Open Access

Standards of documentation at laparoscopic entry

Gynecological SurgeryEndoscopic Imaging and Allied Techniques20085:395

Received: 24 January 2008

Accepted: 28 March 2008

Published: 20 May 2008


The potential for laparoscopic entry to cause serious injury is real. However, when the written records of laparoscopic entry was audited against the Middlesbrough consensus guidelines in a large teaching hospital, there were wide variations in the documentation of safety techniques. A standard proforma was created to facilitate the documentation of techniques.


Laparoscopic entryDocumentation


Laparoscopic-specific complications are real and are associated with the creation of a pneumoperitoneum, as sharp instruments are inserted blindly into the abdomen. The potential complications ranged from minor, such as superficial bruising and subcutaneous emphysema, to major gastrointestinal and vascular injury, including gas embolism and unintended emergency laparotomy.

Large-scale reviews reported gastrointestinal injuries in the order of 0.4 to 0.7 and vascular injuries of 0.4 cases per 1,000 procedures [1], although single hospital data suggests a higher risk of bowel injury of around 3/1,000 procedures [2].

Since no needle–trocars system can guarantee the avoidance of injury during laparoscopic entry, adhering to consensus safeguard measures should be employed and documented when performing laparoscopic surgery. Claims related to gynaecology laparoscopic injury with the perforation of viscera or vascular injury was the most frequent (24%) adverse factor in a Medical Defence Union’s review of 732 cases over seven years [3]. Similar data concerning medical liability were reported, with laparoscopic entry-related complications comprising a fifth of all laparoscopy-related claims [4].

Delayed recognition of laparoscopic injury is widely reported in the literature and is a major factor in the assessment of liability. Vilos [5] reported on delayed recognition in 45% (40) of cases of laparoscopic bowel injuries, associated with 67% of the litigation outcomes unfavourable to physicians.

Ultimately, the initial documentation will reflect good medical practice [6], confirm the application of safe techniques and favourably support the laparoscopist in the event of litigation.

The main consensus document currently available for guidance at laparoscopic surgery is the Middlesbrough Consensus guidelines [7]; the Royal College of Obstetricians and Gynaecologists (RCOG) is due to publish its guidance shortly. However, a survey of gynaecologists published 6 years after the Consensus guidelines were published reported that 74% of respondents were unaware of this document [8] and others showed poor compliance with its recommendations [2].

This audit examined our documentation with the compliance of the Middlesbrough Consensus guidelines of laparoscopy entry.


The documentation as specified in the clinical notes of all laparoscopic-related gynaecological surgery performed in May 2007 was reviewed in a large teaching hospital. The cases were obtained from the computerised operating theatre register. The local clinical governance procedures were followed to obtain case notes. Data were collected and evaluated using Microsoft Excel.



The findings of 68 patients are recorded in this audit. Three notes could not be located and four were coded incorrectly and therefore, were, excluded. The body mass index (BMI; Kg/m2) ranged from 18 to 40, with a mean of 25.6. The BMI was not recorded in 15% of cases (ten women; three elective and seven emergencies). Fourteen (21%) women had previous laparotomy, consisting of eight caesarean sections and six appendicectomies. No patients had midline laparotomy.

Eighty-seven percent (87%, 59) electives and 13% (9) emergency procedures were performed, consisting of 30% (20) diagnostic and 70% (48) operative procedures. Overall, consultants performed 53% (36) of all procedures, while the registrars and senior house officers (SHOs) were the primary surgeon for 41% (28) and 5% (4) of cases, respectively.


Catheterisation was recorded prior to Veress insertion in 51% (35) of the patients (Table 1). The Veress needle was employed in 74% (50) of the cases, inserted about the umbilicus in 43 cases (intra- or subumbilical was unclear in some documentation) and its insertion site was not recorded in 37% (25) of cases. Hasson’s technique was employed in one and direct primary trocar insertion in two cases. In 7% (5) of cases, the number of attempts at Veress insertion was documented.
Table 1

Summary of audit findings

Technique assessed

No. documented, n (%)

Patient catheterised

35 (51)

Veress insertion


50 (74)

 Intraumbilical site

43 (63)

 Number of attempts for correct placement

5 (7)

 Saline test

33 (49)

 Pressure flow <8 mmHg

4 (6)

 Both saline and pressure


 Insufflation pressure

52 (76)

 Insufflation volume

25 (36)

Secondary ports under vision


26 (38)


27 (40)

Record of port size

29 (43)

The Veress insertion was tested with saline in 49% (33) of cases and no test was stated in 41% (28) of cases. An initial pressure of less than 8 mmHg was recorded as a test of intraperitoneal placement of the Veress needle in four cases and both saline and low initial insufflation pressure (<8 mmHg) was recorded in one case.

The insufflation pressure was documented in 76% (52) of cases and the volume in 36% (25) of cases. In 38% (26) of cases, documentation was made regarding the secondary ports insertion under video laparoscopy and removal in 40% (27) of cases under vision.

Port sizes were recorded in 43% (29) of cases and, in 10% (7) of cases, a port size of 10 mm or greater (except umbilical) of the sheath was not closed; six suprapubic and one in the right iliac fossae ports.

The only complication recorded during the audit period was an accidental posterior colpotomy incision during an operative laparoscopy (resection of endometriosis).


This audit has found considerable heterogeneity in the quality of documentation for laparoscopy, from scant to complete documentation, in this large teaching hospital. It is prudent to note that the laparoscopic surgeons at this institution hold accreditation for training in laparoscopic surgery. Laparoscopic entry has the potential for major abdominal visceral and vascular injuries, and the operation notes should reflect that safety guidelines regarding entry were adopted.

The bladder catheterisation preceding the Veress needle insertion, an elementary safety step prior to siting instruments into the peritoneal cavity, was not recorded in 49% (33) of cases. It was unclear from the notes that a Veress needle was actually used for insufflations in 22% (15) of cases and the insertion site was unclear in 37% (25) of cases. Of the 62% (43) of cases with about umbilical insertion, this includes both sub- and intraumbilical sites. The recommendation is to use the base of the umbilicus, as it is the thinnest and least vascular part of the anterior abdominal wall [9].

Hasson’s and direct insertion of primary trocars were not commonly used and the Veress preference was not altered by the presence of abdominal scars. However, none of the women had midline abdominal scars. The consensus guidance suggested selecting an alternate site for Veress insertion in the presence of midline scars, as it reduces the incidence of type 2 visceral injury [7].

The merit of testing the Veress insertion and the best methods to employ is debated. The guidelines do recommend some form of testing and Palmer’s tests, as well as the gas flow pressure rates, were reported. This audit found that, in 41% (28) of cases, no safety test for the Veress insertion was documented and the initial gas flow pressure rate was not popular. Large-scale studies have shown that an initial insufflations pressure of less than 8 mmHg was consistent with correct intraabdominal placement of the Veress needle, regardless of the patient’s body habitus [10]. Only in five cases was the number of attempts at Veress insertion documented, ranging from one to four attempts.

The insufflation pressure prior to the primary trocar insertion was not documented in 24% (16) of cases and the volume was not recorded in 60% (41) of cases. The guidelines recommend insufflation pressures of 25 mmHg, as this increase the “gas bubble,” as well as creating a splinting effect on the abdominal wall [7]. Recording the volume is a form of self-checking, as studies have documented that a volume in excess of 5 L is necessary to achieve the required 25-mmHg pressure. This safety precaution has been found to reduce the risk of type 1 visceral injury.

Secondary ports should be inserted and removed under direct vision and this was not stated in the documentation in 62% (42) of cases of entry and in 60% (41) of cases of removing the ports. This recommendation facilitates avoiding type one visceral injury.

Ports 10 mm or greater away from the umbilicus should be closed, as this reduces the risk of herniation of abdominal viscera. In 10% of cases, the port was not closed and in a further 43% of cases, the port sizes were not stated.

General observations include the common use of non-standard abbreviations, e.g. c/d/c and udv. The notes made no mention of the patients’ positioning, as the guidelines recommend the patient lying supine at Veress insertion and primary trocar entries [7]. The only complication recorded was the unintended posterior colpotomy incision during an operative laparoscopy during a difficult case of resection for endometriosis.

Summary of main findings

There were wide variations in the documentation of the recommended safety procedures for laparoscopic entry, as outlined in the Middlesbrough Consensus guidelines.

The Veress needle inserted about the umbilicus was the preferred site for pneumoperitoneum and the saline test was preferred over initial low insufflation pressures as a test for intraperitoneal placement.

Senior grade clinicians were the primary surgeons for laparoscopic procedures, with restricted opportunities for juniors.

The use of non-standard abbreviations was common and we suspect that this was done in order to facilitate speedier documentation.

Some women with port sizes 10 mm or greater did not have sheath closure.


The main recommendation from this audit was to introduce a standard proforma to systematically record that the safety recommendations of laparoscopy were applied (Appendix). This teaching hospital has a significant advantage, as the consultants with interest in minimal access surgery are also accredited trainers for laparoscopic surgery. This simple measure can be incorporated onto the current operation notes and should improve documentation with recording the practice of safety guidelines.


Authors’ Affiliations

Birmingham Women’s Hospital, Birmingham, UK


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