Tuberous Breast Correction with Implants and Donut Lift

Patient Overview

• Patient: Susan

• Age: 25 years old

• Gender: Female

• Procedures: Tuberous breast correction with silicone implants (subfascial plane), periareolar (donut) mastopexy

• After photos taken at: 5 days post-surgery

• Location: Istanbul, Turkey

What Is Tuberous Breast Deformity

Tuberous breast — also called tubular breast deformity — is a congenital developmental condition that affects the shape, volume, and proportions of the breast during puberty. Unlike breasts that simply develop smaller than desired, tuberous breasts are constrained by a ring of tight fibrous tissue at the base that prevents the gland from expanding normally. The result is a breast with a narrow base, deficient lower pole, herniation of tissue through the areola causing it to appear puffy or enlarged, and a characteristic tubular or conical shape rather than the rounded contour of a normally developed breast.

The condition affects each patient differently. Some women present with mild constriction and modest shape irregularity; others, like Susan, present with features that require a comprehensive surgical strategy addressing multiple anatomical components simultaneously. At twenty-five, Susan had lived with the psychological burden of this condition throughout her adult life — a burden that research consistently shows affects body image, intimacy, and self-confidence more profoundly than almost any other breast concern.

Dr. Cem Berkay Sinaci, a European board-certified plastic surgeon (FEBOPRAS) and active member of ISAPS and ASPS, considers tuberous breast correction one of the most technically demanding procedures in breast surgery. Unlike standard augmentation where the anatomy is normal and the surgeon is simply adding volume, tuberous correction requires restructuring the breast from its foundation — releasing constricted tissue, redistributing the gland, expanding the deficient skin envelope, and restoring a shape that nature did not provide.

Why the Subfascial Plane Is Preferred for Tuberous Correction

The defining anatomical problem in tuberous breast deformity is a deficiency of skin and tissue in the lower pole. The constricting fibrous ring prevents the lower breast from expanding during development, leaving the tissue concentrated in the central and upper breast while the inframammary fold sits abnormally high. Correcting this requires not only adding volume with an implant but actively expanding the tight lower pole envelope to accommodate that volume.

This is precisely why Dr. Sinaci generally prefers the subfascial plane — positioning the implant above the muscle but beneath the fascia — for tuberous breast correction. When the implant is placed in this plane, it sits directly behind the constricted breast tissue and exerts its expansive force against the tight lower pole skin from within. The implant pushes the deficient lower envelope downward and outward, gradually stretching the constricted tissue into the rounded lower pole contour that the breast lacked from development.

In a submuscular or dual plane placement, the muscle sits between the implant and the constricted tissue. This muscle layer absorbs some of the expansive force, reducing the implant's ability to stretch and reshape the tight lower pole. For a tuberous breast where lower pole expansion is the primary reconstructive goal, this buffering effect works against the surgical objective.

Dr. Sinaci notes that in selected cases — particularly where the tuberous deformity is milder and the lower pole constriction is less severe — the dual plane can be appropriate. The decision between subfascial and dual plane is made on a case-by-case basis during the preoperative assessment, based on the degree of constriction, skin elasticity, tissue thickness, and the specific anatomical features of each patient's deformity.

The Periareolar Lift: Correcting the Areolar Component

Tuberous breast deformity almost always involves the areola. The constricting tissue at the breast base forces the gland to herniate through the path of least resistance — the areolar complex. This creates the characteristic puffy, protruding areola that many tuberous breast patients find most distressing about their appearance. The areola may also be disproportionately large relative to the breast mound.

The periareolar mastopexy — commonly called a donut lift — addresses this component directly. Dr. Sinaci makes a circular incision around the existing areolar border, removes a ring of excess skin surrounding it, and repositions the areola to an appropriate size and projection. The technique simultaneously reduces areolar diameter, eliminates the puffy herniation, and creates a flat, naturally contoured areolar surface.

The periareolar approach is particularly advantageous for tuberous correction because the resulting scar falls precisely at the junction between areolar skin and breast skin — a natural transition zone where scarring becomes remarkably inconspicuous as it matures. Unlike vertical or anchor-pattern lifts that leave scars on the visible breast skin, the donut lift confines all scarring to the areolar perimeter.

What Day Five Reveals in Tuberous Correction

Susan's five-day photographs capture the earliest visible evidence of the transformation, but interpreting these images requires understanding that tuberous correction involves more dramatic tissue rearrangement than standard augmentation. At day five, the breasts carry significant post-operative oedema, the periareolar incision is still in its initial healing phase, and the skin of the lower pole — which has been stretched from its constricted state — is still adapting to its new expanded configuration.

Despite these early-stage characteristics, the fundamental shape change is already apparent. The narrow, tubular base has been widened by the implant. The lower pole, previously flat or concave, now shows the beginnings of the rounded contour that will continue to develop as the tissues relax and the implant settles. The areola, previously herniated and puffy, now sits flat against the breast mound with a proportionate diameter.

The healing trajectory from day five to the final result is longer and more dynamic in tuberous correction than in standard augmentation. The constricted tissues need time to adapt to their new position, and the lower pole skin continues to stretch gradually over weeks and months. Full settling of the result typically requires four to six months, with subtle refinement continuing beyond that as the periareolar scar matures and the implant pocket stabilises.

The Psychological Dimension of Tuberous Correction

Few procedures in plastic surgery carry the same emotional weight as tuberous breast correction. Patients with this condition have typically spent years — often from early adolescence — feeling that their breasts are fundamentally abnormal. Many have never discussed the condition with anyone, unaware that it has a medical name and a surgical solution. The isolation that accompanies this self-consciousness can be profound.

Susan's decision to undergo correction at twenty-five represents a choice that many tuberous breast patients make once they discover that the condition is recognised, well-understood, and treatable. Dr. Sinaci's consultation process for tuberous patients includes not only surgical planning but detailed explanation of the deformity itself — its embryological origins, its classification, and why it occurred. Understanding that the condition is congenital and not caused by anything the patient did or failed to do is an important part of the therapeutic process.

Why Tuberous Correction Demands Specialised Experience

Tuberous breast correction cannot be treated as a standard augmentation with a lift added on top. The constricting fibrous ring must be scored and released from within the breast to allow the gland to redistribute. The implant pocket must be designed to lower the inframammary fold to its anatomically correct position. The areolar repair must balance size reduction with adequate blood supply to ensure healing. Each of these steps interacts with the others, and the sequencing and execution require a surgeon experienced specifically in this type of reconstructive breast work.

Dr. Sinaci's training in complex breast procedures, refined during his fellowship with the internationally renowned plastic surgeon Raul Gonzalez in Brazil and cadaver dissection courses in Bangkok, provides the technical foundation for these cases. Brazilian breast surgery culture has contributed significantly to the global understanding of tuberous correction techniques, and this influence is reflected in the methodical approach applied to Susan's case.

Tuberous Breast Correction in Istanbul

For patients who have lived with tuberous breast deformity and believed that no surgery could create a normal-appearing breast, Susan's case offers evidence to the contrary. The combination of subfascial implant placement to expand the constricted lower pole, periareolar lift to correct the areolar herniation, and internal scoring to release the fibrous ring addresses every component of the deformity in a single surgical session. The five-day result is a preview of a transformation that will continue to refine over the coming months, ultimately producing the breast shape that the patient's own development did not provide.