201
6. Anterior Lamella Lacerations
Anterior lamella lacerations typically only require skin repair. The
orbicularis oculi fibers are densely adherent to the skin and will pas-
sively approximate with skin closure. Deep sutures tend to accentuate
intramuscular scarring and increase risk of lid malposition, retraction,
and ectropion.
7. Lacrimal Canalicular Injury
Lacrimal canalicular injury may require cannulation with repair or
Crawford tube placement. This is best done in the operative setting and
with ophthalmologic surgical guidance.
8. Canthal Injuries
y
y
Medial canthal tendon avulsion and canthi laceration may denote
naso-orbital-ethmoid fracture. See Chapter 3 for repair techniques.
y
y
Lateral canthal repair must ensure resuspension of the canthal
tendon to periosteum, approximating Whitnall’s tubercle and cantho-
plasty with “gray line” approximation.
9. Closure at the Lid Margin
Closure at the lid margin should be done with eversion of the skin edges
to help prevent notching.
10. Lid Margin and Proximal Anterior Lamella Sutures
All lid margin and proximal anterior lamella sutures should be cut with
longer tails draped away from the lid margin. This helps prevent corneal
irritation and abrasion. Tails can be secured with distally placed sutures
or Mastisol® (Ferndale) skin adhesive and Steri-Strip™ dressings.
11. Superior Lid Lacerations
In superior lid lacerations, particularly horizontal injuries, assessment of
levator palpebrae superioris function is crucial. Muscle or aponeurosis
separation from the superior tarsus will lead to traumatic ptosis.
Reattachment can be established, depending on surgical skill and tissue
quality. If bruising, edema, muscle contraction back into the orbit, or
inexperience makes appropriate repair unlikely, the laceration should be
repaired in a delayed setting in the operative theatre with ophthalmol-
ogy assistance.
12. Visible Orbital Fat
If orbital fat is visible within the wound, the orbital septum has been
violated. This, too, is reason for further evaluation and repair in the
operative setting.