Breast Care A-Z · Concept · AUTOLOGOUS

Autologous reconstruction

also: own-tissue reconstruction, flap reconstruction, autologous breast reconstruction, free flap reconstruction · pronounced ow-TOL-uh-gus

Autologous reconstruction rebuilds the breast using your own tissue — most often skin and fat from the tummy, back, or thigh — rather than an implant. You may be choosing between implant and autologous reconstruction, where the trade-offs involve operation length, recovery, and donor-site impact.

Quick answers

Will the reconstructed breast feel like a natural breast?

Closer than an implant does — autologous tissue is soft and warm and changes with weight in the way natural breast tissue does. Sensation is reduced or absent (similar to any mastectomy), but the texture and behaviour of the tissue is more natural.

Will I look the same as before?

The reconstructed breast can be matched to the unaffected breast in shape and size, sometimes with a refinement operation to fine-tune the result. Where both breasts have been reconstructed (after bilateral mastectomy), good symmetry is often easier to achieve than with one reconstructed and one natural breast.

Can I have autologous reconstruction if I have had a previous abdominal surgery?

Sometimes — depending on what was done. Previous Caesarean sections or appendix surgery usually do not preclude DIEP. Previous tummy tuck or extensive abdominal surgery may have divided the perforator vessels DIEP relies on, and an alternative donor site (PAP, latissimus, or LAP) may be needed. Imaging (CT or MR angiogram) of the donor site beforehand helps the surgical planning.

Autologous Breast Reconstruction -- Breastory Encyclopaedia Plate LXIV Plate covering autologous breast reconstruction: DIEP, TRAM, LD flap techniques, donor sites, patient selection, and outcomes. SURGERY - RECONSTRUCTIVE PROCEDURES PLATE LXIV autologous breast reconstruction DIEP flap - TRAM flap - LD flap - free flap reconstruction restoration of the breast using the patient's own tissue from the abdomen, back, or thigh -- producing a warm, soft, natural result FIG 01 -- Body diagram: donor sites for autologous reconstruction reconstructed breast mound DIEP donor site -- abdominal skin + fat (no muscle) LD donor site -- latissimus dorsi + skin TUG / PAP -- thigh flap (less common) microsurgical anastomosis (to internal mammary vessels) i -- DIEP flap (deep inferior epigastric perforator) ii -- abdominal donor site (horizontal scar, no muscle) iii -- LD donor site (upper back, latissimus dorsi) iv -- microsurgical anastomosis (free flap to internal mammary) v -- reconstructed breast mound (autologous tissue) Free flap vs Pedicled flap Free flap (DIEP): complete vessel division Technique: microsurgical anastomosis Result: better, more complex, longer op Pedicled (LD): vessel kept intact, rotated Result: reliable, simpler, shorter op Note: LD usually needs implant supplement Patient selection DIEP ideal: larger abdomen, prior RT, larger breast LD ideal: smaller breast, failed implant, shorter op TUG / PAP: alternative if no abdominal tissue FIG 02 -- DIEP vs LD flap: clinical comparison Feature DIEP flap LD flap Donor site Abdomen Back Muscle sacrifice None (perforator only) Latissimus dorsi Op time 6-8 hours 3-4 hours Microsurgery Yes (free flap) No (pedicled) Hospital stay 5-7 days 3-5 days Implant needed Rarely Often (volume supplement) Volume available Large Moderate RT tolerance Excellent Excellent Flap failure ~2-3% <1% Best for Large breast, post-RT Implant failure, moderate breast FIG 03 -- Autologous flap types Flap Tissue Key feature DIEP Skin + fat (abdomen) No muscle sacrifice TRAM (pedicled) Muscle + fat + skin Muscle included (abdominal weakness) TRAM (free) Muscle + fat + skin Microsurgery, muscle taken SIEA Skin + fat (superficial) Less reliable vessels LD Muscle + skin (back) Pedicled, reliable TUG Skin + fat (inner thigh) Smaller volume PAP (profunda artery) Fat + skin (posterior thigh) Growing technique Stacked flaps Bilateral donor sites Maximum volume Fat grafting (adjunct) Own fat cells Contour refinement FIG 04 -- Clinical pathway: autologous reconstruction 1 Mastectomy decision + reconstruction interest 2 Pre-op CT angiography (perforator mapping for DIEP) 3 Surgical planning (flap type + timing) 4 Autologous flap surgery + microsurgical anastomosis 5 Recovery (5-7 days inpatient) 6 Nipple reconstruction + tattooing (3-6 months later) FIG 05 -- Related procedures and variants DIEP flap (abdomen) TRAM flap (muscle-based) LD myocutaneous flap TUG / PAP flap (thigh) Stacked bilateral flaps Fat grafting (lipofilling adjunct) FIG 06 -- Key statistics DIEP flap success >95% [1] ~85-90% patient satisfaction (autologous) [2] Abdominal wall morbidity near zero with DIEP [3] 10-yr complication rate lower than implant reconstruction [4] References 1. Gill PS et al. DIEP flap outcomes. Ann Plast Surg 2004 2. Yueh JH et al. Patient satisfaction reconstruction. Plast Reconstr Surg 2010 3. Blondeel PN et al. DIEP muscle function. Plast Reconstr Surg 1997 4. Macadam SA et al. Implant vs autologous long-term. Plast Reconstr Surg 2010 5. NICE NG101. Early breast cancer 2023 Clinically authored by Dr Fiona Tsang-Wright , FRCS (Gen Surg) GMC 4549831 · ORCID 0000-0003-4801-026X
Visual Reference · Autologous reconstruction
Open full size ↗
Definition
Autologous reconstruction is breast reconstruction using the patient's own tissue — most commonly skin and fat from the lower abdomen, but also from the thigh, back, or lower-back area — transferred to the chest to rebuild the breast.

Common questions The questions patients ask first

Will the reconstructed breast feel like a natural breast?
Closer than an implant does — autologous tissue is soft and warm and changes with weight in the way natural breast tissue does. Sensation is reduced or absent (similar to any mastectomy), but the texture and behaviour of the tissue is more natural.
Will I look the same as before?
The reconstructed breast can be matched to the unaffected breast in shape and size, sometimes with a refinement operation to fine-tune the result. Where both breasts have been reconstructed (after bilateral mastectomy), good symmetry is often easier to achieve than with one reconstructed and one natural breast.
Can I have autologous reconstruction if I have had a previous abdominal surgery?
Sometimes — depending on what was done. Previous Caesarean sections or appendix surgery usually do not preclude DIEP. Previous tummy tuck or extensive abdominal surgery may have divided the perforator vessels DIEP relies on, and an alternative donor site (PAP, latissimus, or LAP) may be needed. Imaging (CT or MR angiogram) of the donor site beforehand helps the surgical planning.
Will my insurance cover it?
UK private medical insurers cover autologous reconstruction as part of breast cancer treatment or risk-reducing surgery. Pre-authorisation requires the procedure code and indication. Most insurers approve at the appropriate tier when the operation is part of the cancer pathway.

Autologous reconstruction is breast reconstruction using the patient’s own tissue — most commonly skin and fat from the lower abdomen, but also from the thigh, back, or lower-back area — transferred to the chest to rebuild the breast.

Autologous reconstruction is one of the two main routes for rebuilding the breast after mastectomy, alongside implant reconstruction. The result feels and ages more like a natural breast than an implant does, but the operation is larger and the recovery longer. The most common autologous reconstruction in modern UK practice is the DIEP flap.

Orientation Why you might be reading about this

You may be choosing between implant and autologous reconstruction, or considering whether autologous is feasible for you. The choice involves trade-offs in operation length, recovery, donor-site impact, long-term cosmetic outcome, and other factors. This page explains what autologous reconstruction is in general terms, with links to the specific flap options.

Related terms: Implant reconstruction · DIEP flap · Mastectomy · Immediate reconstruction

The principle The principle of autologous reconstruction

Autologous reconstruction takes a piece of the patient’s own tissue — skin, fat, sometimes muscle — and uses it to rebuild the breast. The tissue is transferred from a donor site elsewhere on the body and shaped into the new breast contour.

The key advantage over an implant is that the reconstructed breast is made of the same kind of tissue as a natural breast (mostly fat) and belongs to the patient rather than being a foreign device. The result feels softer and more natural, ages with the body (gaining or losing volume with weight changes), and does not need replacement over time.

The trade-off is that autologous reconstruction is a larger operation with a longer recovery than implant reconstruction, and it leaves a second surgical site at the donor area.

Flap options The available flap options

Autologous reconstruction uses different parts of the body as donor sites, depending on patient anatomy and what is available:

From the abdomen — DIEP flap

DIEP flap is the modern standard for abdominal-flap reconstruction3. Skin and fat from the lower abdomen are transferred to the chest with their own blood supply, reconnected under an operating microscope. No abdominal muscle is taken, preserving abdominal-wall function. Recovery typically 4–5 nights in hospital plus several weeks at home1.

The older TRAM flap uses similar abdominal tissue but takes part of the rectus muscle along with it — largely replaced by DIEP in modern practice.

From the thigh — PAP flap

PAP flap uses skin and fat from the upper inner thigh. Used when the abdomen is not a suitable donor site. Microsurgical, similar in principle to DIEP. Best suited to smaller-volume reconstructions because thigh tissue is more limited than abdominal tissue.

From the back — latissimus dorsi flap

Latissimus dorsi flap uses muscle, skin, and fat from the upper back, rotated under the skin to the chest while remaining attached to its original blood supply (no microsurgery required). Often combined with an implant for volume. Used after radiotherapy, where skin and tissue cover are needed.

From the lower back — LAP flap

LAP flap uses skin and fat from the lower back / love-handle area. Used when both abdomen and thigh are unsuitable. More technically demanding than DIEP or PAP and performed in fewer specialist centres.

For more on each, see the dedicated procedure pages above and the reconstruction pillar.

Comparison Comparing autologous to implant reconstruction

Autologous reconstruction Implant reconstruction
Operation length 6–10 hours 2–3 hours
Hospital stay 4–5 nights 1–2 nights
Full recovery 3–6 months 6–8 weeks
Cosmetic feel Natural, ages with the body Firmer, does not change with weight or age
Donor site Yes — abdomen, thigh, back, or lower back None
Long-term maintenance Usually none Implants typically need revision/replacement every 10–15 years
Tolerance of radiotherapy Better than implants2 Often compromised by radiotherapy2

For most patients who can have either, the choice is about weighing shorter operation now vs. lifelong device against bigger operation now vs. natural-feeling result that lasts4. Neither is universally “better”; the right choice depends on the patient’s priorities, anatomy, and treatment plan.

Suitability Who is suitable for autologous reconstruction

Autologous reconstruction is feasible when:

  • Donor-site tissue is available — for DIEP, this means enough abdominal tissue. For thinner patients, alternative donor sites or implant reconstruction may be more appropriate.
  • The patient is fit for a longer operation — most healthy adults are, but specific medical conditions can shift the balance toward implant reconstruction.
  • The patient does not smoke (or can stop for several weeks around the surgery) — smoking significantly increases the risk of flap-related complications.
  • The microsurgical capability is available — DIEP, PAP, and LAP all require microsurgical reconnection of blood vessels, performed jointly with a plastic-surgery colleague. This is offered through the practice rather than as a separate referral.

Latissimus dorsi flap is the exception — a pedicled flap that does not require microsurgery, and is performed in a wider range of centres.

Recovery Recovery

Recovery from autologous reconstruction is in two phases:

  • First few weeks — drains in the chest and donor sites, restricted activity, gradual return to mobility.
  • First 3–6 months — full return to normal activity, with the donor site (particularly the abdomen for DIEP) taking the longest. Most patients return to desk-based work at 4–6 weeks; physical activity, including upper-body exercise, returns gradually over 3 months1.
  • Six to twelve months — refinement procedures (revisions, nipple reconstruction, symmetrising the other breast) sometimes done as smaller day-case operations.

The total reconstructive arc — from mastectomy to final cosmetic refinement — typically runs 12–18 months for autologous reconstruction1.

At consultation What to discuss at consultation

If autologous reconstruction is being considered:

  • Which donor site is being recommended and why.
  • How the operation is performed — joint with the plastic-surgery colleague for microsurgical flaps.
  • Realistic recovery timeline — both the chest part and the donor-site part.
  • Donor-site implications — abdominal-wall function for DIEP, sitting/positioning for PAP and LAP, shoulder strength for latissimus dorsi.
  • Whether revisions are likely — most patients have one revision at 6–12 months1.

Resources Further reading

Sources & guidance

Every figure on this page is anchored to a published source. Tap a number in the text or below to jump to the reference.

  1. guidance Association of Breast Surgery / British Association of Plastic, Reconstructive and Aesthetic Surgeons. Oncoplastic Breast Reconstruction: Guidelines for Best Practice. London: ABS / BAPRAS. 2021 https://associationofbreastsurgery.org.uk/professionals/information-hub/guidelines/2021/oncoplastic-breast-reconstruction-guidelines-for-best-practice Cited for: UK best-practice standards for autologous reconstruction; donor-site choice; combined breast/plastic-surgery operating model; recovery timelines and revision schedules.
  2. meta analysis Jagsi R, Momoh AO, Qi J, et al. Impact of radiotherapy on complications and patient-reported outcomes after breast reconstruction. Journal of the National Cancer Institute. 2018 ;110(2):157–165 doi:10.1093/jnci/djx148 Cited for: Autologous reconstruction tolerates radiotherapy better than implants — lower complication and dissatisfaction rates after PMRT.
  3. cohort Mennie JC, Mohanna PN, O'Donoghue JM, Rainsbury R, Cromwell DA. National trends in immediate and delayed post-mastectomy reconstruction procedures in England: a 7-year population-based cohort study. European Journal of Surgical Oncology. 2017 ;43(1):52–61 doi:10.1016/j.ejso.2016.09.019 Cited for: DIEP as the most common autologous reconstruction in current UK practice; growth of microsurgical flap techniques.
  4. meta analysis Macadam SA, Zhong T, Weichman K, et al. Quality of outcomes following autologous abdominal tissue breast reconstruction: a systematic review of patient-reported outcomes. Plastic and Reconstructive Surgery. 2016 ;137(5):758e–771e doi:10.1097/01.prs.0000479932.11170.8f Cited for: Patient-reported outcomes consistently favour autologous over implant reconstruction for long-term satisfaction with the reconstructed breast.