Publications by authors named "Myo Khine"

5 Publications

  • Page 1 of 1

Analysis of lesion localisation at colonoscopy: outcomes from a multi-centre U.K. study.

Surg Endosc 2017 07 8;31(7):2959-2967. Epub 2016 Nov 8.

Department of Surgery, Royal Alexandra Hospital, Corsebar Road, Paisley, PA2 9PN, Scotland, UK.

Background: Colonoscopy is currently the gold standard for detection of colorectal lesions, but may be limited in anatomically localising lesions. This audit aimed to determine the accuracy of colonoscopy lesion localisation, any subsequent changes in surgical management and any potentially influencing factors.

Methods: Patients undergoing colonoscopy prior to elective curative surgery for colorectal lesion/s were included from 8 registered U.K. sites (2012-2014). Three sets of data were recorded: patient factors (age, sex, BMI, screener vs. symptomatic, previous abdominal surgery); colonoscopy factors (caecal intubation, scope guide used, colonoscopist accreditation) and imaging modality. Lesion localisation was standardised with intra-operative location taken as the gold standard. Changes to surgical management were recorded.

Results: 364 cases were included; majority of lesions were colonic, solitary, malignant and in symptomatic referrals. 82% patients had their lesion/s correctly located at colonoscopy. Pre-operative CT visualised lesion/s in only 73% of cases with a reduction in screening patients (64 vs. 77%; p = 0.008). 5.2% incorrectly located cases at colonoscopy underwent altered surgical management, including conversion to open. Univariate analysis found colonoscopy accreditation, scope guide use, incomplete colonoscopy and previous abdominal surgery significantly influenced lesion localisation. On multi-variate analysis, caecal intubation and scope guide use remained significant (HR 0.35, 0.20-0.60 95% CI and 0.47; 0.25-0.88, respectively).

Conclusion: Lesion localisation at colonoscopy is incorrect in 18% of cases leading to potentially significant surgical management alterations. As part of accreditation, colonoscopists need lesion localisation training and awareness of when inaccuracies can occur.
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http://dx.doi.org/10.1007/s00464-016-5313-zDOI Listing
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC5487844PMC
July 2017

A survey of morbidity and mortality review meetings in the general surgical units of the West of Scotland.

Scott Med J 2015 Nov 23;60(4):244-8. Epub 2015 Jul 23.

Consultant General and Colorectal Surgeon, Department of Surgery, Crosshouse Hospital, UK.

Background And Aims: There is little consensus as to the conduct of surgical morbidity and mortality review meetings. The aim of this survey was to determine how surgical morbidity and mortality meetings in the surgical units in the West of Scotland are carried out and to explore possible areas for improvement.

Methods And Results: Forty six surgical trainees distributed between the 15 general surgery units of the West of Scotland were asked to provide details of their surgical morbidity and mortality meetings for the training year 2012-2013. Twenty-five of 46 (54%) specialty trainees responded with all units being represented. All had designated time for surgical morbidity and mortality review. Meeting frequency varied as follows: weekly (3 units), fortnightly (1 unit), monthly (10 units), three monthly (1 unit). Fewer than half the units (6) included Foundation Trainees, and only one meeting was attended by nursing staff. Five units had clear criteria for morbidity, but only three included morbidity collected from outpatient follow-up. A standardised proforma was used to present the cases in only 2 units.

Conclusions: All 15 surgical units in the West of Scotland have a regular surgical morbidity and mortality meeting but significant variations were observed as to frequency and participating personnel. A more robust system for reporting morbidities should be considered.
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http://dx.doi.org/10.1177/0036933015597179DOI Listing
November 2015

Homemade laparoscopic simulators for surgical trainees.

Clin Teach 2011 Jun;8(2):118-21

Department of Surgery, Crosshouse Hospital, Kilmarnock, UK.

Background: Laparoscopic surgery has become increasingly popular in recent times. Laparoscopic skills and dexterity can be improved by using simulators. We provide a step-by-step guide with diagrams to build an individual homemade laparoscopic trainer box, which is easily available and affordable.

Methods: We collected the required material for our homemade trainer box from a local DIY shop and purchased a high-definition (HD) webcam online. We used a 12-litre plastic storage box and mounted the webcam inside the lid of the plastic box. The ultraslim energy-saving fluorescent light was mounted behind the webcam. Holes were made in the plastic lid and patched with circular pieces of Neoprene to accommodate the insertion of laparoscopic instruments.

Results: The trainer box can be built in 3 hours. The trainer box weighs 1.2 kg with a light source, and is easily portable. It was demonstrated to a cohort of surgical trainees and they were very receptive, and liked the idea of an easy to assemble, low-cost trainer box with high-quality images.

Discussion: Our homemade trainer box offers HD vision that can be viewed on a personal computer, and the webcam is adjustable so it gives hands-free stability. It is built with a lightweight plastic box so it can be easily carried around by a trainee. This simple, inexpensive, easy-to-build trainer box makes a perfect solution for individuals who want to practise basic laparoscopic skills at home or in the workplace.
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http://dx.doi.org/10.1111/j.1743-498X.2011.00441.xDOI Listing
June 2011

An unusual cause of abdominal pain. Omental torsion.

Ann Acad Med Singap 2009 Feb;38(2):180

Department of Surgery, Faculty of Medicine, University of Malaya, 50603 Kuala Lumpur, Malaysia.

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February 2009

Teleconferencing using multimedia messaging service (MMS) for long-range consultation of patients with neurosurgical problems in an acute situation.

J Trauma 2008 Feb;64(2):362-5; discussion 365

Division of Neurosurgery, Department of Surgery, Faculty of Medicine, Kuala Lumpur, Malaysia.

Background: : We present our initial experience using a simple and relatively cost effective system using existing mobile phone network services and conventional handphones with built in cameras to capture carefully selected images from hard copies of scan images and transferring these images from a hospital without neurosurgical services to a university hospital with tertiary neurosurgical service for consultation and management plan.

Methods: : A total of 14 patients with acute neurosurgical problems admitted to a general hospital in a 6 months period had their images photographed and transferred in JPEG format to a university neurosurgical unit. This was accompanied by a phone conference to discuss the scan and the patients' condition between the neurosurgeon and the referring physician. All images were also reviewed by a second independent neurosurgeon on a separate occasion to asses the agreement on the diagnosis and the management plan.

Results: : There were nine patients with acute head injury and five patients with acute nontraumatic neurosurgical problems. In all cases both neurosurgeons were in agreement that a diagnosis could be made on the basis of the images that were transferred. With respect to the management advice there were differences in opinion on three of the patients but these were considered to be minor.

Conclusion: : Accurate diagnosis can be made on images of acute neurosurgical problems transferred using a conventional camera phone and meaningful decisions can be made on these images. This method of consultation also proved to be highly convenient and cost effective.
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http://dx.doi.org/10.1097/TA.0b013e318070cc88DOI Listing
February 2008
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