Orientation

Breast surgery begins by separating volume, position and support.

A breast can look small, low, heavy, asymmetric or implant-led for very different anatomical reasons. Those labels are useful only after the mechanism beneath them is clear.

I would not start with an implant size or with the assumption that every descended breast needs a lift. I would first define the breast footprint, skin envelope, nipple position, tissue volume, chest-wall relationship and, where relevant, the condition of an existing implant pocket and capsule.

The distinction matters because the same visual concern can lead to opposite procedures. A breast that lacks volume may benefit from augmentation. A breast with adequate volume but low position may need mastopexy. A breast that is both heavy and low may need reduction rather than more volume. An implanted breast can require pocket, capsule or envelope correction even when the device itself is not the main problem.

Breast surgery is therefore best understood as a set of structural decisions rather than a menu of sizes.

Start with the problem

What is actually changing the breast?

These are not diagnoses by themselves. They are useful starting points for deciding which anatomical variable deserves attention.

01

Volume

Is the breast genuinely underfilled, overfilled or uneven in volume relative to the chest and opposite side?

02

Position

Is the nipple or breast mound lower because the skin envelope and internal support have changed?

03

Proportion

Does width, projection, footprint or chest-wall relationship make the breast look disproportionate even when volume alone is not extreme?

04

Implant status

Is the concern caused by the device, the capsule, the pocket, the breast envelope — or a combination of them?

05

Asymmetry

Do the two breasts differ in volume, fold height, nipple position, footprint or chest-wall support?

06

Reconstruction

Has breast tissue been lost or altered by cancer treatment, trauma or congenital anatomy, making reconstruction rather than aesthetic augmentation the real pathway?

Procedure families

Different operations change different variables.

A procedure should enter the plan only when the variable it changes matches the mechanism creating the concern.

Tissue lossReconstruction

Rebuild shape after loss without confusing reconstruction with augmentation

Reconstruction depends on remaining chest-wall tissue, cancer treatment, radiation, donor anatomy and whether the patient wants reconstruction at all.

Decision logic

Possible and appropriate are not synonyms.

A large implant can technically fill a loose envelope. A lift can technically tighten a small breast. A revision can technically replace an implant that was not causing the problem. The plan becomes coherent only when the method changes the variable that actually needs changing.

01

Define the breast footprint and tissue envelope.

Width, skin quality, fold position, nipple level and chest-wall asymmetry establish the structural baseline.

02

Separate volume from position.

Missing volume and low position can coexist, but one should not be used to disguise the other.

03

Account for long-term load.

Implant size and remaining breast weight continue acting on living tissues after the early result has settled.

04

In revision, diagnose the surrounding structures.

Pocket instability, capsule behaviour and skin-envelope change can matter more than the implant itself.

Common starting points

When the concern is clearer than the procedure name.

Concern pages are a better entry point when the patient knows what looks or feels wrong but does not yet know which operation — if any — fits it.

Explore all concerns ↗
Dr. Mert Demirel

Dr. Mert Demirel

Plastic, Reconstructive & Aesthetic Surgery

Anatomy first. Proportion over excess. Decisions built to remain coherent over time.

Next step

The procedure name is not the diagnosis.

A consultation is where anatomy, priorities, alternatives and limitations are brought into the same decision. The useful endpoint is not the longest procedure list; it is knowing which options remain coherent after the problem has been defined.

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