Hemorrhoidectomy — Cost, Top Hospitals & Success Rates | MyMedicPlus

Hemorrhoidectomy is the surgical removal or fixation of haemorrhoidal tissue and is the definitive treatment for advanced or refractory haemorrhoidal disease. Haemorrhoids are vascular cushions — complexes of submucosal arteriovenous channels, smooth muscle, and connective tissue — located at the anorectal junction. They are normal anatomical structures that become symptomatic when they enlarge, prolapse, or bleed as a result of increased venous pressure, connective tissue degradation, or straining.

The Goligher classification grades internal haemorrhoids by degree of prolapse:

• Grade I: Bleed but do not prolapse
• Grade II: Prolapse on straining but reduce spontaneously
• Grade III: Prolapse on straining and require manual reduction
• Grade IV: Permanently prolapsed and irreducible

Grades I to II are managed conservatively (dietary fibre, stool softeners) or with office-based procedures (rubber band ligation, sclerotherapy, infrared coagulation). Hemorrhoidectomy is indicated when these measures fail, or when grade III to IV disease causes persistent prolapse, bleeding, soiling, or discomfort.

Several surgical techniques exist, differing in wound closure, energy source, and approach to the vascular pedicle:

• Excisional hemorrhoidectomy (Milligan-Morgan and Ferguson): Removal of the haemorrhoidal tissue and its vascular pedicle by sharp dissection, with either open (Milligan-Morgan) or sutured closed (Ferguson) wounds
• Energy-based excision (LigaSure, Harmonic scalpel): Bipolar vessel-sealing or ultrasonic energy replaces conventional scissors and suture ligation, reducing operating time and blood loss
• Stapled hemorrhoidopexy (PPH — Procedure for Prolapse and Haemorrhoids): A circular stapler excises a ring of redundant mucosa above the dentate line, reducing prolapse by lifting the haemorrhoidal cushions without excising them; less painful but higher recurrence rate
• Transanal hemorrhoidal dearterialization (THD/HAL): Doppler-guided ligation of terminal branches of the superior haemorrhoidal artery, with or without recto-anal repair (RAR) mucopexy for grade III disease

Hemorrhoidectomy addresses a spectrum of haemorrhoidal and related anorectal pathology:

Grade III and IV Internal Haemorrhoids

The primary indication. Grade III haemorrhoids that require manual reduction after each bowel movement cause significant quality-of-life impairment through prolapse, soiling, mucus discharge, and discomfort. Grade IV permanently prolapsed haemorrhoids carry risk of strangulation, thrombosis, and ulceration if left untreated. Excisional hemorrhoidectomy is the most durable treatment, with 5-year recurrence rates of 5 to 10% versus 20 to 30% after rubber band ligation.

Symptomatic External Haemorrhoids

External haemorrhoids (distal to the dentate line, covered by squamous epithelium) cause symptoms primarily through thrombosis. Acutely thrombosed external haemorrhoids present with sudden severe anal pain and a tense, bluish perianal lump. Office excision under local anaesthetic within 72 hours of onset provides immediate pain relief and is superior to conservative management in pain scores and time to resolution. After 72 hours, symptoms usually improve spontaneously and conservative management is appropriate.

Mixed (Internal and External) Haemorrhoids

Combined internal and external haemorrhoidal disease, particularly with a significant external component, is better treated by excisional hemorrhoidectomy than stapled PPH or THD alone, as these mucosal procedures do not address the external component below the dentate line.

Haemorrhoids Refractory to Office Procedures

Persistence or recurrence of grade II to III haemorrhoids after 2 to 3 sessions of rubber band ligation, sclerotherapy, or infrared coagulation is a clear indication for surgical hemorrhoidectomy. Patients with haemorrhoids and associated anal fissure or anal fistula may also be best managed with combined surgical treatment under general or regional anaesthesia.

Strangulated or Gangrenous Haemorrhoids

Acutely strangulated haemorrhoids (irreducible grade IV with vascular compromise) cause severe pain and carry risk of superficial gangrene and sepsis. Emergency haemorrhoidectomy in experienced hands is safe and definitive, though traditionally deferred by some surgeons in favour of conservative measures followed by elective surgery. Gangrenous haemorrhoids require urgent surgical debridement.

Hemorrhoidectomy is a relatively safe day-surgery procedure with broad eligibility, but preoperative assessment ensures correct indication, optimal anaesthetic fitness, and planning for post-operative pain management.

Indications for Surgery

• Grade III or IV internal haemorrhoids causing prolapse, bleeding, soiling, or discomfort despite conservative management for at least 6 to 8 weeks
• Grade II haemorrhoids failing 2 to 3 sessions of rubber band ligation
• Acutely thrombosed external haemorrhoids within 72 hours of onset
• Large mixed haemorrhoids with a significant external component
• Haemorrhoids associated with another anorectal condition (fissure, fistula) managed concurrently
• Patient preference for definitive single treatment versus repeated office procedures

Preoperative Assessment

Routine investigations include full blood count (to assess anaemia from chronic haemorrhoidal bleeding), coagulation screen, and electrolytes. Anticoagulants (warfarin, DOACs) and antiplatelet drugs require peri-operative management according to haemorrhoidectomy-specific bleeding risk stratification. Clopidogrel is typically stopped 5 to 7 days before elective surgery; aspirin 75 mg is often continued.

Anaesthetic Options

• General anaesthesia with lithotomy position: Standard for most excisional hemorrhoidectomies and PPH
• Spinal (subarachnoid) anaesthesia: Suitable alternative; saddle block (low spinal with dense perineal anaesthesia) provides excellent operating conditions and early mobilisation
• Local anaesthesia with sedation: Used for office-based excision of thrombosed external haemorrhoids; increasingly used for stapled PPH in high-volume day-case centres

Bowel Preparation

Routine mechanical bowel preparation (enema or oral laxative) is not uniformly recommended before hemorrhoidectomy and has not been shown to reduce wound infection rates. A phosphate enema on the morning of surgery to clear the lower rectum is standard practice in many units to improve surgical visualisation.

Several established techniques offer different trade-offs between wound pain, recurrence, operating time, and suitability for different haemorrhoid grades and anatomical patterns.

Milligan-Morgan Hemorrhoidectomy (Open Excision)

Described in 1937 at St. Mark's Hospital, London, this remains the global reference standard for excisional hemorrhoidectomy. In the lithotomy position under anaesthesia, the three primary haemorrhoidal pedicles (left lateral, right anterior, right posterior) are excised using diathermy or scissors. The haemorrhoidal pedicle is suture-ligated at its apex, and wounds are left open (unsutured) to heal by secondary intention over 3 to 6 weeks. Open wounds reduce the risk of sepsis and delayed haemorrhage. The trade-off is more prolonged wound healing and post-operative pain than closed techniques. 10-year recurrence rates are 5 to 10%.

Ferguson Hemorrhoidectomy (Closed Excision)

Developed by Ferguson and Heaton in 1959, this technique follows the same excision as Milligan-Morgan but closes the mucosal and skin wounds with an absorbable continuous suture. Primary wound closure reduces wound healing time from 3 to 6 weeks to 10 to 14 days and is associated with slightly lower immediate post-operative pain scores in randomised trials. The risk of wound breakdown and subsequent secondary healing reduces the advantage in high-risk patients (poorly controlled diabetes, immunosuppression, Crohn's disease).

LigaSure (Vessel-Sealing Electrosurgical Hemorrhoidectomy)

The LigaSure vessel-sealing system (Medtronic) uses bipolar radiofrequency energy and mechanical compression to seal and divide haemorrhoidal pedicles without suture ligation. The technique reduces operative time by 10 to 15 minutes, blood loss, and the number of transsections required. Meta-analyses of RCTs show LigaSure hemorrhoidectomy has equivalent recurrence rates to conventional excision but significantly lower post-operative pain scores at 24 to 48 hours and faster return to normal activity by 2 to 4 days. The Harmonic scalpel (Johnson and Johnson) achieves comparable results using ultrasonic energy.

Stapled Hemorrhoidopexy (PPH — Procedure for Prolapse and Haemorrhoids)

Introduced by Longo in 1998, PPH uses a circular stapling device inserted transanally to excise a circumferential ring of redundant rectal mucosa approximately 3 to 4 cm above the dentate line, reducing mucosal prolapse and interrupting the distal haemorrhoidal blood supply. Because the staple line is above the sensitive dentate line, post-operative pain is significantly lower than excisional hemorrhoidectomy. However, 5-year recurrence rates (20 to 25%) substantially exceed those of excisional techniques (5 to 10%), and rare but serious complications — staple line dehiscence, rectovaginal fistula, rectal stricture, and rectal perforation — limit its use. PPH is best suited for circumferential mucosal prolapse (grade II to III internal haemorrhoids) without a significant external component.

Transanal Hemorrhoidal Dearterialization (THD / HAL)

THD uses a Doppler-guided probe to identify and suture-ligate the terminal branches of the superior haemorrhoidal artery above the dentate line, reducing haemorrhoidal blood supply and cushion volume. For grade III disease, mucopexy (recto-anal repair, RAR) is added: the prolapsed mucosa is plicated and fixed to the rectal wall with running sutures. THD is less painful than excisional surgery, has no open wound, and offers same-day discharge. Recurrence rates for grade III haemorrhoids at 24 months are 10 to 20%, somewhat higher than Milligan-Morgan, but the procedure is well-accepted by patients valuing rapid recovery and minimal pain.

Hemorrhoidectomy provides the most durable relief from haemorrhoidal symptoms of any available treatment, and most patients experience significant quality-of-life improvement.

Symptom Resolution

Excisional hemorrhoidectomy (Milligan-Morgan or Ferguson) achieves complete symptom resolution in 85 to 95% of patients at 12 months. Bleeding, the most common presenting symptom, resolves in over 95% of cases after surgery. Prolapse is eliminated in 90 to 95% after excisional hemorrhoidectomy, compared to 70 to 80% after rubber band ligation for grade III haemorrhoids.

Durability and Recurrence

The 5-year recurrence rate after excisional hemorrhoidectomy is 5 to 10%, versus 20 to 35% after rubber band ligation. This durability makes surgery the most cost-effective treatment over a 5-year horizon for grade III to IV disease requiring repeated office-procedure sessions.

Faster Resolution versus Conservative Management

Surgical hemorrhoidectomy resolves symptoms within 4 to 6 weeks versus months to years of repeated conservative and office-based treatments. For patients with significant functional impairment (inability to work due to prolapse, soiling, or bleeding), the rapid return to normal function after surgery represents a major quality-of-life benefit.

LigaSure and Energy-Based Advantages

Compared to conventional Milligan-Morgan, LigaSure hemorrhoidectomy provides lower post-operative pain at 24 to 48 hours (VAS score 1.8 versus 3.4 in meta-analyses), faster return to work (7.5 versus 12 days), and equivalent 12-month recurrence rates — making it the technique of choice in many high-volume day-case units.

THD Advantages in Appropriate Patients

THD offers grade III haemorrhoid management without open wounds, reducing post-operative pain (mean VAS 1.5 versus 4.0 for Milligan-Morgan in RCTs), enabling day-case discharge, and avoiding wound healing complications. Patient satisfaction at 6 months exceeds 80% when grade and anatomy are correctly selected.

Hemorrhoidectomy is generally safe, but post-operative pain and specific anorectal complications are important considerations in counselling and shared decision-making.

Post-Operative Pain (Major Concern)

Post-operative anal pain is the principal disadvantage of excisional hemorrhoidectomy and the main reason patients delay seeking surgical treatment. Pain results from sphincter spasm and open wound healing in a densely innervated region. Pain peaks at 24 to 72 hours and diminishes progressively over 10 to 21 days. Multimodal analgesia protocols combining paracetamol, NSAIDs (ibuprofen, diclofenac), topical anaesthetic ointments (lidocaine 5%), oral nifedipine (reduces sphincter spasm), glyceryl trinitrate 0.4% ointment, and metronidazole (shown to reduce post-hemorrhoidectomy pain by an uncertain mechanism) have substantially reduced analgesic opioid requirements and pain scores. Warm sitz baths (10 minutes, 2 to 3 times daily) provide additional comfort.

Urinary Retention

Post-operative urinary retention affects 10 to 20% of patients, more common in males, following spinal anaesthesia, and after large haemorrhoid volumes resected under general anaesthesia. Managed with in-out catheterisation; most patients void spontaneously by 12 to 24 hours post-operatively with adequate pain control and fluid management.

Secondary Haemorrhage

Reactionary bleeding (within 24 hours) affects 1 to 2% and may require return to theatre. Secondary (delayed) haemorrhage at 7 to 14 days post-surgery occurs in 2 to 4%, typically due to pedicle ligature sloughing. Most settle with pressure, silver nitrate application, or return to theatre for suture haemostasis. Blood transfusion is rarely required.

Infection and Perianal Sepsis

Wound infection occurs in 1 to 5%; Fournier's gangrene (necrotising perineal fasciitis) is a rare but life-threatening complication reported in immunocompromised patients. Routine prophylactic antibiotics (metronidazole plus co-amoxiclav) before haemorrhoidectomy reduce wound infection rates and are used in most centres.

Anal Stenosis

Anal stenosis (stricture) occurs in 1 to 3%, resulting from excessive excision of anoderm or skin bridges between wounds in Milligan-Morgan technique. It causes constipation, pain, and ribbon-like stools, and may require anal dilatation or anoplasty for severe cases. Meticulous preservation of skin bridges between haemorrhoid excision sites is the key preventive measure.

Faecal Incontinence

Temporary minor incontinence (flatus or minor soiling) affects 5 to 10% during wound healing but resolves in over 90% within 6 months. Permanent incontinence to solid stool is rare (<1%) when sphincter anatomy is respected. Sphincter function should be formally assessed before hemorrhoidectomy in patients with prior obstetric trauma, previous anorectal surgery, or pre-existing continence complaints.

PPH-Specific Complications

Stapled PPH carries the additional risks of anastomotic dehiscence (0.2%), rectovaginal fistula (0.1 to 0.2%), rectal stricture at the staple line, and retroperitoneal perforation (extremely rare). These rare but serious complications, combined with higher recurrence rates than excisional techniques, have led to a decline in PPH use at many centres.

Recovery after hemorrhoidectomy focuses on pain management, constipation prevention, wound hygiene, and monitoring for complications — particularly bleeding.

Immediate Post-Operative Instructions

Patients undergoing day-case hemorrhoidectomy are discharged when pain is controlled on oral analgesics, urinary retention has been excluded, and they can ambulate independently. Take-home medications typically include: regular paracetamol (1 g every 6 hours for 1 to 2 weeks), an NSAID (ibuprofen 400 mg three times daily with food, for 5 to 7 days), a topical anaesthetic ointment (lidocaine 5% applied before bowel movements), and metronidazole 400 mg three times daily for 5 to 7 days. Glyceryl trinitrate 0.4% ointment applied twice daily to the perianal area reduces internal anal sphincter tone and post-operative pain in the first week.

Constipation Prevention

Constipation and straining are the two most important avoidable complications of the post-operative period. Hard stool passing through healing wounds is extremely painful and risks traumatic bleeding. Management:

• Macrogol (polyethylene glycol) laxative starting on post-operative day 1, continued for 3 to 4 weeks
• Lactulose or docusate sodium as an alternative stool softener
• High fibre intake (25 to 35 g daily) from fruit, vegetables, and soluble fibre supplements (ispaghula husk)
• Liberal fluid intake (2 to 3 litres daily) to maintain soft stool consistency
• Encourage early defaecation (day 1 to 2) with adequate analgesia pre-emptively taken 30 minutes before

Wound Hygiene

Sitz baths (sitting in warm water for 10 to 15 minutes, 2 to 3 times daily) soothe pain, reduce sphincter spasm, and keep wounds clean. Gentle patting dry after each bath avoids mechanical trauma to healing skin. Disposable waterproof pads manage minor wound discharge or bleeding during healing.

Return to Activity

Light activity (short walks) can resume from day 2 to 3. Office workers typically return to work within 7 to 14 days; physical labourers after 3 to 4 weeks. Driving is permissible once comfortable sitting and pressing the brake pedal (typically 5 to 10 days for automatic transmission vehicles). Swimming is deferred until wound healing is complete (3 to 4 weeks). Sexual intercourse may resume after 4 to 6 weeks.

Follow-Up Appointments

Outpatient review at 4 to 6 weeks assesses wound healing, continence function, and completeness of symptom resolution. If symptoms persist or recurrence is suspected, proctoscopy confirms haemorrhoid status. Annual dietary and lifestyle reinforcement reduces recurrence risk.

Hemorrhoidectomy is performed as a day-case procedure in most settings and is one of the more common elective general surgical operations worldwide. Costs reflect anaesthetic type, surgical technique, and healthcare setting.

Approximate Costs (USD)

• United States: USD 3,000 to 12,000 for outpatient excisional hemorrhoidectomy under general anaesthesia. Stapled PPH or LigaSure techniques may add USD 1,000 to 3,000 for disposable equipment. Facility fees represent 60 to 70% of the total bill.
• United Kingdom (NHS): Fully funded; private sector hemorrhoidectomy GBP 3,500 to 6,500 all-inclusive.
• India: USD 800 to 2,500 for excisional hemorrhoidectomy at accredited centres; USD 1,500 to 4,000 for stapled PPH (stapler device cost dominates).
• Thailand: USD 2,000 to 4,500 including day-case hospitalisation.
• Turkey: USD 1,500 to 3,500.
• Germany: EUR 4,000 to 8,000.

Key Cost Drivers

• Technique: Conventional Milligan-Morgan is the least expensive (reusable instruments, absorbable sutures). LigaSure adds USD 800 to 1,500 per case for the disposable sealing device. Stapled PPH adds USD 800 to 2,000 for the circular stapler.
• Anaesthesia type: General anaesthesia in a hospital operating theatre is more expensive than local anaesthesia with sedation in an outpatient procedure room; local anaesthesia for THD or office excision reduces facility costs significantly
• Inpatient versus day case: Overnight stays (uncommon for uncomplicated hemorrhoidectomy) add USD 500 to 2,000 per night
• Post-operative medications: Topical ointments (GTN, lidocaine), laxatives, and analgesics add USD 30 to 80 over the recovery period
• Recurrence and re-treatment: Higher recurrence rates of office procedures versus surgery mean total lifetime costs may favour surgery for grade III to IV disease at 5-year follow-up

Not all patients with haemorrhoids require surgery. A structured stepwise approach matches treatment intensity to disease severity.

Dietary and Lifestyle Modifications

For grade I to II symptomatic haemorrhoids, dietary fibre supplementation (ispaghula husk, methylcellulose, 25 to 35 g/day) combined with adequate fluid intake (2 litres daily) reduces bleeding and prolapse symptoms in 40 to 50% of patients at 3 months. Avoiding prolonged sitting on the toilet, straining, and heavy lifting reduces intra-abdominal pressure on haemorrhoidal plexuses. Topical preparations (hydrocortisone, lidocaine, soothing agents) provide symptomatic relief but do not alter disease progression.

Rubber Band Ligation (RBL)

The most widely used office procedure for grade I to III internal haemorrhoids. Elastic bands are applied to the haemorrhoidal mucosa above the dentate line using a suction or forceps ligator, causing ischaemic necrosis and fibrosis of the haemorrhoidal cushion over 5 to 7 days. Complete symptom relief is achieved in 70 to 80% of grade I to II and 60 to 70% of grade III haemorrhoids after 1 to 3 sessions at 4-week intervals. Recurrence at 5 years is 20 to 30%. Pain and vasovagal reactions are the main complications; rare septic complications require immediate presentation if fever, urinary retention, and perineal pain develop together.

Sclerotherapy

Injection of 5% phenol in almond oil (or sodium tetradecyl sulphate) into the submucosa above the haemorrhoidal cushion causes fibrosis and reduction in blood supply. Effective for grade I to II bleeding haemorrhoids; less effective for prolapse. Success rates of 60 to 75% for bleeding at 12 months. Often combined with RBL for larger haemorrhoids. Risks include injection into the wrong plane causing necrosis, and rare septic complications.

Infrared Coagulation (IRC)

Infrared energy applied to the haemorrhoidal mucosa causes protein denaturation and fibrosis. Effective for grade I to II haemorrhoids; multiple sessions required. Less effective than RBL for grade II to III haemorrhoids at 1-year follow-up (RCT evidence). Minimal pain, no significant complications; suitable for patients anticoagulated or with bleeding diatheses where RBL carries higher bleeding risk.

Radiofrequency Ablation (RFA) and HALO (Haemorrhoidal Artery Ligation)

HALO (also called HAL, essentially equivalent to THD without Doppler guidance in some configurations) and radiofrequency-based office procedures are increasingly used for grade II to III haemorrhoids. Results are comparable to RBL with potentially lower recurrence rates for grade III disease, but require dedicated equipment and operator training.

Conservative Management for Acute Thrombosis

Acutely thrombosed external haemorrhoids presenting after 72 hours of symptoms or with resolving pain are managed conservatively: sitz baths, stool softeners, NSAID analgesics (topical or oral), and rest. Symptoms resolve in most patients within 7 to 10 days as the thrombus dissolves, though skin tags may persist.