Perichondrial resurfacing arthroplasty in the hand

Seradge, Houshang; Kutz, Joseph E.; Kleinert, Harold E.; Lister, Graham; Wolff, Thomas W.; Atasoy, Erdoğan

doi:10.1016/s0363-5023(84)80072-6

Cited by 119 publications

(36 citation statements)

References 14 publications

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“…Weltweit haben Forscher versucht, Knorpeldefekte mittels primitiver Zellen zu heilen. Dies geschah zum einen durch Anbohren einer Läsion, um Knochenmarkzellen "anzulocken" [10,25], zum anderen durch Bedecken von Defekten mit Periost [1-3, 10, 19, 22] oder Perichondrium [4,6,9,17,26]. Diese Methoden der sog.…”

Section: Vorbemerkungenunclassified

Die Transplantation autogener Knorpelzellen in Gelenkflächendefekte des Kniegelenks

Brittberg

2001

Operative Orthopädie und Traumatologie

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Section: Vorbemerkungenunclassified

Die Transplantation autogener Knorpelzellen in Gelenkflächendefekte des Kniegelenks

Brittberg

2001

Operative Orthopädie und Traumatologie

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“…Such grafts have been successful in rabbit defect models, but have had mixed results treating hand arthritis in humans [210]. Periosteum, was also used by Rubak [196] to fill defects successfully for up to 1 year, and has shown that the repair cells migrate into the defect from the periosteum, not the cartilage.…”

Section: Grafting Of Defectsmentioning

confidence: 99%

Physical Diagnostics of Cartilage Degeneration

Treppo

Berkenblit

Bombard

et al. 1999

Advances in Osteoarthritis

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“…29 Seradge et al performed perichondrial arthroplasty in three children under the age of 10 but did not mention growth. 29 Implant arthroplasty provides improved stability and earlier motion than does simple resection arthroplasty , and it has been widely a~cepted.~' But implant arthroplasty is not recommended in joints with open epiphyses because of potential disruption of growth. Nonvascularized joint transfer has met with limited success because of early cartilage degeneration and the lack of potential for epiphyseal growth.…”

Section: Alternative Treatment Modalitiesmentioning

confidence: 99%

Free vascularized whole joint transfer in children

Ishida

Tsai

1991

Microsurgery

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Reconstruction of the traumatized finger joint with epiphyseal destruction has long been problematic. Since free vascularized whole joint transfer was introduced as a treatment for joint and epiphyseal destruction, this procedure has been selected as an alternative treatment because it may provide a growing epiphysis. We have reviewed our series of 19 joint transfers. Mean age at operation was 6.2 years (range 3 to 12). Average active range of motion was 31 degrees/61 degrees for the group with posttraumatic reconstruction (n = 12) and 21 degrees/43 degrees for the group with reconstruction of a congenital deformity (n = 7), with an overall average of 27 degrees/54 degrees. Average range of motion following transfer of an metatarsophalangeal (MTP) or metacarpophalangeal (MCP) joint to an MCP joint position was 39 degrees/75 degrees (n = 4); proximal interphalangeal (PIP) to PIP transfer was 22 degrees/39 degrees (n = 13); and PIP to MCP transfer was 38 degrees/51 degrees (n = 2). The proximal phalanges in MCP joints transferred to the MCP position grew an average of 7.0 mm, and the middle phalanges of joints transferred to the PIP position grew 4.3 mm. Almost normal growth was observed in all transferred joints except two that showed premature epiphyseal closure. Indications for this procedure and techniques to improve range of motion are described.

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Perichondrial resurfacing arthroplasty in the hand

Cited by 119 publications

References 14 publications

Die Transplantation autogener Knorpelzellen in Gelenkflächendefekte des Kniegelenks

Die Transplantation autogener Knorpelzellen in Gelenkflächendefekte des Kniegelenks

Physical Diagnostics of Cartilage Degeneration

Free vascularized whole joint transfer in children

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