- Original Article
- Open Access
Laparoscopic sacrocolpopexy is as safe in septuagenarians or elder as in younger women
Gynecological Surgery volume 15, Article number: 11 (2018)
Data concerning laparoscopic sacrocolpopexy (LSCP) in elder women are scarce. We compared intra-operative and early-postoperative complications associated with laparoscopic colpo-, cervico-, or hysteropexy in women under and above 70 years.
Retrospective assessment by an independent investigator of a prospective cohort of 571 consecutive women undergoing LSCP in a tertiary unit over an 18-year period. Data included were patient demographics, operative variables, intra-operative, and early (≤ 3 months) postoperative complications. Complications were graded according to the Clavien-Dindo classification and mesh complications categorized using the International Urogynaecological Association (IUGA)-classification.
Median age was 66 (IQR 15, range 27-91) and 204 (35.7%) patients were older than 70 years. There were no deaths. Strategic conversion rate was 2.3% (13/571), the majority because of extensive adhesions yet early in our experience. Reactive conversion rate was 0.7% (4/571). Among 554 patients who had a completed LSCP, there were 20 intra-operative complications (3.6%), mostly bladder (1.3%) and vaginal (1.1%) injuries. Eighty-four patients had a total of 95 early-postoperative Dindo ≥ II complications (15.1%). Most common complications were infectious and treated medically (Dindo II). Clinically major complications are rare (III = 3.1% and IV = 0.2%). Reoperation for suspected bleeding (IIIb = 0.7%) was the most common reintervention, typically without demonstrable cause. Most mesh complications were vaginal exposures. Septuagenarians were not more likely to have an intra-operative (4.0 vs 3.3% < 70 years, p = 0.686) or early-postoperative complication (13.6 vs 16.0% < 70 years, p = 0.455) than younger patients. Mesh complications were also equally uncommon.
LSCP is as well-tolerated by women above 70 years as by younger women.
Clinically visible pelvic organ prolapse (POP) occurs in up to 50% of parous women, half of them being symptomatic [1, 2]. When operated, most patients can be adequately managed by vaginal access. In case of apical descent or a multi-compartment prolapse yet with a so-called level-I defect, abdominal suspension is a better approach . In sacrocolpopexy, the vaginal vault, cervix, or uterus is fixed by means of a graft to the anterior longitudinal ligament over the sacrum. This operation conserves vaginal length; hence, should not compromise its function. Historically, sacrocolpopexy was performed by laparotomy, competing with vaginal sacrospinous fixation, which has a shorter operation time, lower morbidity, and hospital cost, and which can be offered under loco-regional anesthesia. In the 90s, we moved towards laparoscopic sacrocolpopexy (LSCP) and earlier reported on the medium term outcomes [4, 5]. Since 2012, there is level-I evidence that LSCP yields as good anatomical and subjective outcomes as the same operation by laparotomy . Moreover, it is associated with less blood loss, less pain, and a shorter hospital stay. Conversely, operation time, return to normal activities, or functional effects were comparable for both modalities. More recently, this operation is also performed robotically, yet without any proven benefit .
Given that the population is aging and that symptomatic POP is more common among the elderly, the number of elder patients eligible for sacropexy will also increase. In 2016, 19.2% of the EU-28-popluation was over 65 years (5.4% > 80 years), and by 2030 that will be 23.9% (7.2% > 80 years) . With increased activity and a healthier population, POP surgery in the elderly will therefore increase accordingly. In one study , the annual risk for POP surgery was 4.3/1000 women aged 71–73 years and in another one it was 5.0/1000 women aged 65–69 years . With age, the prevalence of chronic illnesses and comorbidities increases, including poor cardiopulmonary reserve, not to forget, the prevalence of prior surgery . Considering that POP is not a life-threatening condition, surgeons and anesthetists may be reluctant to perform complex and potentially risky operations in the elderly. However, we speculated that, particularly in this population, the choice of minimally invasive surgery is beneficial, because of reduced morbidity, lower transfusion rate, decreased post-operative pain, shorter hospital stay, and faster recovery hence quicker return to normal activity .
The relationship between age and complication risk is however controversial. At present, little is known on outcome of LSCP in the elderly. Currently available case series or cohort studies are small to medium sized (≤ 302 patients) with only one controlled study   . Most studies show similar complication rates in younger and elder patients, yet occasionally higher complication rates are observed, including for sacrocolpopexy . In the latter study, age ≥ 65 years remained a significant predictor of complications after correction for BMI, estimated blood loss, and operating time (adjusted OR 2.28, 95% CI 1.21–4.29, p = 0.01). Herein, we aimed to determine whether in our setting there was an increased risk for intra- or postoperative complications when LSCP is offered to the elder patient. In our unit, sacrocolpopexy is the first choice for the surgical management of level I defects , also for elder patients who are judged to be fit for general anesthesia.
This is a retrospective analysis of a prospective cohort of consecutive patients scheduled for LSCP at the University Hospitals Leuven. Laparoscopy was the preferred route from September 1997 onwards, and all consecutive cases till December 2015 were included. Preoperatively patients were clinically assessed using the pelvic organ prolapse quantification system (POP-Q) . Sacropexy procedures were either vault suspension (n = 419), cervicopexy (n = 136), or hysteropexy (n = 16), according to the presence or absence of the uterus and the patient’s desire to conserve it. The nature of concomitant pelvic floor or other surgery was also noted. LSCP was performed or supervised by an experienced surgeon with a standardized technique and structured training program [16, 17]. Over the years, the only change was the replacement of non-resorbable multifilament polyester by monofilamentary polydioxanone sutures, the abandoning of acellular collagen matrices, and increasingly lighter meshes [17, 18]. These changes were implemented irrespective of the age of the patient. All patients received prophylactic antibiotics (cefazolin and metronidazole unless known allergies). Low molecular weight heparin injections were given until discharge, or longer in case of a history of venous thromboembolism. Midstream urine culture was taken after removal of the catheter. Patients were typically reassessed within 3 months after the operation.
For this study, the electronic medical records were screened by a physician not involved in the surgery or management of the patient. She identified any planned and unplanned hospital visits or any evidence of management for adverse events within 12 weeks after surgery. This includes visits elsewhere at a hospital using our network’s electronic medical record system. In the absence of data, the general practitioner was contacted for a follow-up. Post hoc, postoperative complications were categorized using the modified Clavien-Dindo surgical complication classification system  and mesh complications by the terminology of the International Urogynecological Association (IUGA) . Previous studies on rectal sacropexy considered Dindo grade III complications as clinically being relevant, hence severe . Other data retrieved included pre-operative characteristics (age, body mass index, menopausal status, diabetes, smoking habits, previous surgery), operative details (operation time, estimated blood loss), and the occurrence and nature of any intra-operative and early postoperative (≤ 12 weeks) complications. Conversions were categorized into either a strategic conversion, i.e., instances where the surgeon as a precaution decided to open up the abdomen or to proceed vaginally, or reactive, i.e., as a result of an intra-operative complication which the surgeon felt was better managed through open abdomen [22, 23].
Data were entered into a purpose designed database, and statistical analysis was performed using SPSS software (version 24.0, IBM, Armonk, New York, USA). Normality testing was done using the Kolgomorov-Smirnov test. Continuous data were compared using the unpaired Student’s t test and categorical data using the χ2 Fisher exact two-tailed test. Our ongoing prospective follow-up study as well as this audit was approved by the ethical committee on clinical studies (MP10810).
During this 18-year period, 571 consecutive patients had a LSCP (Table 1). Their median age was 66.3 years (range 27-91; IQR 14.5). Two hundred four (35.7%) patients were above 70. Of these, 101 (17.7%) patients were above 75, including 26 (4.6%) above 80 and two (0.4%) above 90 years. 73.4% underwent a LSCP after previous hysterectomy, 24.2% had a cervicopexy with concomitant laparoscopic-assisted subtotal hysterectomy (LASH) and 2.8% had a hysteropexy. Twenty-six were redo-sacropexies (4.6%). Concomitant rectopexy, incontinence surgery, or vaginal prolapse surgery was performed in 5.3, 3.7, and 3.0%, respectively.
The overall conversion rate was 3.0% or 17 patients with a median age of 68 (range 44-81; IQR 12). There were 13 strategic conversions. In 11 cases, conversion was because of adhesions (1.9%; median age = 67; range 56–76; IQR 11); 9 were completed as open sacropexies (median age 67; range 56–73, IQR 11), and 2 had a vaginal suspension (age 67 and 76) instead. There were two additional patients (age 68 and 72) where visualization of presacral vascular anatomy was judged problematic, and an uneventful open sacropexy was done.
There were four reactive conversions (0.7%). One patient (age 68) was converted because of hypercapnia after > 120 min of surgery. Her sacropexy was uneventfully completed via laparotomy. In one patient (aged 81), a large bowel perforation occurred at the time of open laparoscopy. Primary repair of the perforation was done and sacropexy was uneventfully completed by open access, using a non-cross linked 8-layered small intestinal submucosa graft (SIS, Cook, Bloomington, IN) . The postoperative course was uneventful. There were two additional conversions for vascular injury early in the operation, one for epigastric artery injury (age 44) and one left iliac vein laceration (age 60). In both bleeding was controlled by open access and an uneventful open sacropexy was done. None of these patients required a blood transfusion. Overall conversion rate was similar in both age groups (11/367 = 3.0% < 70 vs 6/204 = 2.9%, p = 0.969). In retrospect, there was an early (< 60 cases) peak of strategic conversions, yet thereafter conversions were rare and equally distributed along the experience (Fig. 1). These 17 patients are not further included in statistical analysis as they did not undergo a complete LSCP.
Intra-operative complications without need for conversion
Twenty additional patients had an intra-operative complication, their nature displayed in Table 2 (20/554 = 3.6%). The majority were lesions to the bladder (n = 10), vagina (n = 6), or epigastric arteries (n = 2), which were managed laparoscopically. In one patient with hypercapnia, the operation was temporarily suspended for hyperventilation, yet could eventually be completed by laparoscopy. She was afterwards briefly observed in the intensive care unit (ICU), which is a deviation from the normal protocol. In one patient, a suturing needle got detached, fell in the abdomen, and could only be laparoscopically retrieved under fluoroscopy.
Postoperative complications according to the Clavien-Dindo classification
The follow up rate was 100%. Eighty-four women (84/554 = 15.2%) had in total 95 postoperative complications within 3 months (Dindo grade ≥ II; Table 3). Dindo II complications are those events that cause a deviation from the normal postoperative course and that prompt the use of drugs other than analgesics, antipyretics, anti-emetics, diuretics, electrolytes, and physiotherapy. Among these, urinary tract infection was the most common (5.9%), the majority identified on urine culture and asymptomatic. Other common Dindo II complications were the need for blood transfusion (1.9%) and the occurrence of postoperative fever/asymptomatic CRP rise treated with antibiotics (1.9%). Dindo III and higher were categorized as major, as earlier described for rectopexy . Interventions without the need for general anesthesia (Dindo IIIa) were for patients with urinary retention and in one patient in office mesh removal and administration of intravenous antibiotics, because of frank mesh extrusion and obvious local infection. She recovered completely and remained without any reintervention without recurrence beyond the observation period.
Reintervention under general anesthesia (Dindo IIIb), and ICU admission (Dindo IV) are clinically very relevant complications. These were rare (n = 13, 2.3%). There were four early second look laparoscopies for suspected hemorrhage. Despite a hemoperitoneum, in none of them a true source could be identified.
There were three directly prolapse surgery-related additional surgeries. One 63-year-old heavy-smoking chronic obstructive pulmonary disease (COPD) patient developed vault detachment when awakening with vomiting and coughing. She was reinduced to reattach the mesh to the vault. Because of bronchitis, she was heavily coughing in the postoperative period, leading again to recurrence. Once in remission, we performed a successful abdominal sacropexy 2 weeks later. She remained asymptomatic. There were two reinterventions for mesh-related complications. One 60-year-old patient developed spondylodiscitis (IUGA 6CT2S4), from which she recovered after 9 weeks of antibiotic therapy (including 3 weeks intravenously). She later had a mesh exposure fixed. One 74-year-old patient developed a severe pelvic infection for which the mesh was removed laparoscopically on day 6. She was postoperatively admitted to ICU (Dindo IV) because of severe dyspnea disappearing with diuretics. She remained under intravenous antibiotics for 14 days. She recovered and did not develop recurrence. In retrospect, this patient had multiple co-morbidities among which essential thrombocytosis, for which she was on the antitumoral agent hydroxycarbamide.
Two patients had a reintervention for bowel obstruction. One 80-year-old had bowel herniation in an abdominal wall hernia. Another 78-year-old had a laparotomy for adhesions 7 weeks postoperatively, requiring partial small bowel resection. Four patients experienced complications away from the operation field. One had a reintervention for a symptomatic sling exposure. Two patients suffered from cholecystitis for which they were operated. One patient who underwent simultaneous LASH was postoperatively diagnosed with a ureteric obstruction at the level of the uterine artery and underwent reimplantation.
There were 15 (2.7%) mesh-related complications, including some already mentioned above (Table 4). Six patients had clinical signs of infection in the mesh area, yet four without loss of vaginal epithelial integrity (IUGA 1CT2 or T3). These were managed by intravenous administration of antibiotics (making them Dindo II complications). Further, there were two patients earlier mentioned. One was the patient with symptomatic exposed mesh removed in the office (3CT2), and the other one was the IUGA 6CT2S4 patients with spondylodiscitis. There were nine small (< 1 cm) suture exposures, eight asymptomatic, and one symptomatic. Most were successfully managed in the outpatient clinic by suture removal. There were no graft-related urinary tract (category 4) or bowel (category 5) complications.
Complications by age group and other patient characteristics
Outcomes in patients under and above 70 years of age are displayed in Tables 1–3. In terms of patient demographics, younger patients were four times more likely to smoke. Elder patients were more likely to have undergone previous pelvic floor surgery and/or hysterectomy. Conversely, younger patients were more likely to undergo cervico- or hysteropexy. Operating time was comparable between both age groups as well as length of hospital stay.
When considering by age category, there were no differences in occurrence of intra-operative complications (Table 2). Early postoperative Dindo categories II, III, or IV complications were not tied to age either. Because of the low numbers in the subcategories of complications, no detailed statistics for those were attempted. Short-term mesh problems were also comparable in both age groups (Table 4).
When analyzing the entire data set, the only correlation with occurrence of complications was having a prior hysterectomy. These patients were less likely to have a complication (RR 0.539 [0.33-0.88]). Actually, this applied in particular to patients under 70, not above. The other factors such as diabetes, menopausal status, prior POP surgery, or prior sacropexy were not associated with an increased likelihood for complications in this data set.
In when reviewing this prospective cohort, an independent researcher meticulously scrutinized the records for any adverse event during their hospital stay and during the first three postoperative months after LSCP. The occurrence of post-discharge complications was based on findings on the routine postoperative visit with us (95.1%), elsewhere with a specialist or in its absence by contact with the general practitioner (4.9%). This resulted in a 100% short-term follow-up rate, which is possible in a small country like Belgium. In addition, our complication and conversion rate is comparable to what was observed in other large series [2, 24]. Therefore, we think the results of our study are representative.
Though the use of terms as “severe,” “major,” or “minor” for complications is discouraged , the clinical relevance of the occurrence of what we categorized as “severe” cannot be debated, because of their potential life-threatening impact. There were a few severe intra-operative complications, some of them leading to reactive conversions. The most relevant ones were hemorrhagic in nature. Three were epigastric bleedings, which early on in our experience still prompted a conversion in one, yet later such complication was easily managed laparoscopically. Epigastric artery bleeding is also reported by others, yet is to some extent avoidable [2, 24]. We report one laceration at the inferior border of the iliac vein, a well-known and feared complication of sacropexy. That is probably the reason why we were ready to compress the vein immediately with a swab. Despite adequate control of the situation, the vascular surgeon preferred to perform an open repair. Others have reported laparoscopic management of such event . There was one bowel perforation diagnosed during entry by open laparoscopy, hence without clinical consequences. In case of potential bacterial contamination, we do not use durable mesh as it may get permanently colonized, yet use in that case resorbable biografts despite poorer outcomes [18, 26]. The other intra-operative complications, such as bladder or vaginal perforations, can easily be managed laparoscopically with no clinical consequences. These were also frequently reported by others [2, 14, 24]. Also, hypercapnia can be managed, either by conversion or by pausing the intervention. None of the above intra-operative complications seem to us directly age-related neither are they are avoidable by cautious patient selection.
There were also a number of severe postoperative complications. There was the patient with discitis, which required prolonged use of antibiotics, yet no mesh removal. Discitis is a debilitating complication, which may require multiple reinterventions. It has been tied to the use of staples or tackers, yet it has also been reported when sutures are used and after open repair [27, 28]. Discitis is uncommon so typically individual cases are reported or will only surface in large series. We do not see any reason why it would be age-related. We had another severe local infectious complication. This woman presented with clinical signs of pelvic infection so we thought the mesh was infected. She was so sick she was admitted to ICU and underwent mesh removal, after which she fully recovered. In retrospect, we probably underestimated her co-morbidities and could have offered her an alternative surgical technique. A third complication, which was also in part infectious, was the COPD patient with chronic cough and respiratory infection, in whom coughing caused early release of the vault. She was successfully reoperated (Dindo IIIb) when her respiratory problems were solved. We preoperatively felt she should have sacrocolpopexy after two earlier failed vaginal repairs. There were also two obstructions, one because of adhesions. Though we always peritonealize, adhesions are unavoidable, except when choosing a vaginal extraperitoneal alternative, like sacrospinous fixation. Another striking complication is postoperative bleeding. Though clinically there was intra-abdominally convincing evidence of previous bleeding, we could never identify an active source. Postoperative hemorrhage is not the privilege of abdominal procedures, neither is it more likely in the elderly.
This study was essentially undertaken to investigate whether LSCP is justifiable in the elder population. In our series, we did not find a higher risk in patients above 70 years of age. This was neither the case when we took a lower (65 years) or higher age cut off (data not shown). The same observation was made by others, though all studies with another age cut off (range 65–80 years) [2, 13, 14]. This is also in line with observations following abdominal sacrocolpopexy . Conversely, Turner et al. observed a higher major complication rate following laparoscopic or robotic sacrocolpopexy in women ≥ 65 years, both unadjusted (OR 1.84, 95% CI 1.02–3.35, p = 0.04), yet also after adjustment for BMI, estimated blood loss (EBL) and operating room time (OR 2.28, 95% CI 1.21–4.29, p = 0.01). The authors were unable “to reliably attribute the increased risk in the elderly” to the particularities of minimal invasive surgery in this population . We did not correct for EBL or operating time, as they are dependent on concomitant surgery and because EBL cannot be accurately measured. Also, BMI was comparable in our patients with and without severe complications. Also in other surgical disciplines, laparoscopy is the preferred access route in the elderly, such as for cholecystectomy  or colonic surgery, including for cancer [31, 32]. Also rectopexy, which technically is very comparable to LSCP, can be safely offered to the elderly . In brief, elder patients are in fact the ones who benefit the most of avoiding a laparotomy.
Our study definitely has its weaknesses. One limitation is generic in nature as it is due to the inherent limitations of the used classifications systems. The Clavien-Dindo grading system does not necessarily refer to the clinically most relevant complications. On the one hand, it identifies asymptomatic urinary tract infections (UTI) treated by a single course of oral antibiotics (or any other one time used drug such as an antihypertensive) as a Dindo II complication. Short lasting per-oral drug administration is barely considered as a complication by patients and physicians. Moreover, some of these complications, like UTI, are only picked up because one screens for it, hence may never be symptomatic. Along the same lines, also the IUGA mesh complication system identifies asymptomatic exposures as a grade 2A complication, including a suture exposure. Such complications are obviously clinically irrelevant, whatever the age of the patient. Conversely, the Dindo classification system underestimates relevant incidents like transient neurological symptoms, such as sensory or motoric dysfunction in the lower limbs, which we tied to wrong positioning of the patient . Though they only required prolonged physiotherapy and other conservative measures, and eventually fully recovered, this is a tangible complication for the patient and the healthcare system. It however qualifies as a Dindo I complication, hence was not included here. Moreover, in the elderly any limitation in mobility is adversely influencing outcome. Briefly, the limitation of the Dindo classification is that it is based on the nature of the intervention prompted by the complication. In that respect, the IUGA/ICS mesh-complication classification is more patient-centered.
We acknowledge a number of other limitations. Though based on a large prospective cohort, it remains a retrospective audit on what eventually stays a selected population of women judged to be fit for general anesthesia (hence, not the others). Retrospective studies have the potential of underreporting. We have tried to tackle this limitation, by  including all consecutive cases;  having the data audited by a third person not involved in the management of the patient ; in the absence of physical postoperative visit of the patient, we used the electronic medical record system used in a network of hospitals and  contacted where necessary the general practitioner of the patient. The latter two increased the follow-up rate from 95 to 100%, yet it is possible that a number of events may have been missed. Another potential confounder is that quite some patients had concomitant procedures, which on themselves may have caused complications. We decided to assume they were tied to the LSCP, which might be an overestimation. Conversely, we reported reactive conversions separately, hence did not include them in the statistics of procedures done completely by laparoscopy, as did Vandendriessche et al. . In order to disclose them, we reported them separately in detail.
Another problem is that, despite the large cohort, the ultimate incidence of rare events limits statistical comparison between age groups. We therefore aggregated categories of complications to reach reasonable numbers. Obviously, these small numbers also limit the justified use of multivariate analysis for other factors than age. Further, we do not report outcomes on alternative procedures, such as sacrospinous fixation or colpocleisis, performed during the same period. This would be neither correct, as the selection criteria for these procedures were not exactly the same. To finish, we realize this is only a report on short-term outcomes, yet the functional and long-term outcome of this cohort is the subject of another study.
This study has however its strengths. To our knowledge, this is the largest cohort study looking into complications with a 100% short-term follow-up rate. It is a consecutive series of standardized operations at a single center, yet with both experienced operators and subspecialists in training. Finally, the assessment was done by a clinician not involved in the surgical management of the patients. Given that our overall outcomes fall in the range of what is expected, we believe the conclusion of this study stands.
In conclusion, in this large prospective cohort intra-operative and severe (Dindo III and IV), early postoperative complications occurred in 3.6 and 2.3%, respectively. Older age at the time of intervention was not associated with additional morbidity. Therefore, we conclude that LSCP appears to be well-tolerated and safe in elderly women with level I defects and without contra-indication for general anesthesia.
Body mass index
Chronic obstructive pulmonary disease
Estimated blood loss
European Union of the 28 countries-population
Intensive care unit
International Urogynaecological Association
Laparoscopic-assisted subtotal hysterectomy
Pelvic organ prolapse
Pelvic organ prolapse quantification
Statistical Package for the Social Sciences
Urinary tract infection
Glazener C, Elders A, MacArthur C, Lancashire RJ, Herbison P, Hagen S et al (2013) Childbirth and prolapse: long-term associations with the symptoms and objective measurement of pelvic organ prolapse. BJOG Int J Obstet Gynaecol 120(2):161–168
Turner LC, Kantartzis K, Lowder JL, Shepherd JP (2014) The effect of age on complications in women undergoing minimally invasive sacral colpopexy. Int Urogynecol J 25(9):1251–1256
Maher C, Feiner B, Baessler K, Christmann-Schmid C, Haya N, Brown J (2016) Surgery for women with apical vaginal prolapse. Cochrane Database Syst Rev 10:CD012376
Claerhout F, De Ridder D, Roovers JP, Rommens H, Spelzini F, Vandenbroucke V et al (2009) Medium-term anatomic and functional results of laparoscopic sacrocolpopexy beyond the learning curve. Eur Urol 55(6):1459–1467
Claerhout F, Roovers JP, Lewi P, Verguts J, De Ridder D, Deprest J (2009) Implementation of laparoscopic sacrocolpopexy--a single centre's experience. Int Urogynecol J Pelvic Floor Dysfunct 20(9):1119–1125
Freeman RM, Pantazis K, Thomson A, Frappell J, Bombieri L, Moran P et al (2013) A randomised controlled trial of abdominal versus laparoscopic sacrocolpopexy for the treatment of post-hysterectomy vaginal vault prolapse: LAS study. Int Urogynecol J 24(3):377–384
Callewaert G, Bosteels J, Housmans S, Verguts J, Van Cleynenbreugel B, Van der Aa F et al (2016) Laparoscopic versus robotic-assisted sacrocolpopexy for pelvic organ prolapse: a systematic review. Gynecol Surg 13:115–123
http://ec.europa.eu/eurostat/statistics-explained/index.php/Population_structure_and_ageing. Accessed 21 July 2017
Wu JM, Matthews CA, Conover MM, Pate V, Jonsson FM (2014) Lifetime risk of stress urinary incontinence or pelvic organ prolapse surgery. Obstet Gynecol 123(6):1201–1206
Smith FJ, Holman CD, Moorin RE, Tsokos N (2010) Lifetime risk of undergoing surgery for pelvic organ prolapse. Obstet Gynecol 116(5):1096–1100
Richardson JD, Cocanour CS, Kern JA, Garrison RN, Kirton OC, Cofer JB et al (2004) Perioperative risk assessment in elderly and high-risk patients. J Am Coll Surg 199(1):133–146
Bates AT, Divino C (2015) Laparoscopic surgery in the elderly: a review of the literature. Aging Dis 6(2):149–155
King SW, Jefferis H, Jackson S, Marfin AG, Price N (2017) Laparoscopic uterovaginal prolapse surgery in the elderly: feasibility and outcomes. Gynecol Surg 14(1):2
Boudy AS, Thubert T, Vinchant M, Hermieu JF, Villefranque V, Deffieux X (2016) Outcomes of laparoscopic sacropexy in women over 70: a comparative study. Eur J Obstet Gynecol Reprod Biol 207:178–183
Bump RC, Mattiasson A, Bo K, Brubaker LP, DeLancey JO, Klarskov P et al (1996) The standardization of terminology of female pelvic organ prolapse and pelvic floor dysfunction. Am J Obstet Gynecol 175(1):10–17
Claerhout F, Verguts J, Werbrouck E, Veldman J, Lewi P, Deprest J (2014) Analysis of the learning process for laparoscopic sacrocolpopexy: identification of challenging steps. Int Urogynecol J 25(9):1185–1191
Manodoro S, Werbrouck E, Veldman J, Haest K, Corona R, Claerhout F et al (2011) Laparoscopic sacrocolpopexy. Facts, views & vision in ObGyn 3(3):151–158
Deprest J, De Ridder D, Roovers JP, Werbrouck E, Coremans G, Claerhout F (2009) Medium term outcome of laparoscopic sacrocolpopexy with xenografts compared to synthetic grafts. J Urol 182(5):2362–2368
Dindo D, Demartines N, Clavien PA (2004) Classification of surgical complications: a new proposal with evaluation in a cohort of 6336 patients and results of a survey. Ann Surg 240(2):205–213
Haylen BT, Freeman RM, Swift SE, Cosson M, Davila GW, Deprest J et al (2011) An international Urogynecological association (IUGA) / international continence society (ICS) joint terminology and classification of the complications related directly to the insertion of prostheses (meshes, implants, tapes) and grafts in female pelvic floor surgery. Int Urogynecol J Pelvic Floor Dysfunct 22(1):3–15
Consten EC, van Iersel JJ, Verheijen PM, Broeders IA, Wolthuis AM, D'Hoore A. Long-term outcome after laparoscopic ventral mesh rectopexy: an observational study of 919 consecutive patients. Ann Surg 2015;262(5):742-747; discussion 7-8
Blikkendaal MD, Twijnstra AR, Stiggelbout AM, Beerlage HP, Bemelman WA, Jansen FW (2013) Achieving consensus on the definition of conversion to laparotomy: a Delphi study among general surgeons, gynecologists, and urologists. Surg Endosc 27(12):4631–4639
Twijnstra AR, Blikkendaal MD, van Zwet EW, Jansen FW (2013) Clinical relevance of conversion rate and its evaluation in laparoscopic hysterectomy. J Minim Invasive Gynecol 20(1):64–72
Vandendriessche D, Giraudet G, Lucot JP, Behal H, Cosson M (2015) Impact of laparoscopic sacrocolpopexy learning curve on operative time, perioperative complications and short term results. Eur J Obstet Gynecol Reprod Biol 191:84–89
Jafari MD, Pigazzi A (2013) Techniques for laparoscopic repair of major intraoperative vascular injury: case reports and review of literature. Surg Endosc 27(8):3021–3027
Claerhout F, De Ridder D, Van Beckevoort D, Coremans G, Veldman J, Lewi P et al (2010) Sacrocolpopexy using xenogenic acellular collagen in patients at increased risk for graft-related complications. Neurourol Urodyn 29(4):563–567
Rajamaheswari N, Agarwal S, Seethalakshmi K (2012) Lumbosacral spondylodiscitis: an unusual complication of abdominal sacrocolpopexy. Int Urogynecol J 23(3):375–377
Brito LG, Giraudet G, Lucot JP, Cosson M (2015) Spondylodiscitis after sacrocolpopexy. Eur J Obstet Gynecol Reprod Biol 187:72
Richter HE, Goode PS, Kenton K, Brown MB, Burgio KL, Kreder K et al (2007) The effect of age on short-term outcomes after abdominal surgery for pelvic organ prolapse. J Am Geriatr Soc 55(6):857–863
Lill S, Rantala A, Vahlberg T, Gronroos JM (2011) Elective laparoscopic cholecystectomy: the effect of age on conversions, complications and long-term results. Dig Surg 28(3):205–209
Denet C, Fuks D, Cocco F, Chopinet S, Abbas M, Costea C et al (2017) Effects of age after laparoscopic right colectomy for cancer: are there any specific outcomes? Dig Liver Dis 49(5):562–567
Sklow B, Read T, Birnbaum E, Fry R, Age FJ (2003) Type of procedure influence the choice of patients for laparoscopic colectomy. Surg Endosc 17(6):923–929
Gultekin FA, Wong MT, Podevin J, Barussaud ML, Boutami M, Lehur PA et al (2015) Safety of laparoscopic ventral rectopexy in the elderly: results from a nationwide database. Dis Colon Rectum 58(3):339–343
Vandendriessche D, Sussfeld J, Giraudet G, Lucot JP, Behal H, Cosson M (2017) Complications and reoperations after laparoscopic sacrocolpopexy with a mean follow-up of 4 years. Int Urogynecol J 28(2):231–239
Availability of data and materials
The dataset is available with the corresponding author.
Our research program has previously received support from Bard, Covedien, FEG Textiltechnik, Ethicon, Blasingame and Garrard Law. All provided unconditional grants managed by the transfer office Leuven Research and Development of the KU Leuven. The investigators design the protocols, are owners of the results, and publish these independently of the above. JDP is a proctor for Ethicon Endosurgery in their side-by-side teaching program.
We received an investigator-initiated research grant from Johnson & Johnson for an initial audit of sacropexy patients. Both the study protocol, data analysis, interpretation and reporting, as well as the manuscript were made without interference of the company.
JD was a fundamental clinical researcher for the Fonds Wetenschappelijk Onderzoek Vlaanderen (1801207) till 2015. He now is funded by the Great Ormond Street Hospital Charity Fund.
Ethics approval and consent to participate
Our ongoing prospective follow-up study as well as this audit was approved by the Ethical Committee on Clinical Studies of the UZ Leuven (MP10810), and patients gave informed consent for the prospective follow-up study.
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Vossaert, K., Housmans, S., Pacquée, S. et al. Laparoscopic sacrocolpopexy is as safe in septuagenarians or elder as in younger women. Gynecol Surg 15, 11 (2018). https://doi.org/10.1186/s10397-018-1043-7
- Laparoscopic sacropexy
- Elder women