancer staging had become stan-
dard by 1968 because 25% of normal-appearing appendi-
ces contained metastatic deposits.
In 1981, Tranmer et al
reviewed 200 cases of incidental appendectomy during
laparotomy for hysterectomy or cholecystectomy, noting
no complications, concluding that incidental appendec-
tomy was indeed routinely indicated with laparotomy.
Waters et al
concurred that incidental appendectomy
“should be performed with abdominal and pelvic surgery
whenever the opportunity is presented.” In a review of
5,369 incidental appendectomies, 8% of specimens dem-
onstrated acute appendicitis, 65% showed evidence of
chronic appendicitis with obliteration of the lumen, and
Figure 1. The appendix is held with the Realhand (Novare
Surgical Systems, Cupertino, CA, USA) in preparation for incision
of the mesentery.
JSLS (2007)11:428431 429
0.6% contained carcinoid tumors, mucoceles, or endome-
These data are reconfirmed by our findings.
Incidental appendectomy has been recommended for
routine use with all abdominal hysterectomies by Salom et
who also observed no additional complications and
confirmed a 31% rate of appendiceal pathology.
By 1988,
routine incidental appendectomy during laparotomy was
accepted as safe and protective,
with some hospital
programs enforcing a policy of routine incidental appen-
dectomy during all open gynecologic surgery.
They re-
ported 97% compliance with the policy with no increase
in complication rates attributed to the appendectomy.
Initially, in the late 1970s, laparoscopy for appendicitis
was used solely to confirm the diagnosis and to facilitate
the planned laparotomy for appendectomy.
After the
1987 separate reports of laparoscopic therapeutic appen-
dectomies by Gangal and Gangal
and Schrieber,
laparoscopic approach for therapeutic appendectomy be-
came standard.
A laparoscopic approach for incidental appendectomy in
elective gynecologic surgery was first reported in 1982 by
and then in a 1990 series of 388 gynecologic
procedures by Gotz et al,
and in a 1991 series of 100
procedures by Nezhat and Nezhat,
with no complications
attributable to the procedure. In 1996, Pelosi and Pelosi
performed 12 vaginal incidental appendectomies during
laparoscopic-assisted vaginal hysterectomies and found
that an additional 12 minutes was needed for the proce-
dure. Incidental laparoscopic appendectomy is specifi-
cally recommended in cases of right pelvic pain because
22 of 53 patients had appendiceal inflammation, even
though removal did not relieve the pain in all patients.
Many patients having laparoscopic surgery for endometri-
osis have been found to have endometriosis on the ap-
Neither fertility concerns
nor pregnancy
are contraindications for incidental or indicated appen-
dectomy in young women.
Today, laparoscopic ther-
apeutic appendectomy is part of the gynecologic surgical
standard for treatment of pelvic pain and endometrio-
and staging of ovarian and tubal carcinoma.
In this series of total laparoscopic hysterectomy patients
with many diverse gynecological indications, no detri-
ment was observed that was attributable to the appendec-
tomy. The longer surgical duration and postoperative hos-
pital stay in the group not having appendectomy are likely
due to the fact that appendectomy was variably offered
and variably performed. This is a significant weakness in
this report, but it reflects the reality of surgical practice
standards. Although appendectomy was recommended to
every patient under age 40, we did not document the rate
of acceptance or refusal. Additionally, we did not uni-
formly offer or document the response for appendectomy
to every patient over age 40. Early in the series, appen-
dectomy was rarely offered to patients over age 40. When
a case seemed overly long or difficult, the appendectomy
was sometimes abandoned. These data, however, are still
useful in confirming that laparoscopic incidental appen-
dectomy is low risk when the appendix is accessible and
when the prior portions of the case have gone well.
This series of 199 cases is the largest series of laparoscopic
incidental appendectomies in gynecology and confirms
an equal and low complication rate whether appendec-
tomy was performed or not. These data concur with the
literature findings of safety from routine incidental appen-
dectomy during open or laparoscopic approaches. Gyne-
cologists should consider offering prophylactic appendec-
tomy to their patients when open or laparoscopic
procedures are planned.
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... Todos estos estudios están referidos a complicaciones quirúrgicas secundarias a una cirugía terapéutica por un cuadro agudo y en ellas se ve que los casos más graves tienden a tener mayor número de complicaciones como es de esperar 10 . Los escasos estudios de apendicectomías electivas corresponden a resecciones incidentales en relación a algún otro procedimiento quirúrgico, generalmente ginecológico [11][12][13] . ...
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Objetivo: Reportar y caracterizar las complicaciones quirúrgicas de las apendicectomías laparoscópicas electivas profilácticas, realizadas a pacientes destinados a dotación antártica, realizadas en Hospital clínico de la Fuerza Aérea de Chile (FACh). Materiales y Método: Análisis retrospectivo descriptivo de fichas clínicas de todos los pacientes sometidos a apendicectomía laparoscópica profiláctica entre los años 2013 y 2017 en Hospital FACh. Se registraron variables demográficas y quirúrgicas de los pacientes. Las complicaciones fueron registradas y clasificadas de acuerdo a Clavien-Dindo. Resultados: Se incluyeron 200 pacientes, 96% hombres y solo 4% mujeres. Se registraron 6 pacientes (3%) con complicaciones quirúrgicas, clasificadas como grado I según Clavien-Dindo. Discusión: No existen reportes de complicaciones en apendicectomías profilácticas. En nuestra serie éstas alcanzan el 3%. Conclusiones: La apendicectomía profiláctica es una cirugía segura, con escasas complicaciones, pero existen y se desarrollan en un paciente que estaba previamente sano.
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OBJECTIVE To assess whether concomitant appendectomy in patients who undergo laparoscopic surgery for benign gynecologic indications is associated with increased rates of complications in the 30-day postoperative period. METHODS The American College of Surgeons National Surgical Quality Improvement Program database was used to identify patients who underwent laparoscopic surgery by a gynecologist. Patients were excluded if they underwent open abdominal surgeries, bowel resections, urogynecologic surgeries, or if diagnoses of cancer or appendicitis were present. There were 246,987 patients included in the population cohort from 2010 to 2020. Demographic information and postoperative outcomes of patients who underwent concomitant appendectomy were compared with patients who did not undergo appendectomy. A matched cohort was created by computing propensity scores, and outcomes were again compared between groups. All patients undergoing appendectomy were 1:1 matched to a unique patient who did not undergo appendectomy using a greedy matching based on the propensity score calculated from demographic and surgical characteristics. RESULTS A total of 1,760 patients (0.7%) underwent concomitant appendectomy. There was an 8.0% complication rate in the appendectomy group, compared with 5.5% in the group of those without appendectomy ( P <.001), and this was similar to the results in the propensity-matched sample. Patients who underwent appendectomy had significantly higher rates of readmission (4.3% vs 2.3%), which remained significant in the propensity-matched sample. There were no differences in the rates of postoperative thromboembolic events, blood transfusion, or reoperation. CONCLUSION Patients who are undergoing concomitant appendectomy have an increased risk of any complication and hospital readmission. Additional studies may be conducted to identify patients with optimal risk benefit profiles when considering performing concomitant appendectomy at time of gynecologic surgery.
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Background Appendix’ anatomical variations are a rare occurrence which can mislead diagnosis and delay appropriate treatment. Case presentation We present a 9-year-old female patient that came with a clinical picture compatible with acute appendicitis. However, a cecal mass was identified instead of an inflamed appendix during surgery. Therapeutic decisions were extremely challenging due to clinical deterioration and an uncertain etiology. Only the histopathology report revealed the presence of a complete subserosal appendix which was responsible for the entire symptomatology. Here, we review all case reports regarding intramural, intracecal or subserosal appendixes. A discussion of the general approach to this specific case and the importance of consensual diagnostic criteria for these specimens are also presented. At last, an incidental finding is exposed and final treatment options are discussed given the overall presentation. Conclusions Considering these variants would guide physicians towards a more accurate approach to similar clinical pictures and hence an improved long-term prognosis.
Objective Despite evidence that routine elective appendectomy at the time of staging surgery for ovarian cancer is not warranted, it remains common practice in gynecology oncology. The objective of this study was to compare the surgical complication rates of women undergoing surgery for suspected early-stage ovarian malignancy with concurrent appendectomy to those who did not undergo appendectomy. Methods The American College of Surgeons National Surgical Quality Improvement Program (ACS NSQIP) 2010–2017 data were used to analyze the patient characteristics and outcomes of women undergoing staging surgeries for suspected early ovarian cancer. Women with pre-operative ascites, disseminated cancer, concurrent bowel surgery, or cytoreductive surgery were excluded. Multivariate logistic regression and propensity score stratification were used to assess 30-day post-operative outcomes. Results Three hundred and fifty-one of 2100 women (16.7%) underwent concurrent appendectomy at time of surgery, and the post-operative infection rate was 7.8%. Women with concurrent appendectomy had twice the odds of post-operative infection (OR 2.03, 95% CI 1.26 to 3.27) after controlling for clinically important risk factors. The increased odds of infection remained significant after propensity score stratification (OR 2.04, 95% CI 1.27 to 3.3). No association was observed with length of hospital stay, readmission, return to the operating room, or post-operative death. Conclusions Appendectomy at time of surgery for suspected early-stage ovarian cancer is associated with significantly elevated odds of post-operative infection. Unless there is clinical suspicion for involvement, routine appendectomy should be abandoned in clinical practice.
Background/aims: To determine the histopathological features of incidental appendectomy specimens obtained from living liver donors (LLDs) Materials and Methods: Between September 2005 and November 2018, 1910 LLDs underwent living donor hepatectomy at our institute. Incidental appendectomy together with living donor hepatectomy (LDH) was performed in 170 LLDs. The decision for incidental appendectomy was made by experienced gastrointestinal surgeons. Histopathological features of the appendectomy specimens were analyzed by two pathologists, and the following parameters were retrospectively evaluated: age, sex, appendix length (mm), appendix width (mm), presence of appendicitis, and unusual histopathological findings. Results: Histopathological findings from 97 male and 73 female LLDs aged between 18 and 64 (median: 30) years were retrospectively examined. The length of the appendix vermiformis ranged from 25 to 120 (median: 70) mm, whereas its width ranged from 4 to 13 (median: 6) mm. The following histopathological findings were observed: normal appendix vermiformis (n=137), fibrous obliteration (n=13), acute appendicitis (n=5), enterobius vermicularis (n=4), lymphoid hyperplasia (n=4), low-grade appendiceal mucinous neoplasm (n=2), mucinous cystadenoma (n=1), grade 1 neuroendocrine tumor (n=1), hyperplastic polyp (n=1), enterobius vermicularis with fibrous obliteration (n=1), and acute appendicitis with eosinophilic infiltration (n=1). Conclusion: This study showed that a careful inspection of the abdominal cavity was useful, and appendectomy should be performed when required. In addition, even if the macroscopic appearance of the appendectomy specimens is normal, histopathological evaluations facilitate an early diagnosis of numerous unusual appendiceal diseases.
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Unindicated hysterectomy is a disturbing problem in India. Women are counselled into the procedure by the fear of cancer, and by reinforcing their notion that unrelated somatic problems are solved by the removal of the uterus. This is a case of a woman from the state of Bihar, India, who was referred to us after an unindicated hysterectomy at the age of 24, performed as a first-line treatment for lower abdominal pain. This highlights the problem of rising hysterectomy in India and the lack of integrated treatment for women with the debilitating condition of chronic pelvic pain. Pelvic pain and vaginal discharge are often not indicative of pelvic inflammatory disease, and need a more considerate and broad-minded approach. Public health initiatives should take more account of women’s lack of knowledge of reproductive health and make efforts to disseminate such information by the use of television, radio and newspapers in local languages.
Study objective: To evaluate appendiceal endometriosis (AE) prevalence and risk factors in endometriotic patients submitted to surgery. Design: A retrospective cohort study. Setting: A tertiary level referral center, university hospital. Patients: One thousand nine hundred thirty-five consecutive patients who underwent surgical removal for symptomatic endometriosis. Interventions: Electronic medical records of patients submitted to surgery over a 12-year period were reviewed. We assessed any correlation between demographic, clinical, and surgical variables and AE. In our center, appendectomy was performed using a selective approach. Appendix removal was performed in case of gross abnormalities of the organ, such as enlargement, dilation, tortuosity, or discoloration of the organ or the presence of suspected endometriotic implants. Measurements and main results: AE prevalence was 2.6% (50/1935), with only 1 false-positive case at gross intraoperative evaluation. In multivariate analysis using a stepwise logistic regression model, independent risk factors for AE were adenomyosis (adjusted odds ratio [aOR] = 2.48; 95% confidence interval [CI], 1.32-4.68), right endometrioma (aOR = 8.03; 95% CI, 4.08-15.80), right endometrioma ≥5 cm (aOR = 13.90; 95% CI, 6.63-29.15), bladder endometriosis (aOR = 2.05; 95% CI, 1.05-3.99), deep posterior pelvic endometriosis (aOR = 5.79; 95% CI, 2.82-11.90), left deep lateral pelvic endometriosis (aOR = 2.11; 95% CI, 1.10-4.02), and ileocecal involvement (aOR = 12.51; 95% CI, 2.07-75.75). Conclusion: Among patients with endometriosis submitted to surgery, AE was observed in 2.6%, and it was associated with adenomyosis, large right endometrioma, bladder endometriosis, deep posterior pelvic endometriosis, left deep lateral pelvic endometriosis, and ileocecal involvement.
It is rare for the gynaecological surgeon to be involved with bowel surgery as part of routine gynaecological surgery. However, the gynaecological surgeon should be able to perform an appendicectomy and repair occasional small injuries to the bowel created while separating adhesions. If they have any doubt or if the primary pathology is gastrointestinal, the general surgeon should be called. The question of whether to remove the appendix at the time of laparotomy for pelvic disease remains contentious. No special preoperative preparation is required, although if the appendix is found to be inflamed at laparotomy, or there is evidence of free pus, a Gram‐negative‐specific antibiotic should be given intravenously during the procedure if not already given. No special anaesthesia requirement is necessary, except for general anaesthesia. The editors perform a temporary loop ileostomy in preference to a temporary colostomy.
Purpose of review: The risk-benefit ratio of concurrent appendectomy at the time of gynecologic surgery has long been debated and remains controversial. However, emerging data on the appendix's role in chronic pain syndromes point to a previously unrecognized link between gynecologic disorders and appendicular pathology. In this article, we review the indications for appendectomy at the time of laparoscopic gynecologic surgery for the treatment of endometriosis and chronic pelvic pain. Recent findings: The incidence of appendiceal endometriosis is highly variable depending on the patient population selected. Although rare in patients undergoing appendectomy for acute appendicitis, women with endometriosis may experience rates as high as 9.3-39.0%, especially when suffering from deep infiltrative endometriosis. Appendectomy may also significantly reduce pain in women with unexplained chronic pelvic pain. Summary: Despite lack of prospective data, retrospective studies suggest that appendectomy during gynecologic procedures for chronic pelvic pain and severe endometriosis may be beneficial and necessary to fully address the treatment of these complex gynecologic conditions. In these clinical scenarios, the benefits of laparoscopic appendectomy at the time of the primary gynecologic procedure may outweigh the risks and cost, and should be discussed with patients preoperatively.
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Purpose: The purpose of this study is to investigate the safety and patients' benefit of incidental appendectomy during robot-assisted laparoscopic radical prostatectomy (RALRP). Methods: Fifty-three patients, who had incidental appendectomy during RALRP between January 2012 and March 2014, were enrolled to this study. To evaluate the safety of the procedure, following parameters were evaluated: patient age, duration of surgery, perioperative complications (classified by Clavien-Dindo), time to bowel movement, and length of hospital stay. Furthermore, intraoperative visual appearance, location, and histopathological evaluation of the appendix were evaluated. Data was analyzed by descriptive statistics. Results: Mean age of patients was 61 years, the average hospital stay 5 days. No perioperative complications occurred. The appendix was unsuspicious in 39 patients (73.6%); 14 patients (26.4%) had macroscopically signs of inflammation. Of the 53 resected appendixes, the histopathological evaluation showed 33 (62.2%) inconspicuous appendices, 11 (20.8%) post-inflammatory changes, 4 (7.5%) with chronical signs of inflammation and 3 (5.7%) with signs of acute inflammation. In 2 patients (3.8%), low-grade mucinous neoplasms were found in the specimens. Conclusions: Incidental appendectomy during RALRP is a feasible procedure. With regard to inflammation and neoplastic changes, incidental appendectomy can be considered for patients scheduled for robot-assisted prostate surgery.
Objective: To report histologic discrepancies of obviously abnormal-appearing appendixes in a series of patients who had laparoscopic appendectomy. Representative samples of color pictures and histology will be presented.Method: A retrospective chart review of 65 patients who underwent appendectomy at the time of laparoscopy for treatment of associated pelvic pathology in a tertiary private care center in Atlanta, Georgia and Palo Alto, California between March 1994 and August 1999. The color photographs, operative descriptions, and histologic findings of the appendixes were compared.Results: Sixty-five patients, ages 18–67 years (mean 35.8) were identified. Pelvic pain, associated with known endometriosis (62%) and adhesions (23%), was the main indication for surgery in the majority of cases (91%). Thirty-two percent of the cases had other indications as well. Visual examinations and operative descriptions revealed abnormal appendixes in all suspected cases. Histology was positive in only 40 patients, however, and failed to identify the obvious gross pathology in 32 patients, missing mainly fibrosis and adhesions. There were no major intraoperative or postoperative complications. Two patients had suture granulomas, 1 patient, diagnosed with ovarian cancer, had mild pleural effusion which resolved without problem, and 7 patients reported symptoms of urinary tract infections. The pain was completely relieved in 35 women, decreased in 15, and persisted in 7. No follow-up information was available for 8 patients.Conclusions: Histologic examination of the appendix does not always detect the disease state identified during laparoscopy. Incorporating color photographs in the operative report seems to provide good documentation for future retrospective review. Also, it appears to be safe to perform an appendectomy when there is suspicion for involvement of the appendix.
A new technique for appendicectomy is described. Following detailed laparoscopic inspection of the abdomen, the appendix is pulled out with a laparoscopic forceps through a small incision in the right lower abdomen; it is then skeletized. Following ligation with catgut and nylon, the appendix is severed using the thermocautery. The stump is subjected to careful after-coagulation or treated with iodine, and repositioned. Only the skin is sutured.
In an investigation of 68 consecutive patients over the 60 operated on for acute appendicitis in 1969--1972 the symptoms and signs did not differ notably from those in younger patients. However, the disease was more advanced in the elderly patients with perforation of the appendix in 49%. Postoperative complications occurred in about one third of the series, but were never fatal. Use of broad-spectrum antibiotics (ampicillin) is recommended. The investigation showed that it is possible to reduce the mortality from acute appendicitis in elderly patients to a level comparable to that in younger ones.
A series is presented of 830 patients in whom elective appendectomy was performed at the time of laparotomy for other intraabdominal disease. Special emphasis is given to 490 such procedures among 1042 patients with abdominal hysterectomy, an incidence of 47%. This increases to 57% by exclusion of patients with previous appendectomy. The contraindications to elective appendectomy are discussed, as well as its morbidity, mortality, and complications. The author concludes that an elective appendectomy should be performed with abdominal and pelvic surgery whenever the opportunity is presented, provided that the procedure is not prohibited by the contraindications discussed.
One hundred incidental appendectomies were performed in patients undergoing operative laparoscopy (videolaseroscopy) for evaluating and treating various major diseases of the reproductive organs. Except for a fever resolving within 24 hours in one case and mild periumbilical ecchymosis, there were no intraoperative or postoperative complications. All patients were discharged within 24 hours of surgery. Average hospital stay was 14 hours. All cases have been followed up for a minimum of 8 months. We believe any risk associated with elective appendectomy as reported here is minimal and outweighed by the benefits of eliminating future emergency appendectomy, simplifying future differential diagnosis of pelvic pain and removing unsuspected abnormality found in the appendix.
Laparoscopic appendectomy, introduced in gynecology by Semm in 1982, has been modified and practiced in our surgical ward since May 1987 in more than 450 patients suffering from all stages of acute and chronic vermix diseases. We report our data on the first series of 388 operations, in which we had the encouraging experience that laparoscopic appendectomy is a practicable and reasonable alternative to routine surgery.
In the period between 1965-1986 with a collective sum of 5369 gynecological laparotomies, the appendix was removed as a preventive measure in 1718 cases (32%). In all these cases, the recovery period proceeded without any complications. The results of the histological studies on the appendices showed an acute appendicitis in 136 cases (7.9%). In 1118 cases (65.1%) a chronic appendicitis was found, with differing severity of fibroid scarring, including total obliteration. In 96 cases (5.6%), there was evidence of carcinoid, mucocele, and endometriosis. Only 368 appendices (21.4%) were normal morphologically. The large percentage of histopathological findings confirms, that the appendix--being a rudimentary lymphatic organ--appears to be predestined for inflammatory changes. For this reason, the risk of illness and death from appendicitis remains, especially for older people. It is usually possible, to perform a prophylactic appendectomy under optimal conditions and we experienced, that this additional operation does not increase the risk to the patient. We consider, that the routine practice of the prophylactic simultaneous appendectomy during gynecological laparotomies is justified, providing, that the contra-indications mentioned are observed.
A technique is described where appendicectomy is performed under laparoscopic guidance. The acutely inflamed organ may be removed in this manner, with postoperative stay being reduced to 3 days or less. Where there is questionable or no pathology of the appendix, postoperative stay following laparoscopically directed appendicectomy is no longer than for diagnostic laparoscopy alone, raising the controversial issue of whether the non-inflamed appendix should be removed at the time of laparoscopy.