ICD-10-PCS Billable Code

085X7ZZ

Destruction Lacrimal Duct, Right to No Qualifier with No Device, Via Natural or Artificial Opening Approach

Procedural Specifications

Clinical Axis Detail Definition
Section0 Medical and Surgical
Body System8 Eye
Operation5 Destruction
Body PartX Lacrimal Duct, Right
Approach7 Via Natural or Artificial Opening
DeviceZ No Device
QualifierZ No Qualifier

Operation Definition

Physical eradication of all or a portion of a body part by the direct use of energy, force, or a destructive agent

Procedure Overview

This family covers procedures that permanently eliminate abnormal or diseased eye tissue using energy, heat, cold, or a chemical agent, without physically removing the tissue from the body. Common examples include laser photocoagulation to seal or destroy abnormal retinal blood vessels in diabetic eye disease or age-related macular degeneration, cyclophotocoagulation to reduce fluid-producing tissue inside the eye as a glaucoma treatment, and cryotherapy or laser treatment of retinal tears to prevent detachment.

These treatments are chosen when the goal is to stop a harmful process at its source, such as leaking vessels or overactive tissue, rather than to excise a specimen for examination. Because the destroyed tissue is left in place to be reabsorbed by the body, these procedures are often less invasive than a comparable excision and can frequently be performed in an outpatient or office laser suite.

Anatomy & Axis Detail

Lacrimal Duct, Right

The right lacrimal duct system, encompassing the puncta, canaliculi, and nasolacrimal duct that carry tears from the eye into the nasal cavity, is destroyed most often at the punctal or canalicular level rather than along its full course. Thermal or chemical punctal cauterization is a common outpatient procedure for severe dry eye, permanently closing the drainage opening to preserve tears on the ocular surface, while destruction of deeper duct segments may be used for chronic dacryocystitis or duct-associated tumors when reconstruction is not planned. Because the duct traverses bone within the lacrimal fossa, destructive intervention limited to the proximal punctal or canalicular portion is far more common and lower-risk than attempts to ablate the intraosseous nasolacrimal segment. Laterality and the specific duct segment treated should be documented precisely.

Approach: Via Natural or Artificial Opening

Via Natural or Artificial Opening means the instrument reaches the target site by passing through an existing body orifice, such as the mouth or urethra, or a surgically created opening like a stoma, without additional incision or scope guidance. It is distinguished from the Endoscopic variant by the absence of a visualizing scope, and from External by actually traversing into the body through that opening.

Coding & Documentation

Documentation needs to specify the energy source or agent used, such as laser, cryotherapy probe, or a chemical, and the exact eye structure targeted, since destruction codes in this system are organized by precise anatomical site down to structures like the retina, choroid, or ciliary body. Coders should confirm the intent recorded by the surgeon was ablation or eradication of tissue rather than biopsy or removal of a specimen, because any tissue sent to pathology signals an Excision instead. A recurring error is coding panretinal photocoagulation or focal laser treatments to a generic retina code when the note actually distinguishes treatment areas that map to different body part values.

Commonly Confused With

ExcisionDestruction is most often confused with Excision, and the distinguishing factor is whether tissue is removed from the body for pathological study; if nothing is sent to a lab, Destruction is almost always correct.
FragmentationIt also overlaps with Fragmentation procedures used to break up solid matter like a foreign body without eliminating living tissue, and with Repair when the documented intent is to reattach or seal tissue, such as a laser retinopexy meant to secure a retinal tear rather than destroy diseased tissue outright.