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Table 2 Patient characteristics and treatment outcome

From: Percutaneous afferent lymphatic vessel sclerotherapy for postoperative lymphatic leakage after previous ineffective therapeutic transpedal lymphangiography

  

N = 9

Sex

Male

6 (66.7%)

Female

3 (33.3%)

Diagnosis

Malignant melanoma

3 (33.3%)

Esophagus carcinoma

1 (11.1%)

Thoracic aortic aneurysm

1 (11.1%)

Penile carcinoma

1 (11.1%)

Erosive esophagitis induced esophageal stenosis

1 (11.1%)

Cutaneous Merkel cell carcinoma

1 (11.1%)

Chondrosarcoma

1 (11.1%)

Surgery

Inguinal lymphadenectomy

5 (55.6%)

Thoracic-abdominal esophagus resection and lymphadenectomy

2 (22.2%)

Descending aorta replacement

1 (11.1%)

Bone tumour resection

1 (11.1%)

Location of the lymphatic leakage

Chylothorax

3 (33.3%)

Inguinal lymphatic fistula

3 (33.3%)

Lymphatic fistula at the thigh

3 (33.3%)

Other treatment to cure LL except for the conservative therapy before TL

None

5 (55.6%)

Surgical revision

3 (33.3%)

Doxycycline instillation

1 (11.1%)

Clinical outcomes of the ALVS treatment

Clinical success

8 (88.9%)

Clinical failure

1 (11.1%)

Salvage treatment after the clinical failure of the ALVS

Surgical revision

1 (11.1%)

Age (years)

63 ± 10 (49–81)

Daily chyle/lymph output (mL/d)

541 ± 545 (100–1,500)

Interval between surgery and TL (days)

27 ± 18 (13–70)

Volume of iodised oil injected in TL (mL)

11.8 ± 5.0 (5.0–20.0)

Interval between TL and ALVS (days)

12 ± 8 (3–28)

Volume of 95% ethanol injected in ALVS (mL)

2.7 ± 1.3 (1.0–5.0)

Interval between ALVS and the cure of LL (days)

8 ± 6 (1–20)

  1. ALVS Afferent lymphatic vessel sclerotherapy, LL Lymphatic leakage, TL Transpedal lymphangiography