Articles Vol. 65 No. CĐ 1 - Liên chi hội Phẫu thuật bàn tay 12/03/2024

35. A CASE REPORT: METATARSAL TRANSFER FOR GIANT CELL TUMOR OF METACARPAL

Nguyen Van Hien1,2, Le Chi Dung1,2
1 Hospital for Traumatology and Orthopaedics, Ho Chi Minh city
2 Bệnh viện Chấn thương Chỉnh hình, Tp.HCM
Corresponding author: bshienctch@yahoo.com.vn
DOI: 10.52163/yhc.v65iCD1.996
18 Views
2 Downloads
Abstract

Objectives: To describe medical history, surgical method of metatarsal transfer for metacarpal giant cell tumor (GCT) and to report treatment result of it after 13-year follow-up.

Methods: A single case study design, the patient with GCT involving 5th metacarpal bone of right hand, who was GCT resected and reconstructed with free osteoarticular metatarsal allograft then followed up for 13 years at Orthopedic Oncology and Musculoskeletal Disease Department, Ho Chi Minh City Hospital of Trauma and Orthopedics from December 2010 to December 2023.

Results: The study’s participant is a 36-year-old male patient with a tumor size 1x1.5x2 cm, relatively hard density, quite clear limit, motionless, mild pain when press. The range of motion of metacarpophalangeal joint in 5th finger of the right hand is 10-90 degrees. Movement of other joints is within normal limit. Grip strength of the right hand with GCT is 10 kgf. Treatment method is resection of metacarpal GCT and reconstruction by non-vascularised 4th metatarsal. In the foot region, metatarsal is reconstructed by illiac crest bone. Capsule and ligaments of the transferred metatarsal were sutured to the corresponding capsule and ligaments at the recipient site. Forearm splint and iselin splint for the 5th finger of right hand, cast splint on the left foot. Physical therapy after surgery. Seven days after surgery, remove splint and practise moving fingers, wrist, ankle then put on the splints after exercise. Removed cast splint after 6 weeks and forearm splint after 4 months. 1 year after surgery, removed kirschner and the patient resumed work. At 13 year follow up, recurrence has not been detected, transferred metatarsal harvested well. The range of motion of metacarpophalangeal joint in 5th finger of the right hand is 10-70 degrees. Function of the hand is good. Grip strength of the hand is 30 kgf.

Conclusion: Our treatment and surgical method of metacarpol GCT presented good result. Range of motion, function and strength grip of the patient’s hand was nearly normal.

References
[1]
Averill RM, Smith RJ, Campbell CJ, Giant cell Google Scholar
[2]
tumors of the bones of the hand. J Hand Surg. Google Scholar
[3]
; 5: 39-50. Google Scholar
[4]
Carlow Khuri SM SB, Metacarpal resection with Google Scholar
[5]
a contoured iliac bone graft and silicone rubber Google Scholar
[6]
implant for metacarpal giant cell tumor: a case Google Scholar
[7]
report. J Hand Surg. 10A(2): 275- 278, 1985. Google Scholar
[8]
Richards RR, Nunley JA, Metacarpal Google Scholar
[9]
reconstruction with free autogenous cartilage Google Scholar
[10]
and bone following tumors resection: a case Google Scholar
[11]
report. Clin Orthop. 1984; 190: 223- 226. Google Scholar
[12]
Athanasian EA, Bishop AT, Amadio PC, Google Scholar
[13]
Autogenous fibular graft and silicone implant Google Scholar
[14]
arthroplasty following resection of giant cell Google Scholar
[15]
tumor of the metacarpal: a report of two cases. J Google Scholar
[16]
Hand Surg. 1997; 22A: 504-507. Google Scholar
[17]
Patradul A, Kitidumrongsook P, Parkpian V et Google Scholar
[18]
al., Allograft replacement in giant cell tumor of Google Scholar
[19]
the hand. J Hand Surg. 2001; 6:59-65. Google Scholar
[20]
Chatterjee A, Dholakia DB, Vaidya SV, Silastic Google Scholar
[21]
replacement of metacarpal after resection of Google Scholar
[22]
giant cell tumor: a case report. J Hand Surg. Google Scholar
[23]
; 29B: 402- 405. Google Scholar
[24]
Rose EH, Reconstruction of central metacarpal Google Scholar
[25]
ray defects of the hand with a free vascularised Google Scholar
[26]
double and metatarsophalangeal joint transfer. J Google Scholar
[27]
Hand Surg. 1994; 9A:28- 31. Google Scholar
[28]
Akin S, Ozgenel Y, Ozcan M, Osteocutaneous Google Scholar
[29]
posterior interosseous flap for reconstruction Google Scholar
[30]
of the metacarpal bone and soft- tissue defects Google Scholar
[31]
in the hand. Plastic and reconstructive Surgery. Google Scholar
[32]
; 109:982-987. Google Scholar
[33]
Lalit M, Gursimrat SC, P Yuvarajan et al., Free287 Google Scholar
[34]
osteoarticular metatarsal transfer for giant cell Google Scholar
[35]
tumor of metacarpol - a surgical technique. J Google Scholar
[36]
Hand Microsurg. 2011; 3(2):89-92. doi: 10.1007/ Google Scholar
[37]
s12593-011-0048-5.. Google Scholar
[38]
Thipachart P, Boonrat L, Chedtha P et al., Google Scholar
[39]
A patient-matched entire first metacarpal Google Scholar
[40]
prosthesis in treatment of giant cell tumor of Google Scholar
[41]
bone. Case Rep Orthop. 2017; 4101346. doi: Google Scholar
[42]
1155/2017/4101346. Google Scholar
[43]
Lin X, Hao Q, Zhilin C et al., 3D-printed Google Scholar
[44]
personalised prostheses for bone defect Google Scholar
[45]
repair and reconstruction following resection Google Scholar
[46]
of metacarpal giant cell tumors. Ann Transl Google Scholar
[47]
Med. 2021 Sep;9(18):1421.doi: 10.21037/ Google Scholar
[48]
atm-21-3400. Google Scholar