Punctal Atresia

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 by Michael T Yen, MD on July 23, 2024.


Disease Entity

Punctal Atresia or Punctal Agenesis (PA) is the absence of the lacrimal punctum[1]. PA most commonly occurs due to failed development during embryogenesis. Unlike mere veils, significant punctal agenesis is often accompanied by extensive atresia of both the horizontal and vertical canaliculi[2].

Right upper eyelid punctal agenesis in a 2-year-old with Ectrodactyly-Ectodermal Dysplasia-Cleft lip/palate (EEC) syndrome

Embryology

Canalization of the lacrimal system ectoderm begins at 12 weeks and progresses laterally until the seventh month[3], when the puncta open up at the top of the lid margin[4]. Canalization begins at the lacrimal sac and progresses proximally toward the canaliculi and distally toward the nose[5]. The development of the puncta and canalicular wall is closely linked with the development of first and second branchial arches in the nasomaxillary region. Thus, any disruption in craniofacial development, particularly in the nasomaxillary region, is associated with the dysgenesis of lacrimal tissues and other ocular deficits[6][7][8]. This anomaly is exceedingly rare, with few reports described in the literature.

Etiology

  • Sporadic: The most common etiology of this condition; can occur as both isolated or as an association with ocular and/or systemic syndromes[6][8][9].
  • Inherited: Autosomal dominant inheritance with variable expressivity and penetrance has been reported[10].

Clinical Presentation

  • Symptoms: The most common clinical presentation is epiphora, other symptoms including ocular discharge (more common in proximal punctal involvement rather than both upper and lower punctum and canaliculi agenesis), redness, and pain (especially in context of dacryocystitis or dacryocele). In eyes with no puncta, there may be occasional watering or no watering.
  • Diagnosis:
    • PA is a clinical diagnosis that requires thorough history and careful examination.
    • Slit lamp exam will show absence of the punctal papilla and dimple expected in the area of the punctum. Occasionally, eyelashes may be found medially to expected punctal location[11].
    • PA must be distinguished from punctal stenosis and its secondary causes, including infection, trauma, inflammation, neoplasms, and medication effects. This can be done with a thorough history and review of medications.
    • Difficult diagnoses can utilize dacryocystography to visualize anatomic details of lacrimal drainage system[12].
  • PA Complications: dacryocystitis, dacryocele, lacrimal fistula, lacrimal mucocele
  • Associated Ocular Findings: Absence of the caruncle, nasolacrimal duct obstruction, canliculops, eyelid skin tags, distichiasis, divergent strabismus, refractive disorders, ptosis, entropion, blepharitis, epicanthus, amblyopia, nystagmus [1][10][13][14].
A 6-year-old female with left upper punctal agenesis in addition to left nasolacrimal duct obstruction and dacryocystitis

Differential Diagnosis

Punctal stenosis, nasolacrimal duct obstruction, epiphora due to dry eye, secondary canicular obstruction to inflammation, infection, trauma, drugs, or systemic disease

Management

Medical:

Patients with PA complications (including dacryocystitis, dacryocele, and mucocele) may need treatment with oral empiric antibiotics with gram positive coverage. Warm compresses and massages may help decompress dacryocystoceles. Worsening complications with oral antibiotics or signs of progression to orbital cellulitis may need culture-tailored antibiotics or even IV antibiotics. Asymptomatic patients, with no epiphora or infection, can be observed

Surgical:

Definitive treatment of PA often requires surgery. Surgery type depends on extent of PA and concurrent obstruction. The strategy for surgical treatment of symptomatic PA is often tailored to each case and is strongly tied to the underlying anatomy[2].

  • PA with normal underlying canicular system: Membrane lysis with a punctal dilator can create a direct passage to the underlying intact canicular system [12][15]. However, PA with a normal underlying canicular system is uncommon.
  • PA with concurrent proximal obstruction: Canalicular marsupialization and Jones (Pyrex glass) tube placement can be performed to create a neo-punctum and relieve obstruction. The conjunctiva is opened in the punctal region and blunt dissection is used to identify the blind end of the canaliculus. This blind end is then opened with a punctal dilater to create an open canaliculus. The surrounding tissue of the open canaliculus is trimmed to create a new punctum [16].
  • PA with significant canalicular obstruction/stenosis: Canalicular trephination may be considered to recanalize the canaliculus with a lacrimal stent. Stent placement often occurs for 6-12 months to prevent contracture and also serve as scaffolding for epithelialization. Mini-Monoka stents have been reported to have higher success rates than standard silicone tubing due to their mono-canalicular design that is self-retaining with a nonirritant collarette[17][18].
  • PA with insufficient canalicular tissue: Conjunctivodacryocystorhinostomy (CDCR) with Jones tube placement is often the standard of treatment for patients with insufficient canalicular tissue. The Jones tube is placed in an opening created at the inferior half of the caruncle and threaded through into the middle nasal meatus[19].

Association with Systemic Disease

PA can occur in isolation or as part of an underlying genetic syndrome, most commonly ectodermal dysplasias[9][10][20]. As PA has been associated with a variety of genetic syndromes, this ocular finding has been proposed to be an ophthalmologic marker of potential underlying syndromes[6].

Syndromes associated with PA in the literature include:

Ectodermal dysplasias:
  • Ankyloblepharon-ectodermal dysplasia (AEC)[6][23]
  • Rapp-Hodgkin Syndrome[24]
  • Limb Mammary Syndrome[25]
  • ADULT Syndrome[26]
Aplasia of Lacrimal and Major Salivary Glands Syndrome[27][28]
Down’s syndrome [6][29][30]
Lacrimo-Auriculo-Dento-Digital Syndrome[31][32]
Cornelia de Lange syndrome[6][8][33]
Treacher-Collins[6][34]
Möbius syndrome[6][35]
Branchio-oto-renal syndrome[6]
22q11.2 deletion syndrome[6]
1q21.1 microdeletion syndrome[6]
Neurofibromatosis I[6][36]
CHARGE syndrome[37]
Apert Syndrome[38]
Congenital Arhinia-Microphthalmia Syndrome[39][40]
Johanson-Blizzard Syndrome[41][42]
Pashayan Syndrome[43][44][45]

References

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