Hemorrhoids are vascular-elastic structures of the anal canal that contribute to continence. Their enlargement and descent lead to symptoms such as rectal bleeding and the sensation of anal swelling, known as hemorrhoidal syndrome. In advanced cases (Goligher Grade III-IV), surgery is the only effective treatment. Closed excisional hemorrhoidectomy (CEH), based on the Ferguson technique, is one of the standard procedures. Although effective in the long term, it causes severe postoperative pain. Minimally invasive surgery (MIS) employs enhanced visualization devices to improve surgical precision and reduce tissue damage. While widely used in specialties with small surgical fields, it has not yet been explored in anal surgery. Its advantages include reduced tissue injury and improved healing, although it presents a learning curve and an initially longer surgical time. The IDEAL framework evaluates surgical innovations in five stages: Idea, Development, Exploration, Evaluation, and Long-Term Study. The IDEAL phase 2a is aimed at the optimization and technical definition of surgical innovation with a focus on continuous improvement based on real clinical practice, laying the foundation for broader and more rigorous subsequent studies. Since no previous studies on the application of MIS in CEH have been found, the investigators propose a study within Stage 2A of the IDEAL model to assess the reproducibility of this technique. The investigators believe its incorporation into closed excisional hemorrhoidectomy could result in less postoperative pain and faster patient recovery.
Study Type
OBSERVATIONAL
Enrollment
50
The investigators propose applying minimally invasive surgery in closed excisional hemorrhoidectomy (CEH) , the most effective technique for treating advanced hemorrhoidal disease. The investigators believe this approach will reduce postoperative pain and improve recovery while maintaining the excellent outcomes of CEH. The investigator's hypothesis is based on the reduced tissue trauma and increased precision provided by minimally invasive surgery.
Hospital Son Llatzer
Palma, Balearic Islands, Spain
RECRUITINGTechnical Reproducibility of Surgery
ince no studies using this approach were found in the literature, the investigators propose a study to assess the reproducibility of implementing this technique following the guidelines of the IDEAL framework. In this study, the investigators propose Stage 2A. The measurement tool will be the systematic documentation of technical modifications.
Time frame: 30 postoperative days
Adverse events in treated patients
Collect the adverse effects that occur during the operative period and within the first 30 postoperative days. Filter those attributable to the use of the minimally invasive approach. Analyze the causes and the technical steps that should be performed or omitted to avoid them. As measurement tools, the Clavien-Dindo scale and the Comprehensive Complication Index (CCI) will be used. The CCI is an index that uses the Clavien-Dindo scale and is calculated with a mathematical formula available at www.assessurgery.com
Time frame: 30 postoperative days
Postoperative pain
Postoperative pain will be evaluated using the Visual Analogue Scale (VAS), a validated tool ranging from 0 (no pain) to 10 (worst imaginable pain). Patients will self-assess their baseline pain and pain following defecation at predefined intervals: postoperative days 4, 7, and 14.
Time frame: The first 14 postoperative days
Hemorrhoidal disease symptom score
A score that defines the frecuency of pain, pruritus, bleeding, soiling and prolapse. Score 0 to 20. Higher scores mean a worse outcome.
Time frame: one postoperative year
Short Health Scale in hemorrhoidal disease
A subjective scale which defines symptom intensity, the patient's worrying and the role in impairment of daily activity. Score 4 to 28. Higher scores mean a worse outcome
Time frame: One year postoperative
Total number of postoperative analgesics
The total number of analgesic doses taken by the patient during the first 14 postoperative days will be recorded as a numeric variable
Time frame: 14 postoperative days
Clinical Failure Rate
Clinical failure rate (CFR) is defined by the difference in haemorrhoidal symptoms according to Haemorrhoidal Disease Symptom Score and haemorrhoidal disease-related quality of life according to Short Health Scale adapted for Haemorrhoidal Disease comparing baseline and 1-year values. This difference was calculated using the following formula: (baseline Haemorrhoidal Disease Symptom Score - postoperative Haemorrhoidal Disease Symptom Score )/ baseline Haemorrhoidal Disease Symptom Score × 100. The change in quality of life related to haemorrhoidal disease was calculated using the following formula: (baseline Short Health Scale adapted for Haemorrhoidal Disease - postoperative Short Health Scale adapted for Haemorrhoidal Disease.)/baseline Short Health Scale adapted for Haemorrhoidal Disease. × 100. CFR was positive when both criteria showed a ≤50% difference.
Time frame: one year postoperative
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