01-12-2013 | Case Report
Bilateral simultaneous quadriceps tendon rupture in a patient with diabetes and gout: a case report and review of the literature
Published in: European Orthopaedics and Traumatology | Issue 4/2013
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A quadriceps tendon rupture (QTR) is a well-known condition in orthopedic practice, requiring adequate surgical treatment to avoid residual deformity and loss of knee function [23]. Bilateral spontaneous rupture of the quadriceps tendon is rather rare [4]. It is usually associated with concomitant underlying conditions such as advanced age, chronic renal failure, obesity, diabetes mellitus, gout, hyperparathyroidism, pseudogout, steroid usage, and autoimmune diseases such as rheumatoid arthritis and systemic lupus erythematosus [4]. Chronic renal failure is considered to be the most frequently encountered risk factor in simultaneous QTR with a reported rate of more than 40 % [23]. In Table 1, case reports of bilateral quadriceps tendon ruptures that were found in literature are listed.
Author name
|
Reference number
|
Year
|
Age/sex
|
Rupture mechanism
|
Location of tear
|
Associated lesions
|
Chronic disease
|
Method of repair
|
---|---|---|---|---|---|---|---|---|
Levy et al.
|
[17]
|
1971
|
54/M
|
Spontaneous
|
Not specified
|
None
|
Gout; chronic renal failure (CRF)
|
Scuderi technique
|
MacEachern and Plewes
|
[20]
|
1984
|
68/M
|
Fall
|
Not specified
|
None
|
None
|
Trans-osseous sutures through patella
|
84/M
|
Fall
|
Not specified
|
None
|
None
|
Mattress sutures
|
|||
54/M
|
Fall
|
Not specified
|
None
|
Obesity
|
Sutures around patella and through quadriceps tendon
|
|||
80/M
|
Fall
|
Not specified
|
None
|
None
|
Mattress sutures
|
|||
74/M
|
Fall
|
Not specified
|
None
|
Diabetes mellitus
|
Trans-osseous sutures through patella
|
|||
Bhole and Johnson
|
[3]
|
1985
|
71/M
|
Fall
|
Musculotendinous
|
None
|
Diabetes mellitus
|
End-to-end suture and figure-of-8 gauge wire
|
Keogh et al.
|
[15]
|
1988
|
70/M
|
Fall
|
Not specified
|
None
|
Possible gout (hyperuricemia)
|
Mattress sutures
|
71/F
|
Fall
|
Not specified
|
None
|
None
|
Mattress sutures
|
|||
72/M
|
Fall
|
Not specified
|
None
|
None
|
Steel wire loops through patella
|
|||
74/M
|
Spontaneous
|
Osseotendinous
|
Avulsion fractures patella bilateral
|
Diabetes mellitus
|
Trans-osseous sutures through patella (nylon)
|
|||
Zimmermann et al.
|
[33]
|
1993
|
64/M
|
Fall
|
Osseotendinous
|
None
|
None
|
Trans-osseous sutures through patella (PDS)
|
David et al.
|
[6]
|
1994
|
32/M
|
Spontaneous
|
Osseotendinous
|
None
|
Steroid use
|
STATAK soft-tissue attachment device
|
Liow and Tavares
|
[18]
|
1995
|
29/M
|
Fall
|
Osseotendinous
|
Quadriceps tendon calcifications
|
Steroid use
|
Trans-osseous sutures through patella
|
Stein et al.
|
[30]
|
1999
|
58/M
|
Spontaneous
|
Not specified
|
None
|
Wilson's disease
|
Tenosuture
|
Tedd et al.
|
[31]
|
2000
|
58/M
|
Spontaneous
|
Not specified
|
Synovitis of both knees
|
Pseudogout
|
Trans-osseous sutures through patella
|
Alpantaki et al.
|
[1]
|
2004
|
85/M
|
Spontaneous
|
Osseotendinous
|
Meniscal tear bilateral
|
Spinal stenosis; instability of the knee
|
Trans-osseous sutures through patella
|
Figueroa et al.
|
[7]
|
2005
|
28/M
|
Fall
|
Osseotendinous
|
None
|
Osteogenesis imperfecta type I
|
Trans-osseous sutures through patella
|
Johnson and Rose
|
[5]
|
2006
|
46/M
|
Fall
|
Osseotendinous
|
Enthesopathy of the proximal patella pole
|
None
|
Surgery (not specified)
|
Chua and Chang
|
[4]
|
2006
|
45/M
|
Fall
|
Osseotendinous
|
Osteoarthritis
|
Alkaptonuria
|
Trans-osseous sutures through patella
|
Kim et al.
|
[16]
|
2006
|
38/F
|
Spontaneous
|
Osseotendinous
|
Avulsion fracture patella unilateral
|
CRF with hemodialysis; secondary hyperparathyroidism
|
Trans-osseous sutures through patella
|
Katz et al.
|
[12]
|
2006
|
46/M
|
Fall during sports
|
Osseotendinous
|
None
|
None
|
Trans-osseous sutures through patella
|
Neubauer et al.
|
[23]
|
2007
|
55/M
|
Spontaneous
|
Osseotendinous
|
None
|
Diabetes mellitus; obesity
|
Trans-osseous sutures through patella
|
52/M
|
Fall
|
Osseotendinous
|
None
|
Obesity; arterial hypertension
|
Trans-osseous sutures through patella
|
|||
30/M
|
Fall
|
Osseotendinous
|
None
|
Obesity
|
Trans-osseous sutures through patella
|
|||
Kazimoğlu et al.
|
[14]
|
2007
|
37/F
|
Fall
|
Osseotendinous
|
Femoral neck fracture
|
CRF undergoing hemodialysis
|
Tycron transpatellar suture anchors
|
Haasper et al.
|
[9]
|
2007
|
60/M
|
Spontaneous
|
Not specified
|
None
|
None
|
Surgery (not specified)
|
Vigneswaran et al.
|
[32]
|
2007
|
30/M
|
Spontaneous
|
Osseotendinous
|
Meniscal tear and chondral defects
|
CRF
|
Mitek suture anchors
|
Arumilli et al.
|
[2]
|
2008
|
54/M
|
Fall
|
Osseotendinous
|
Enthesopathy of both quadriceps tendons
|
Chronic enthesopathy
|
Tendon-to-bone repair
|
Kayali et al.
|
[13]
|
2008
|
40/M
|
Fall
|
Osseotendinous
|
Avulsion fractures patella bilateral
|
CRF undergoing hemodialysis
|
Transpatellar sutures with reverse quadriceps tendon flap
|
Salcedo-Dueñas et al.
|
[25]
|
2009
|
24/M
|
Fall
|
Osseotendinous
|
None
|
Type I congenital osteogenesis imperfecta
|
Surgery (not specified)
|
Matokovic et al.
|
[21]
|
2010
|
27/M
|
Fall
|
Osseotendinous
|
None
|
CRF undergoing hemodialysis and transplantation
|
End-to-end technique and cerclage at site of rupture
|
Longo et al.
|
[19]
|
2010
|
46/M
|
Fall
|
Osseotendinous
|
None
|
BstUI polymorphism of the COL5A1 gene
|
Not specified
|
Gaheer and Hawkins
|
[8]
|
2010
|
65/M
|
Spontaneous
|
Not specified
|
None
|
None
|
Surgery (not specified)
|
Senevirathna et al.
|
[26]
|
2011
|
57/M
|
Spontaneous
|
Osseotendinous
|
Avulsion fracture patella
|
Psoriasis; topical steroids
|
Trans-osseous sutures through patella
|
Rubin et al.
|
[24]
|
2011
|
58/M
|
Spontaneous
|
Osseotendinous
|
None
|
Statins
|
Trans-osseous sutures through patella
|
Shah and Jooma
|
[29]
|
2011
|
39/M
|
Fall
|
Osseotendinous
|
None
|
None
|
Trans-osseous sutures through patella
|
Celik et al.
|
[5]
|
2012
|
56/M
|
Spontaneous
|
Osseotendinous
|
None
|
Statins
|
Trans-osseous sutures through patella
|