Lords Plication hydrocele

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Lord's plication is a surgical procedure for hydrocele repair. It involves eversion and plication (bunching) of the tunica vaginalis rather than excision, making it suitable for thin-walled, non-complicated hydroceles.
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Lord's plication hydrocele surgery tunica vaginalis

This clinical photograph captures an intraoperative view of a surgical procedure on the male scrotum, specifically a minimally invasive hydrocelectomy using the eversion technique (Lord's or Jaboulay-type modification). The surgical field shows the scrotum stabilized with surgical clamps and forceps. A small incision has been made, through which the parietal tunica vaginalis is everted. The image demonstrates the critical step of suturing the edge of the tunica vaginalis directly to the dartos fascia and scrotal skin. This maneuver aims to keep the visceral surface of the tunica vaginalis exposed to the lymph-rich subcutaneous tissues to facilitate fluid absorption and prevent hydrocele recurrence. Visible elements include surgical instrumentation (hemostats and forceps), interrupted suture lines securing the everted tissue, and the characteristic red, vascularized appearance of the visceral tunica. This content is intended for urological surgical training, illustrating anatomical landmarks and technical execution of scrotal sac eversion.

This clinical photograph captures an intraoperative view of a surgical procedure on the male scrotum, specifically a minimally invasive hydrocelectomy using the eversion technique (Lord's or Jaboulay-type modification). The surgical field shows the scrotum stabilized with surgical clamps and forceps. A small incision has been made, through which the parietal tunica vaginalis is everted. The image demonstrates the critical step of suturing the edge of the tunica vaginalis directly to the dartos fascia and scrotal skin. This maneuver aims to keep the visceral surface of the tunica vaginalis exposed to the lymph-rich subcutaneous tissues to facilitate fluid absorption and prevent hydrocele recurrence. Visible elements include surgical instrumentation (hemostats and forceps), interrupted suture lines securing the everted tissue, and the characteristic red, vascularized appearance of the visceral tunica. This content is intended for urological surgical training, illustrating anatomical landmarks and technical execution of scrotal sac eversion.

An intraoperative clinical photograph showing a surgical dissection of the scrotum. A blue arrow identifies the left testis, which appears as a smooth, glistening, ovoid structure. An orange arrow points to the thickened and irregular wall of the tunica vaginalis, which demonstrates prominent, whitish, eggshell-like calcific deposits. The surgical field reveals a dark, turbid fluid collection within the scrotal sac, consistent with a chronic hematocele or complex hydrocele. Gloved hands are visible retracting the tissues to expose the internal pathology. The image illustrates a rare complication of long-standing scrotal fluid collections where the parietal layer of the tunica vaginalis undergoes extensive dystrophic calcification, requiring surgical excision (hydrocelectomy). This content is relevant for urological surgery education, specifically regarding the diagnosis and management of chronic scrotal masses and the visual identification of calcified anatomical structures.

An intraoperative clinical photograph showing a surgical dissection of the scrotum. A blue arrow identifies the left testis, which appears as a smooth, glistening, ovoid structure. An orange arrow points to the thickened and irregular wall of the tunica vaginalis, which demonstrates prominent, whitish, eggshell-like calcific deposits. The surgical field reveals a dark, turbid fluid collection within the scrotal sac, consistent with a chronic hematocele or complex hydrocele. Gloved hands are visible retracting the tissues to expose the internal pathology. The image illustrates a rare complication of long-standing scrotal fluid collections where the parietal layer of the tunica vaginalis undergoes extensive dystrophic calcification, requiring surgical excision (hydrocelectomy). This content is relevant for urological surgery education, specifically regarding the diagnosis and management of chronic scrotal masses and the visual identification of calcified anatomical structures.

Light microscopy of a thickened hydrocele wall from tunica vaginalis demonstrates cross-sectional histology with dense fibrous stroma, scattered inflammatory cells, and cholesterol clefts. Acute neutrophilic bands and chronic lymphoplasmacytic infiltrates coexist, while multinucleated foreign body giant cells form around cholesterol clefts, reflecting a cholesterol granulomatous reaction. Fibrosis is prominent, with fascicular, collagen-rich architecture and minimal residual lining. The observed histology indicates chronic inflammatory and granulomatous response to leaked or degraded hydrocele contents, superimposed infection, and scarring. Diagnostic significance includes evidence of infectious complication and chronicity; findings support secondary infection in a long-standing hydrocele and help differentiate from neoplastic or purely serous processes. Clinically relevant search terms: hydrocele wall pathology, tunica vaginalis inflammation, cholesterol granuloma, foreign body giant cell reaction, chronic infection, fibrosis, scrotal hydrocele, hydrocelectomy planning, granulomatous scrotal disease.

Light microscopy of a thickened hydrocele wall from tunica vaginalis demonstrates cross-sectional histology with dense fibrous stroma, scattered inflammatory cells, and cholesterol clefts. Acute neutrophilic bands and chronic lymphoplasmacytic infiltrates coexist, while multinucleated foreign body giant cells form around cholesterol clefts, reflecting a cholesterol granulomatous reaction. Fibrosis is prominent, with fascicular, collagen-rich architecture and minimal residual lining. The observed histology indicates chronic inflammatory and granulomatous response to leaked or degraded hydrocele contents, superimposed infection, and scarring. Diagnostic significance includes evidence of infectious complication and chronicity; findings support secondary infection in a long-standing hydrocele and help differentiate from neoplastic or purely serous processes. Clinically relevant search terms: hydrocele wall pathology, tunica vaginalis inflammation, cholesterol granuloma, foreign body giant cell reaction, chronic infection, fibrosis, scrotal hydrocele, hydrocelectomy planning, granulomatous scrotal disease.

This clinical photograph illustrates an intraoperative view of an open scrotal surgical procedure focusing on the left testis and spermatic cord. The patient is positioned supine, with the surgical field isolated by blue drapes. A pair of Farabeuf retractors is used to widen the scrotal incision, exposing the underlying dartos fascia and spermatic cord. The primary finding is a translucent, fluid-filled cystic structure, identified as a hydrocele of the tunica vaginalis, which is being manipulated with surgical clamps. The testis and associated vascular structures of the cord are visible. The procedure demonstrates the resection and eversion of the tunica vaginalis, a common surgical technique for hydrocele repair (hydrocelectomy). The image serves as an educational resource for urological surgery, specifically highlighting anatomical landmarks such as the external inguinal ring, the spermatic cord, and the relationship between the tunica vaginalis and the testis during surgical intervention.

This clinical photograph illustrates an intraoperative view of an open scrotal surgical procedure focusing on the left testis and spermatic cord. The patient is positioned supine, with the surgical field isolated by blue drapes. A pair of Farabeuf retractors is used to widen the scrotal incision, exposing the underlying dartos fascia and spermatic cord. The primary finding is a translucent, fluid-filled cystic structure, identified as a hydrocele of the tunica vaginalis, which is being manipulated with surgical clamps. The testis and associated vascular structures of the cord are visible. The procedure demonstrates the resection and eversion of the tunica vaginalis, a common surgical technique for hydrocele repair (hydrocelectomy). The image serves as an educational resource for urological surgery, specifically highlighting anatomical landmarks such as the external inguinal ring, the spermatic cord, and the relationship between the tunica vaginalis and the testis during surgical intervention.

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Here is a complete overview of Lord's Plication for hydrocele, drawn from Bailey & Love's Surgery (28th ed.) and Campbell-Walsh-Wein Urology.

Lord's Plication for Hydrocele

What is a Hydrocele?

A hydrocele is a collection of fluid between the parietal and visceral layers of the tunica vaginalis surrounding the testis. It can be congenital (patent processus vaginalis) or acquired.

Surgical Options for Hydrocele - Overview

There are three main surgical techniques:
TechniqueBest ForKey Feature
Lord's PlicationThin-walled hydroceleNo excision, minimal dissection
Jaboulay's (Eversion)Moderate sacSac everted behind testis
Simple ExcisionThick-walled, large/chronicSac wall removed entirely

Lord's Plication - The Procedure

Described originally by Lord in 1964, this is the preferred technique for thin-walled, smaller-volume hydroceles.

Steps

  1. Scrotal incision - A transverse or midline scrotal incision is made through the skin, dartos, and fascial layers.
  2. Delivery of the sac - The hydrocele sac (parietal tunica vaginalis) is delivered into the wound.
  3. Opening the sac - The hydrocele sac is opened along its anterior surface and the fluid is drained.
  4. Extrusion of testis - The testis is extruded (delivered) through the aperture.
  5. Plication sutures - A series of interrupted absorbable (chromic) sutures are placed radially in a circumferential fashion around the sac - plicating (bunching/folding) the redundant tunica vaginalis.
  6. Tying sutures - When these sutures are tied, the tunica bunches up at its attachment to the testis - no tissue is excised.
  7. Closure - The testis is returned and the scrotum is closed in layers.
Lord's Plication - interrupted absorbable sutures plicating the redundant tunica vaginalis, causing it to bunch at testicular attachment
Lord's operation: interrupted absorbable sutures plicate the redundant tunica vaginalis, which bunches at its testicular attachment when tied - Bailey & Love, Fig. 86.10

Key Advantages

  • Minimal dissection - reduces operative trauma
  • Lowest risk of haematoma - since no excision is performed, there is no bleeding cut edge
  • No drain needed - as there is no raw excised surface
  • Faster recovery - less postoperative morbidity

Indications

  • Thin-walled hydrocele sac
  • Small to moderate volume hydrocele
  • Primary (not recurrent) hydrocele
  • Patient preference for less invasive approach

Contraindications / When NOT to use Lord's

  • Thick-walled sac - cannot be plicated effectively; requires excision
  • Large, multiloculated, or chronic hydroceles
  • Secondary hydrocele with underlying pathology (e.g., tumour, infection)

Lord's vs. Jaboulay's - Key Comparison

FeatureLord's PlicationJaboulay's Eversion
Sac wallPlicated (folded), not excisedEverted and anchored behind testis
DissectionMinimalMore extensive
Haematoma riskLowerHigher (cut edges can bleed)
Suitable sacThin-walledThin to moderate
DrainNot usually neededMay be placed
RecurrenceSlightly higher than excisionLower than Lord's
Simple excision (cutting away the sac wall and oversewing the edges) is reserved for thick-walled, large, or chronic sacs and carries the lowest recurrence but the highest haematoma risk.

Intraoperative Clinical Image

Intraoperative view of hydrocelectomy showing everted tunica vaginalis with sutures securing it to dartos fascia

Bottom Line (Exam Mnemonic)

Lord's = "Plicate the Thin" - No cut, no bleed, minimal dissection, bunching sutures on thin sacs
  • Bailey and Love's Short Practice of Surgery, 28th ed., p. 1587
  • Campbell-Walsh-Wein Urology, Hydrocelectomy section, p. 2460

Hydrocele

A hydrocele is a collection of serous fluid between the parietal and visceral layers of the tunica vaginalis around the testis. It is the most common cause of painless scrotal swelling.
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hydrocele types anatomy diagram congenital acquired

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hydrocele scrotal swelling transillumination clinical examination

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Here is a complete clinical overview of hydrocele from Bailey & Love's Surgery (28th ed.) and Campbell-Walsh-Wein Urology.

Hydrocele - Complete Overview

Definition

A hydrocele is an abnormal collection of serous fluid in a part of the processus vaginalis - usually the tunica vaginalis around the testis and occasionally along the spermatic cord. Acquired hydroceles are either primary (idiopathic) or secondary to epididymal/testicular disease.

Incidence

  • Affects approximately 1% of adult men
  • >80% of newborn boys have a patent processus vaginalis - most close spontaneously within 18 months

Embryology & Pathophysiology

The processus vaginalis is a diverticulum of the peritoneal cavity that descends with the testis into the scrotum via the inguinal canal around the 28th week of gestation, with gradual closure through infancy and childhood.

Classification / Types

Types of hydrocele - (a) vaginal/communicating hydrocele; (b) infantile hydrocele; (c) congenital hydrocele; (d) hydrocele of the cord
Figure 86.8 - Bailey & Love's Surgery, 28th ed.
TypeDescriptionProcessus Status
(a) Communicating (Congenital)Patent processus vaginalis allows peritoneal fluid to flow into the tunica vaginalisPatent throughout - may be associated with indirect inguinal hernia
(b) Non-communicating (Vaginal/Primary)Processus closed; fluid accumulates from excessive production or defective lymphatic absorption by tunica vaginalisFully closed
(c) Infantile HydroceleDistal processus closes correctly, mid-portion patent, proximal end open and communicating with tunicaMid-portion patent, proximal open
(d) Hydrocele of the CordDistal and proximal processus both closed, mid-portion patent - isolated cyst along cordMid-portion patent only
Non-communicating primary hydrocele is the most common type globally.
Secondary hydrocele usually occurs in men >40 years - caused by local injury, infection, neoplasm, or radiotherapy.

Clinical Features

Right-sided hydrocele (a) clinical photo and (b) ultrasound showing anechoic fluid collection surrounding the testis, 5.31 cm
Figure 86.9 - Bailey & Love's Surgery, 28th ed.

Clinical Examination - 3 Key Questions

  1. Can you get above the swelling? - You CAN get above a hydrocele (spermatic cord palpable above it). If you cannot, suspect an inguino-scrotal hernia.
  2. Is the testis/epididymis palpable? - A hydrocele encloses both testis and epididymis, making them impalpable.
  3. Does it transilluminate? - Hydroceles are brilliantly transilluminant (fluid-filled sac transmits light).

Additional Clinical Points

  • Usually painless - may reach large size before presentation
  • Beware acute hydrocele in a young man - suspect testicular tumour
  • Congenital hydrocele may be intermittent (fluid drains back to peritoneal cavity when lying down)
  • Ascites should be considered if bilateral
  • Hydrocele of cord - smooth oval swelling above testis, moves down when testis is pulled downward; can mimic inguinal hernia

Hydrocele of the Canal of Nuck (females)

A similar condition in females - cyst along the round ligament, always at least partially within the inguinal canal.

Investigation

  • Ultrasound - most valuable investigation; clarifies nature of swelling, assesses whether testis is diseased
  • Always exclude testicular malignancy by USS - especially in acute or secondary hydrocele
IMPORTANT: If a tumour is suspected, the hydrocele should NOT be punctured - risk of malignant needle-track implantation.

Treatment

Congenital Hydrocele (Children)

  • Most resolve spontaneously by 18 months
  • If persistent: ligation of the patent processus vaginalis (herniotomy)

Acquired Hydrocele (Adults)

  • Small hydroceles: no treatment needed
  • Large, symptomatic: surgical treatment indicated

Surgical Options

TechniqueIndicationKey Feature
Lord's PlicationThin-walled sacNo excision - sutures bunch the sac; minimal haematoma risk
Jaboulay's EversionModerate sacSac everted and anchored behind testis
Simple ExcisionThick-walled/large/chronicSac wall excised and edges oversewn; lowest recurrence but highest haematoma risk
Aspiration ± SclerosantUnfit for surgeryFluid reaccumulates; sclerosant (tetracycline/doxycycline) reduces recurrence; risk of haematocele

Filarial Hydrocele (Tropical)

  • Accounts for up to 80% of hydroceles in tropical countries (endemic Wuchereria bancrofti regions)
  • Follows repeated attacks of filarial epididymo-orchitis
  • Occasionally fluid is chylous (chylocele)

Summary Box (Bailey & Love)

  • A hydrocele is a collection of fluid within the tunica vaginalis
  • Hydroceles surround the testis and transilluminate brightly
  • Ultrasound is valuable, especially when testis/epididymis are impalpable
  • Can be managed conservatively unless large and symptomatic
  • Surgery is the mainstay of treatment
  • Testicular malignancy is an uncommon but important cause to exclude

Sources: Bailey and Love's Short Practice of Surgery, 28th ed., pp. 1586-1588; Campbell-Walsh-Wein Urology, Hydrocelectomy section
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