ICD-10-PCS Billable Code

0UF7XZZ

Fragmentation Fallopian Tubes, Bilateral to No Qualifier with No Device, External Approach

Procedural Specifications

Clinical Axis Detail Definition
Section0 Medical and Surgical
Body SystemU Female Reproductive System
OperationF Fragmentation
Body Part7 Fallopian Tubes, Bilateral
ApproachX External
DeviceZ No Device
QualifierZ No Qualifier

Operation Definition

Breaking solid matter in a body part into pieces

Procedure Overview

Fragmentation describes breaking solid matter within the female reproductive tract into smaller pieces without removing that matter from the body, most often used for calcified fibroids or calculi that are shattered so the pieces can pass or be absorbed naturally. This differs from removal-based procedures because the fragmented material is left in the body rather than extracted.

This approach is used when breaking up a mass is sufficient to relieve symptoms or resolve an obstruction, and taking the material out physically is either unnecessary or not feasible with the technique being used. Lithotripsy-type techniques applied to reproductive structures are a typical clinical scenario, along with certain uterine fibroid treatments that fragment tissue in place.

Because the goal is limited to breaking matter apart rather than curing disease of the organ or removing tissue, Fragmentation is a narrower and less commonly used root operation within this body system compared to Excision or Extirpation.

Anatomy & Axis Detail

Fallopian Tubes, Bilateral

Bilateral fallopian tube fragmentation addresses obstructing solid material simultaneously within both tubes, a scenario that arises when a systemic process, such as disseminated calcified debris or bilateral ectopic implantation, affects the paired structures symmetrically. Each tube's narrow lumen and thin muscular wall require the same careful, non-excisional approach on both sides, breaking the material into smaller fragments in place to relieve obstruction while attempting to spare the tubal architecture. Performing the procedure bilaterally in a single operative episode is typically more efficient than staged unilateral procedures and reflects a coordinated approach to symmetric pathology affecting reproductive anatomy on both sides. Because both tubes lie near the ovaries, uterine cornua, and pelvic ureters, meticulous technique on each side is essential, and operative documentation should clearly indicate that fragmentation was completed in both tubes during the same procedure.

Approach: External

External approach applies to procedures performed directly on the skin or mucous membrane, or on an accessible body surface, without any instrumentation passing through a puncture or orifice. It covers things like manual reduction of a fracture or excision of a skin lesion. It differs from Via Natural or Artificial Opening in that no internal passage is entered at all, only the exposed surface.

Coding & Documentation

Documentation needs to clearly state that solid matter was broken into pieces and left in place, rather than removed - operative notes describing lithotripsy, shock wave fragmentation, or similar technique on a calcified mass within the reproductive tract support this code. Coders should confirm that no extraction of the fragmented material followed in the same procedure, since a combined fragment-and-remove approach may require a different root operation for the removal portion.

The most common mistake is coding a procedure as Fragmentation when the documentation actually shows the broken material was subsequently extracted or extirpated, which would mean Extirpation is the more accurate root operation for that portion of the work. Coders also need to verify that the fragmentation itself was medically necessary and separately documented, not just an incidental step described in passing.

Commonly Confused With

ExtirpationExtirpation is the primary point of confusion, since both may apply to calcified or solid material, but Extirpation involves removing that matter from the body while Fragmentation leaves it in place after breaking it apart.
DestructionDestruction is distinguished because it eradicates tissue through energy application rather than mechanically breaking a solid structure into pieces.
ExcisionExcision differs in that it removes a portion of the organ's own tissue rather than breaking apart matter that is not a functioning part of the body part.