|Year : 2010 | Volume
| Issue : 1 | Page : 88-91
Chest wall reconstruction using a combined musculocutaneous anterolateral-anteromedial thigh flap
Pearlie WW Tan1, Chin-Ho Wong1, Heng-Nung Koong2, Bien-Keem Tan1
1 Department of Plastic, Reconstructive and Aesthetic Surgery, Singapore General Hospital, Singapore
2 Department of Surgical Oncology, National Cancer Center, Singapore
|Date of Web Publication||3-Jun-2010|
FRCS. Singapore General Hospital, Outram Road, Singapore - 169 608
Source of Support: None, Conflict of Interest: None
We present a massive 25 cm x 20 cm chest wall defect resulting from resection of recurrent cystosarcoma phyllodes of the breast along with six ribs exposing pleura. The chest wall was reconstructed with a Prolene mesh-methylmethacrylate cement sandwich while soft tissue reconstruction was carried out using a combined free anterolateral-anteromedial thigh musculocutaneous flap with two separate pedicles, anastomosed to the thoracodorsal and thoracoacromial vessels respectively. We explain our rationale for and the advantages of combining the musculocutaneous anterolateral thigh flap with the anteromedial-rectus femoris thigh flap.
Keywords: Anterolateral thigh flap; anteromedial thigh flap; chest wall defects; combined free flap
|How to cite this article:|
Tan PW, Wong CH, Koong HN, Tan BK. Chest wall reconstruction using a combined musculocutaneous anterolateral-anteromedial thigh flap. Indian J Plast Surg 2010;43:88-91
|How to cite this URL:|
Tan PW, Wong CH, Koong HN, Tan BK. Chest wall reconstruction using a combined musculocutaneous anterolateral-anteromedial thigh flap. Indian J Plast Surg [serial online] 2010 [cited 2019 Jul 16];43:88-91. Available from: http://www.ijps.org/text.asp?2010/43/1/88/63966
| » Introduction|| |
For a large chest wall defect measuring 25cm Χ 20cm resulting from the excision of a recurrent cystosarcoma phyllodes involving ribs 4 to 9, skeletal stabilization was provided by a prolene mesh - methylmethacrylate sandwich and the soft tissue repair was done by a combined anterolateral and anteromedial thigh flap on two separate vascular pedicles. Along with the case description we present the vascular anatomy of this dual flap.
| » Case Report|| |
A 52-year-old woman presented with recurrent cystosarcoma phyllodes of the left breast 12 years after primary resection [Figure 1].
Intra-operatively, a large tumour measuring 12 cm transversely was found adherent to the chest wall, invading the skin, ribs and pleura. The thoracic surgeon resected the entire left anterolateral chest wall from the midsternum to the midaxillary line, comprising skin, intercostal muscles and ribs 4-9 with underlying pleura, leaving a 25cm Χ 20cm defect. Both internal mammary arteries were ligated during resection.
Skeletal reconstruction was performed with a Prolene mesh-methymethacrylate cement sandwich [Figure 2]a, followed by immediate soft-tissue reconstruction. We harvested a combined musculocutaneous anterolateral thigh (ALT) with anteromedial thigh (AMT) flap, including the vastus lateralis and rectus femoris muscles, giving us two separate pedicles.
The flap was revascularised using two sets of recipient vessels, namely the thoracodorsal and the thoracoacromial arteries. Extra venous drainage was facilitated by a long saphenous Vein graft for the ALT [Figure 2]b. The donor site was skin grafted.
Postoperatively [Figure 3], the patient underwent radiotherapy. She was able to ambulate with a walking aid and lived for another 1 year before she succumbed to distant metastases [Figure 4].
| » Discussion|| |
The options for large chest wall defects range from local, pedicled (latissimus dorsi, pectoralis major, external oblique or rectus abdominis) muscle or free tissue transfer (single or multiple) according to Chang et al. In our case, the ipsilateral latissimus dorsi could not be used as it was transected previously. The TRAM flap was precluded as both internal mammary vessels were ligated, and chasing what was left as a recipient vessel for a free TRAM would be challenging. Abdominal closure of a large TRAM would also lead to tension on the defect. Other free flap options were a large thigh flap or a contralateral latissimus dorsi flap. The latter was not chosen as it would require repositioning the patient during surgery.
Anterior thigh flaps provide bulk for contour deficiencies and excellent coverage of implants.  The ALT flap has been popularized for its versatility and its vascular anatomy is well described. ,,, Most surgeons would limit its dimensions to 24cm Χ 12cm. To increase its dimension, we combined it with an AMT flap, resulting in a 25cm Χ 20cm skin paddle. In the majority of cases, the AMT flap is supplied by perforators arising from the descending branch of the lateral circumflex femoral artery. Rarely, the perforators arise from the lateral circumflex femoral artery itself,  the superficial femoral artery , or directly from minor muscle branches to the rectus femoris.  Our combined flap was supplied by the descending branch [Figure 2], but we separated it into two pedicles to improve circulationand safeguard against thrombosis. We included the vastus lateralis and rectus femoris to maximise muscle coverage, to improve local vascularity and offset the hard palpability of the underlying cement prosthesis. In addition, the tendinous portions of these muscles were anchored to the mesh-methylmethacrylate sandwich to prevent the flap from being dragged down by gravity. Lastly, we chose not to raise it as a perforator flap as experience has shown that very large ALT flaps based on even two to three perforators can still show marginal necrosis and, more importantly, laying bare perforators against a cement base would risk vessel spasm.
This patient had successful coverage of a large cement prosthesis with preservation of thoracic function. The main drawback was knee weakness from sacrifice of the vastus lateralis and rectus femoris muscles.
| » Acknowledgment|| |
We thank Dr. Chew Khong Yik for helping us with the dissection of the cadaveric specimen.
| » References|| |
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[Figure 1], [Figure 2], [Figure 3], [Figure 4]
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