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Multiple Cantilever K-wiring Technique for Severely Comminuted Articular
Fragments in Neglected Distal Humerus Fracture with Anterior Elbow
Dislocation: A Case Report
Article in Journal of Orthopaedic Case Reports · January 2022
DOI: 10.13107/jocr.2022.v12.i01.2600
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On examination, the right elbow joint had flexion deformity
and wasting of muscles of arm and forearm was evident. On
palpation, the olecranon process was found to be displaced
anteriorly from the olecranon fossa of the right humerus,
crepituscouldbefeltandanon-healingwoundwaspresentover
theolecranon(3*2cm).Therewerenosignsofactiveinfection,
and therefore, blood culture was not done. The flexion
deformity was 30° with further flexion up to 60°. Pronation was
restricted at 10° and supination was possible till 40°. On further
examination, valgus laxity could be appreciated with no
associatedneurovasculardeficit.Onradiographicexamination,
the right elbow was found to be anteriorly dislocated with
medial epicondyle fracture and comminuted lateral condyle
fracture (Fig. 1). A computed tomography (CT) with 3D
reconstruction(Fig.2)confirmedananteriordislocationofthe
right elbow joint with the associated distal humerus, lateral
sagittal, partial articular, trans-trochlear multi-fragmentary,
epiphyseal-metaphyseal lateral condyle fracture, and medial
epicondylefracture(AO/OTAClassification–13-B1.3).
Weplannedanopenreductioninternalfixationwithplatingasit
was an already delayed presentation and was an unreduced
fracture dislocation of elbow. Surgery was performed under
general anesthesia with intubation. The patient was positioned
laterally with the elbow flexed on a sidearm fixed to the table. A
pneumatic tourniquet was applied and we performed an open
reduction and internal fixation of the elbow by taking a midline
posterior approach. The dissection was done in layers and the
ulnar nerve was identified and preserved avoiding any kind of
traction or pressure injuries. We took a paratricipital approach,
and after further dissection and extensive release of fibrous and
osteoidtissues,weweresuccessfulinrelocatingtheelbowjoint.
Specialcarewastakentoprotectthemedialandlateralcollateral
ligaments which were found to be intact. Any overlapping
cartilage was further trimmed to attain bleeding metaphyseal
bone. During the exposure, the articular cartilage was carefully
handled to preserve it and avoid the nibbling of soft tissues
around it. The small articular fragments were preserved and
disimpacted with the help of a fine elevator and interposed
tissues were removed. After the reduction of all major
fragments, multiple Kirschner wires (K-wires) were used for
provisional fixation (Fig. 3). The coronal articular fragments
were found to be severely comminuted with a lack of bone
stock. The articular fragments were too small and thin for
Herbert screws and had minimal subarticular bone for any 2.5
mm screws through the plate. Subarticular K-wires were
inserted just below the articular cartilage in parallel cantilever
pattern (Fig. 4) and along the para-articular curvature of the
articularsurfaceofcapitellumandthentheendswerecoalesced
and buried under a lateral pillar plate to provide a stable and
rigid interface with the lateral column. Final tightening of the
screws was done after engaging all the K-wires behind the plate.
K-wires were used for fixation as the articular fragments were
A 30-year-old male presented to us in the outpatient
department with the complaints of pain and deformity of the
right elbow with a non-healing wound for 5 weeks. The patient
had a history of a road traffic accident while driving a two-
wheeler, following which he had pain, swelling, and deformity
of the right elbow with a wound over the olecranon. He had
sought treatment from a local hospital and was tested positive
for COVID-19 and was managed conservatively with posterior
above elbow slab. After getting treatment for COVID-19, the
patient visited our hospital for the persistent deformity and
stiffnessoftherightelbow.
Case Report
23
Journal of Orthopaedic Case Reports Volume 12 Issue 1 January 2022 Page 22-25
| | | |
DharSetal
Figure1:(a)Pre-operativeclinicalpictureoftherightelbow.(b)Pre-operativeX-
raysoftherightelbow(anteroposteriorandlateralview). Figure2:Pre-operative3Dcomputedtomographyscanoftherightelbow.
Figure3:Intraoperativepictures–(aandb)lateralcondylefixation;(candd)medialepicondylefixation.
Figure4:Aschematic diagramillustratingtheplacementof
multiple cantilever K-wires in (a) lateral and (b)
anteroposteriorviewofthedistalhumerus.
5. Conclusion
Theassociatedcomminutedfractureofthelateralcondylewasa
big challenge in our case which was further complicated by
delayed intervention and the presence of minimal subarticular
bone.K-wiresareofgreathelpwhenitisdifficulttouseheadless
screws for extremely comminuted fragments of bone [10, 11].
The inability to fix the articular comminuted fragments with
standard fixation methods due to lack of good bone stock made
usapplytheunconventionalstepofusingmultiplecantileverK-
wires and peculiarly coalescing them to provide good stability
totheconstruct.Theoverallreductionachievedwiththehelpof
this method was equivalent to other standard methods and
providesagoodalternativeinsimilarconditions.
too thin to get hold with screws. With lack of bone stock and
thin subarticular bone, cancellous screws could not be used for
thesame.
Discussion
Acute anterior elbow dislocations of the elbow joint, though
comparativelyrare,havebeendescribedintheliterature[6,7,8,
9]. An associated fracture of olecranon and condyles has been
reported [6, 7, 8]. The clinical features of the case described
here are similar to previously described cases with flexion
deformity,pain,swelling,andrestrictedrangeofmotion[1,2,3,
4, 5, 6]. The delay in seeking treatment due to associated
COVID-19infectionposedachallengeforboththepatientand
the surgeons. We had to face various challenges while
determining the surgical approach, mode of fixation, implants
to be used, soft-tissue release, and post-operative
immobilization and care in our case. We planned an open
reduction of the elbow by utilizing a paratricipital approach as
there was an associated fracture of the lateral condyle and
medial epicondyle. The triceps sparing approach helped to
maintaintheextensionpowerandpreserveelbowstrength.
The medial epicondyle was cartilaginous and quite small,
makingitunsuitableforscrewfixationwithoutasubstantialrisk
of comminution. The ulnar collateral ligament was visualized
and no frank tear was found. The fracture was stabilized with
help of K-wire and was then fixed with the help of suture
anchors and FiberWire sutures but satisfactory fixation was not
achieved.Themedialepicondylewasthenfixedwiththehelpof
K-wires and tension band wiring. At the end of the procedure,
we confirmed the stability of the elbow by testing the range of
motion in all planes and found it satisfactory. The wound was
then closed in layers after anterior transposition of the ulnar
nerveandputtingasuctiondrain.Thenecroticskintissueswere
excised along with the non-healing wound and skin edges were
freshened which left a fresh wound of (4*3 cm) without skin
coverage. The rest of the wound was sutured with staples. A
posterior above-elbow slab was applied after proper antiseptic
dressing of the wound. The drain was in situ for 24 h and later
removed. The patient was started on Indomethacin 25 mg 8
hourly for 2 weeks post-surgery. After proper wound care and
inspection,thepatientwasdischargedonthe6thpost-operative
day and was advised for wound management follow-up weekly.
Active-assisted mobilization of the elbow joint wasstarted after
3 weeks of surgery. The patient was advised to attend the
rehabilitationdepartmentforphysiotherapyfor6weeksandhis
progress was monitored throughout. At 8 months post-
operative period, the patient had a painless range of motion of
the flexion-extension with flexion of 110° and extension lag of
20°. The radiographic review at 8 months also showed good
bony union (Fig. 5). The range of supination was 80° and
pronation was at 5° (Fig. 6). The post-operative wound was
completelyhealedwithnocomplications.
To synopsize, anterior dislocation of the elbow joint when
associated with fractures and delayed presentation can be a
challenging problem. A good outcome can be expected by
With COVID-19 being declared a global pandemic and halt of
surgeries in infected patients, orthopedic surgeons were forced
to delay surgeries to reduce the spread and prevent shortages of
essential equipment. Only, urgent surgeries, such as life- or
limb-threatening related cases, were being operated on by most
surgeons. This has led to an increase in the number of
conservatively managed conditions that required early
operative intervention. Most of the earlier studies have
recommendedtreatmentofelbowdislocationin<3weekspost-
injury [3]. There are more chances of the development of soft-
tissue contracture and osteoporosis after 3 weeks which makes
the management more difficult and may lead to articular
damagetoo[3,4,5].
24
www.jocr.co.in
Journal of Orthopaedic Case Reports Volume 12 Issue 1 January 2022 Page 22-25
| | | |
DharSetal
Figure 5: (a) Immediate post-operative X-rays (anteroposterior and lateral views); (b) post-
operative8monthsX-rays(anteroposteriorandlateralviews).
Figure6:Clinicalpicturesatthepost-operativeperiodof8months.
6. www.jocr.co.in
DharSetal
References
11.CarrollMJ,AthwalGS,KingGJ,FaberKJ.Capitellarandtrochlear
fractures.HandClin2015;31:S0749071215000803.
2. Kazakos CJ, Galanis VG, Verettas DA, Dimitrakopoulou A,
Polychronidis A, Simopoulos C. Unusual patterns of monteggia
fracture-dislocation.JOrthopSurgRes2006;1:12.
4. Freeman BL 3rd. Old unreduced dislocations. In: Crenshaw AH,
editor. Campbell’s Operative Orthopedics. 9th ed., Vol. 1. St
Louis:Mosby;1998.p.2673-4.
6. Guitton TG, Albers RG, Ring D. Anterior olecranon fracture-
dislocations of the elbow in children. A report of four cases. J
BoneJointSurgAm2009;91:1487-90.
8. Gyawali GP, Pokharel B, Pokharel RK. Irreducible anterior
dislocationoftheelbowwithoutassociatedfracture.JNepalMed
Assoc2013;52:398-401.
10.DubberleyJH.Outcomeafteropenreductionandinternalfixation
of Capitellar and trochlear fractures. J Bone Joint Surg Am
2006;88:46-54.
1. Robinson PM, Griffiths E, Watts AC. Simple elbow dislocation.
ShoulderElbow2017;9:195-204.
3. Arafiles RP. Neglected posterior dislocation of the elbow. A
reconstruction operation. J Bone Joint Surg Br 1987;69:199-
202.
5.RockwoodCA,editor.RockwoodandGreen’sfractureinadults.In:
TreatmentofoldUnreducedPosteriorDislocationofElbow.4th
ed.,Vol.1.Philadelphia,PA:Lippincot-Raven;1996.p.975-6.
7. Venkatram N, Wurm V, Houshian S. Anterior dislocation of the
ulnar-humeral joint in a so-called ‘pulled elbow’. Emerg Med J
2006;23:e37.
9. Kumar R, Sekhawat V, Sankhala SS, Bijarnia I. Anterior dislocation
of elbow joint-case report of a rare injury. J Orthop Case Rep
2014;4:16-8.
making use of multiple cantilever K-wires for the fixation of
comminutedarticularfragments.
Clinical Message
This case introduces a novel technique of multiple cantilever
K-wires for fixation of severely comminuted fracture in distal
humerus, especially when other standard methods of fixation
arenon-viable.
Declarationofpatientconsent:Theauthorscertifythattheyhaveobtainedallappropriatepatientconsentforms.Intheform,thepatient'sparentshavegiventheirconsentforpatientimagesandotherclinical
informationtobereportedinthejournal.Thepatient'sparentsunderstandthathisnamesandinitialswillnotbepublishedanddueeffortswillbemadetoconcealtheiridentity,butanonymitycannotbeguaranteed.
Conflictofinterest:Nil Sourceofsupport:None
25
Journal of Orthopaedic Case Reports Volume 12 Issue 1 January 2022 Page 22-25
| | | |
Source of Support: Nil
______________________________________________
Consent: The authors confirm that informed consent was obtained
from the patient for publication of this case report
Conflict of Interest: Nil How to Cite this Article
Dhar S, Kale SY, Singh S, Gunjotikar AR, Koli V, Sharma S. Multiple
Cantilever K-wiring Technique for Severely Comminuted Articular
Fragments in Neglected Distal Humerus Fracture with Anterior Elbow
Dislocation: A Case Report. Journal of Orthopaedic Case Reports 2022
January;12(1):22-25.
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Journal of Research and Practice on the Musculoskeletal System Primary Multi
Drug Resistant Tuberculosis (MDR TB) Osteomyelitis in Sternum associated
with Xeroderma Pigmentosa: A C...
Article · February 2022
DOI: 10.22540/JRPMS-06-014
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JOURNAL OF RESEARCH AND PRACTICE
ON THE MUSCULOSKELETAL SYSTEM
Journal of Research and Practice
on the Musculoskeletal System
Case Report
Primary Multi Drug Resistant Tuberculosis (MDR TB)
Osteomyelitis in Sternum associated with Xeroderma
Pigmentosa: A Case Report
Arvind Vatkar1
, Sachin Y. Kale1
, Shivam Mehra1
, Pramod Bhor2
, Aditya Gunjotikar1
, Nikhil R. Isaacs1
1
Department of Orthopaedics, Padmashree Dr. D. Y. Patil School of Medicine, Nerul, Navi Mumbai;
2
Terna Medical College, Nerul, Navi Mumbai
Introduction
A rare autosomal recessive genetic disease, Xeroderma
Pigmentosum (XP) starts in the childhood. Clinically, it
develops as cutaneous photosensitivity and pigmentary
changes in UV exposed areas of the body1
. DNA damage that
is unrepaired and unresolved by the mutated XP genes leads
to an increased risk of development of cancer2
. Continued
exposure to UV radiation may lead to development of skin
cancer1
. In 30% of XP patients, there is also development
of neurological disorders with more chances for CNS
neoplasms3,4
. Patients with XP have reduced interferon IFN-γ
production, lower natural killer (NK) cell activation, and less
circulating T cell numbers. These NK cells and T cells are
important in preventing infection and neoplasm5-8
. The ratio
of CD3+ to CD4+ circulating lymphocyte is reduced in XP8
.
Studies have shown the role of an inhibitory serum factor
to Phytohemagglutinin (PHA) stimulation in XP patients
which might cause a serious hampering of the delayed
hypersensitivity response6
.
Activated macrophages are the main effector cells
involved in the elimination of M. tuberculosis. This activation
of macrophages is clearly led by lymphocyte products,
mainly IFN-γ, and proinflammatory cytokines like TNF-α10
.
Delayed hypersensitivity is a major mechanism of defense
against many intracellular pathogenic organisms. These
include mycobacteria, fungi, and certain parasites11
.
Immunodeficiency in XP patients is not only associated
with increased chances of neoplasms, but also increased
susceptibility to infections like tuberculosis.
Case Presentation
A ten-year-old child suffering from XP (Figure 1), started
having pain in sternum. Patient had constitutional symptoms
of weight loss and loss of appetite. Patient got excoriation
on skin near sternal notch. This developed into a non-healing
ulcer.Laterhestartedhavingswellinginrightpectoralregion
Abstract
Xeroderma Pigmentosa (XP) is an autosomal recessive genetic disorder which causes defective gene repair. This
makes XP patients cancer-prone and immunodeficient. A 10-year-old male child with XP was infected with MDR
Tubercular Osteomyelitis of sternum. He had constitutional symptoms of TB like weight loss and loss of appetite.
He had also developed an abscess in his right pectoral muscles. MRI was done to find out exact location and spread
of infection. The abscess was aspirated by Z technique and sent for a Gene Xpert test. Patient was started on
second line of anti-tubercular therapy. MDR TB is a growing challenge to treat with anti-tubercular therapy. The
link of genetic disorders like XP and infections like TB (which increase in immuno-deficient subjects) needs to be
studied further.
Keywords: Immunodeficiency, Multidrug resistant Tuberculosis, Pectoral muscle cold abscess, Xeroderma Pigmentosa
The authors have no conflict of interest.
Corresponding author: Shivam Mehra, Department of
Orthopaedics, Padmashree Dr. D. Y. Patil School of
Medicine, Nerul, Navi Mumbai
E-mail: drshivammehra@gmail.com
Edited by: Konstantinos Stathopoulos
Accepted 6 December 2021
Published
under
Creative
Common
License
CC
BY-NC-SA
4.0
(Attribution-Non
Commercial-ShareAlike)
10.22540/JRPMS-06-014 14
JRPMS | March 2022 | Vol. 6, No. 1 | 14-19
14. 15
MDR TB Osteomyelitis with Xeroderma Pigmentosa: A Case Report
JRPMS
which gradually increased in size in 5 months’ time. (Figure
2). He was investigated with blood tests, chest X-ray (Figure
3), CT scan (Figure 4) and Ultrasound scan (Figure 5).
The swelling in pectoral region was fluctuant and no local
warmth or gross tenderness on swelling was appreciated.
The nodes were non tender, painless, matted and adherent
to the underlying structures. No other lymphadenopathy was
found on examination.
The patient was found to be anemic with hemoglobin of
8.9 gm/dl and total leucocyte count was 7900/mm3
. His
ESR (Erythrocyte sedimentation rate) had raised to 110
mm/hr. HIV ELISA test was negative (Table 1). Ultrasound
showed a large abscess of 57 cc which extended from the
sinus in suprasternal region to right anterior chest wall. A
plain and post contrast CT scan showed 8 cm x 6.2 cm x 2
cm in sternal region. The abscess extended into the right
pectoralis muscle. There was destruction of manubrium with
sclerosis. Serum Albumin was deficient with level of 2.5
gm%. Rest all liver function tests and renal function tests
were normal.
The patient was aspirated by a 16-gauge needle by
Z-track technique (to prevent sinus tract formation). 6
ml of thick pus was aspirated. The pus was sent for MGIT
(Mycobacteria growth indicator tube) test and Gene Xpert
test along with culture and sensitivity. All methods detected
Multi drug resistant TB with low grade rifampicin resistance.
No surgery was performed on the patient. Patient was
started on second line of anti-tubercular therapy based on
protocols set by RNTCP in India (Table 2). The drug regimen
for the patient was as follows:
Intensive Phase: Km Eto Cs Z Lfx E (6 months)
Figure 1. Skin manifestations of Xeroderma Pigmentosa (XP).
Figure 2. Non-healing ulcer on sternal end and large pectoral cold
abscess swelling.
15. JRPMS
16
A. Vatkar et al.
Continuous Phase: Lfx Eto Cs E (18 months)
The patient healed in 11 months with no side effects of the
medications.
Discussion
Our case is the first case of Primary extrapulmonary
multi-drug resistant tuberculosis in a patient suffering from
XP. Xeroderma pigmentosum (XP) has some typical clinical
features. Those include sensitivity to the sun (extreme
sunburn with blistering, constant erythema on mild sun
exposure) with marked freckle-like pigmentation of the
face before two years of age in most affected individuals.
These patients suffer from sunlight-induced ocular problems
including photophobia, keratitis, and atrophy of the skin of
Figure 3. X-Ray AP and Lateral view of Chest.
Figure 4. CT scan images showing a collection in sternal region extending up to right pectoral region.
16. 17
MDR TB Osteomyelitis with Xeroderma Pigmentosa: A Case Report
JRPMS
the lids (Figure 1). Due to defective DNA repair mechanisms,
there is enhanced risk of sunlight-caused cutaneous
neoplasms (squamous cell carcinoma, basal cell carcinoma,
and melanoma) in XP patients. Eight different gene
mutations are involved in XP. The clinical symptoms usually
vary depending on the specific gene involved3,4
. Defect in
Nucleotide Excision Repair (NER) is a result of mutation of
seven genes (XPA-XPG). The eighth gene mutation (XPV)
results in defective DNA polymerase η. This failure to repair
DNA damage caused by UV radiations causes a higher
risk for developing cancer4
. The diagnosis of XP should be
suspected in patients who have immune abnormalities and
history of persistent sunburn to mild exposure of sunlight or
UV radiation. Patients of XP who suffer from repeated viral
or bacterial infections should be evaluated for cellular and
humoral immune deficiencies5
.
Xeroderma Pigmentosa is a rare condition. Its prevalence
is of 1 in million in USA and 2.3 in million in Western
Europe. In Japan, the prevalence is as high as up to 45 per
million13
. A high incidence of XP has been seen in the Middle
East and North Africa. The plausible cause is wide-spread
consanguinity in certain communities and the recessive
Figure 5. USG of the chest wall showing collection on 57 cc pus collection in right anterior chest wall.
Serological markers investigated Patient’s Values
HIV Negative
HCV Negative
HBsAg Negative
ESR 110 MM/hrs
CRP 22 mg/L
HIV: Human Immunodeficiency virus; HCV: Hepatitis C virus; HBsAg:
Hepatitis B surface Antigen; ESR: Erythrocyte sedimentation rate;
CRP: C-reactive protein.
Table 1. Patient serological markers at the time of presentation.
17. JRPMS
18
A. Vatkar et al.
inheritance of the disease12,13
.
Differential diagnosis of Xeroderma Pigmentosa
includes various autosomal dominant diseases like Leopard
syndrome, Peutz-Jeghers syndrome, Cockayne syndrome,
and Carney complex14
. Wysenbeek et al. found that there
was significant decrease in the T4 positive lymphocyte
subpopulation. This kind of decrease is seen often in acute
viral infections in agammaglobulinemic patients15
, AIDS
(acquired immunodeficiency syndrome)16
, after irradiation17
and after immunosuppressive therapy18
.
The estimated incidence of Tuberculosis in India was 2.1
million cases in 2013 out of which 16 percent were new
extra-pulmonary TB cases, that is, 336,000 people with
extra-pulmonary TB19
. A meta-analysis of the prevalence of
MDR-TB in India found it to be 35 percent20
in comparison
to 11.6 percent found in the National level Survey21
. Extra-
Pulmonary TB accounts for 10-20% of global TB cases. The
incidence of Extra-Pulmonary TB and disseminated forms
of TB increases with worsening immunosuppression22,23
.
TB is more prevalent in populations with immunodeficiency
especially antigen-specific T-cell immunity. Also, Major
Histocompatibility Complex (MHC) 1 and 2 play role in
protection against TB19
.
Our case is the first reported case of Primary Extra-
pulmonary multi-Drug resistant Tuberculosis in a patient
suffering from Xeroderma Pigmentosa.
Conclusion
The prognosis of MDR TB in XP patients is not known in
detail. In many parts of the world, MDR TB is posing a serious
threat to success of antibiotic therapy. More research to
explain the intricate correlation between immunity and
infections can help us formulate better adjuvant therapies
like vaccines and gene therapy. These could be new ways to
tackle the emerging MDR TB wave.
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20. Indian Journal of Orthopaedics
1 3
loss, and joint abnormalities are quite challenging and dif-
ficult to treat [13, 14]. Amputation may present as the last
resort for patients with failed arthrodesis, and therefore,
fusion procedures should be thoroughly evaluated to prevent
inadequate results.
The Ilizarov device is a flexible external fixator that per-
mits dynamic and multidirectional stresses to be applied.
The ability to alter the alignment of the hindfoot and forefoot
after the surgery by repositioning the frame as required is
a distinct benefit of the Ilizarov technique, allowing for the
rectification of intraoperative errors or early postoperative
loss of position. These advantages significantly improve the
outcome of the surgery and are quite helpful in the correc-
tion of malalignment, providing an improved level of activ-
ity, and pain management.
The aim of this study was to evaluate the outcomes of
arthrodesis of the tibiotalar joint using a relatively simple
Ilizarov ring fixator frame.
Materials and Methods
Twenty ankle (tibiotalar) arthrodesis performed at our insti-
tute between May 2017 and May 2019, and followed up on
until October 2021 utilizing the Ilizarov external fixator
were evaluated retrospectively. The study comprised 15
men and 5 women ranging in age from 33 to 55 years at
the time of arthrodesis. Fourteen individuals had their right
ankle arthrodesed, whereas 6 had their left ankle arthrodesed
(Table 1).
All patients had a history of trauma. The causal pathol-
ogy in most of the patients was post-traumatic infection with
active discharging sinus. Eighteen patients had a history of
open reduction and internal fixation for bimalleolar ankle
fractures and osteoarthritis, and the remaining two patients
took conservative treatment for bimalleolar fractures. Most
of the patients were previously operated on an average of 1.3
(range 0–4) times. The previous surgical procedures were
in the form of external fixation, open reduction and internal
fixation with implant in situ, bone grafting, revision surgery
for wound management, implant removal, and soft-tissue
defect. The primary aim of Ilizarov frame arthrodesis was to
obtain a painless and solid plantigrade foot and to eradicate
existing infection.
Operative Procedure
The medial and lateral approaches were used to open the
ankle joint. In instances where prior incision scars and dis-
charging sinuses were evident, the incision was modified.
To minimize wound problems, full-thickness subperiosteal
skin flaps were raised. If implants were present, they were
removed. Debridement was performed and joint synovium
was excised.
The distal 5 cm of the fibula was removed, exposing the
articular surface of the ankle joint. The medial malleolus
was removed at the tibial plafond level. The articular surface
of the tibia was cut perpendicular to the long axis of the tibia
with an oscillating saw. Talar dome articular cartilage was
sliced parallel to the tibial cut. In neutral flexion and 10°–15°
of external rotation, the cancellous surfaces of the tibia and
talus were opposed to each other with no varus or valgus
angulation. The opposing ends were secured in position and
two 3 mm K-wires were passed across the ankle joint.
A simple preconstructed Ilizarov frame design with two
full and one 5/8th ring connected with 4 rods between each
other was slid over the leg (Fig. 1). The desired position of
the frame over leg was maintained by keeping folded towels
between leg and ring. 2 full rings were fixed to the tibia
perpendicular to its axis using Schanz screws and wires.
The level of the 5/8th ring was adjusted at the level of the
calcaneum. Two crossing olive wires were passed in the cal-
caneum opposing each other and were tensioned up to 60 kg.
A Schanz screw was passed using a one-hole Rancho cube
from the posterior aspect of the heel into the calcaneum
pointing towards the cuboid under IITV (Image intensifying
TV system) guidance. One drop wire was passed through the
talus and connected to the calcaneal ring using male posts.
One 5/8th ring was put in the forefoot at the level of
the metatarsal neck using two olive wires. One wire from
the inferomedial aspect of the 1st metatarsal neck and the
another olive wire from the posterolateral aspect of the 5th
metatarsal neck incorporating the 3rd and 4th metatarsal.
The forefoot ring was connected to the calcaneal ring
using simple hinges and coupled washers with two rods over
medial and lateral aspect. The forefoot ring was also con-
nected to the distal tibial ring using hinges and coupled
washers with one connecting rod (Figs. 2, 3, 4).
After all the connections were put in, the K-wires which
were used to hold the arthrodesis in position were removed.
Table 1 Patient demographics
Total patients 20
Mean age (range) 44.75 (33–68) years
Gender (male:female) 15:5
No. of previous surgeries
Mean (range)
1.3 (0–4)
Duration of Ilizarov frame application
(months)
Mean (range)
22.9 (18–34) weeks
Duration of follow-up
Mean (range)
39.4 (26–52) months
Postoperative limb length discrepancy
Mean (range)
1.9 (1–2.5) cm
21. Indian Journal of Orthopaedics
1 3
Fig. 1 Schematic diagram of
a ankle and hindfoot Ilizarov
frame with forefoot rings for
ankle arthrodesis. The arrows
show the direction of compres-
sion. b Hindfoot component of
the ankle frame. c Location and
direction of wires in the meta-
tarsals for forefoot extension of
the frame
Fig. 2 Case 1 Illustration. 68 Year female with history of bimalleolar fracture and four revision surgeries. a Preoperative X-rays of ankle joint. b
Preoperative clinical pictures of ankle (lateral view). c Preoperative clinical pictures of ankle (medial view)
22. Indian Journal of Orthopaedics
1 3
Corticotomy for lengthening was not done in any patient
undergoing surgery as all of them were counseled preopera-
tively about shortening up to 1 inch. The goals of the surgery
were to get a plantigrade, stable, and painless foot without
any infection.
Postoperative Protocol
All patients are permitted to walk with a walker and modi-
fied footwear with weight-bearing as tolerated. The patient
and a relative were both educated on pin-tract care and
compression techniques. The fixator was used to compress
the arthrodesis site for 10 days at a pace of 1 mm/day
divided into four times. The arcing of wires in the talus
and calcaneum was used to ensure that the arthrodesis site
was adequately compressed. CRP levels were measured
every 2 weeks until the wound healed and normal values
were reached. Patients were seen as outpatients once a
month. After radiological healing was confirmed, fixators
were dynamized and patients were permitted to walk for
another 3–4 weeks. After the fixator was removed, a plaster
slab was applied for 2 weeks. After the pin tracts and skin
wounds healed, a below-knee cast was applied for 6 weeks.
Following that, a shoe raise with a rocker bottom sole was
given.
Fig. 3 Case 1 Illustration. a Immediate postoperative X-rays. b Immediate postoperative clinical picture. c Clinical picture after complete heal-
ing of wounds
Fig. 4 Case 1 Illustration. a Postoperative X-rays (1-year follow-up). b Clinical pictures after frame removal
23. Indian Journal of Orthopaedics
1 3
Results
In our study, 20 patients were operated for ankle arthrode-
sis with the Ilizarov fixator frame. Patient age ranged from
33 to 68 years with an average of 44.75 years. 14 patients
out of 20 had active osteomyelitis and the average number
of previous surgeries done were 1.3 ranging from 0 to 4.
The external fixation time averaged 22.9 (range 18–34)
weeks. The average postoperative limb length discrepancy
(LLD) was 1.9 cm (range 1–2.5 cm) and all the patients
were given an appropriately sized shoe raise as none of the
patients opted for bone lengthening. The average period
of follow-up for all patients was 39.4 (26–50) months.
Bony union was achieved in all patients (100%) at the
end of the study (Fig. 5). After fusion, patients reported
either no pain or mild discomfort, all could walk indepen-
dently without assistance, and all were satisfied with the
procedure.
On the basis of ASAMI (Association for the Study and
Application of the Methods of Ilizarov) criteria, 17 patients
had excellent bone scores, 2 as good and 1 as fair. (Table 2).
18 patients had good ASAMI functional scores with
the remaining two as fair (Table 3). Because the ASAMI
functional score included ankle range of motion, the maxi-
mum attainable function score for the fusion group was
“good”.
Complications occurred in six patients, with four devel-
oping pin-tract infections which healed after oral antibiotics,
repeated dressing, and wound care, and one patient had wire
breakage of the forefoot ring.
Discussion
Ankle arthrodesis can be performed utilizing a variety
of techniques, including external fixator compression
[15, 16], internal fixation with plates or screws [17–19],
Fig. 5 Case 2 Illustration. 60 Year male with history of trauma to ankle joint 1 year back. a Preoperative X-rays of ankle joint. b Immediate post-
operative X-rays ankle joint. c Postoperative X-rays after 1-year follow-up. d Clinical pictures after 1-year follow-up
Table 2 ASAMI criteria (bone result)
LLD limb length discrepancy
Bone result Number of patients Criteria
Excellent 17 (85%) Union, no infection, deformity<7°, LLD<2.5 cm
Good 2 (10%) Union plus any two of the following: absence of infection, deformity<7°, LLD<2.5 cm
Fair 1 (5%) Union plus any one of the following: absence of infection, deformity<7°, LLD<2.5 cm
Poor 0 Nonunion/refracture/union plus infection plus deformity>7° plus LLD>2.5 cm
24. Indian Journal of Orthopaedics
1 3
intramedullary fixation [20], and arthroscopic ankle fusion
[21]. Charnley was the first to describe the use of exter-
nal fixation for ankle fusion [22]. The fixators employed
were monopolar, and there were numerous difficulties such
as motion at the fusion site, malunion, and delayed union.
This led to the development of triangular frames to improve
fixation and provide multiplanar compression [15, 23].
The Ilizarov ring fixator has distinct benefits over conven-
tional fusion methods, making it an excellent fixing tool in
patients with severe ankle pathologies [10, 16, 24]. These
include dynamic axial fixation, which keeps bone contact
without the need for additional bone grafting, excellent
bending, shear, and torsional stability, which allows for
early weight-bearing and reduces pin-tract infection, and
great modularity with circumferential mechanical control,
which allows for postoperative adjustments that are impos-
sible with nails, screws, or plates. Ilizarov wires applied per-
cutaneously can offer stable fixation in osteoporotic bones.
Furthermore, arthrodesis can be performed as a one-stage
procedure in the presence of active infection. Bony fusion
can also be improved by gradually compressing the fusion
site.
Hammerschlag achieved substantial fusion in all ten
of his patients, including two who had previously failed
arthrodesis, utilizing a basic two-ring circular frame [16].
Yanuka et al. conducted Ilizarov arthrodesis on six patients
suffering from posttraumatic arthrosis both with and without
infection. All patients had a painless fusion between 7 and
15 weeks [25].
In our study, we have fixed the arthrodesis provisionally
with thick K-wires and used a simple preconstructed frame
that was slid over the leg. The fixator rings were used as a
reference guide to put the fixation elements. The elements
were fixed to the rings without any stress on the components.
The removal of malleoli allowed us to close the skin flaps
without much tension as we got redundant skin post-removal
of malleoli. We were able to achieve gradual compression
over the fixator postoperatively till we saw arcing of talar or
calcaneal wire.
Complications are a part of every procedure and ankle
arthrodesis with an Ilizarov fixator also presents some.
Pin-tract infections and non-union are the most frequent
complications which can be reduced with proper care of pin-
tract, weight-bearing, and sufficient compression at the fusion
site. Joint infection and necrosis of the talus have been cited as
the main causes of non-union [15]. Other risk factors include
smoking, medical comorbidities, and insufficient compression
[15, 26].
Ilizarov ring fixation provides the advantage of permitting
early weight-bearing and has been indicated in situations with
severe ankle joint disease and when bone quality is impaired
to the point where adequate screw thread purchase is doubtful.
Furthermore, external ring fixation allows for post-operative
correction of bone alignment and joint compression.
Conclusion
Ilizarov fixator should be considered as an important tool for
arthrodesis in failed ankle fractures, Charcot joint, and arthri-
tis of ankle joint especially in presence of infection when the
other methods of internal fixation are difficult to consider.
Ilizarov ring fixator has an advantage over the other external
fixators for better control of axial and torsional forces, better
hold in osteoporotic bones, and hence providing stable fixation
which would aid in early healing of fusion site.
Declarations
Conflict of Interest Ajit Chalak, Sushmit Singh, Ashok Ghodke,
Sachin Kale, Javed Hussain, and Ronak Mishra declare that they have
no conflict of interest.
Ethical Standard Statement This article does not contain any studies
with human or animal subjects performed by the any of the authors.
Informed Consent Informed consent was obtained from all individual
participants included in the study.
References
1. Fragomen, A. T., Borst, E., Schachter, L., Lyman, S., & Rozbruch,
S. R. (2012). Complex ankle arthrodesis using the Ilizarov method
yields high rate of fusion. Clinical Orthopaedics and Related
Research, 470, 2864–2873.
Table 3 ASAMI criteria (functional result)
RSD Reflex Sympathetic Dystrophy
Functional result Number of patients Criteria
Excellent 0 Active, no limp, minimum stiffness (loss of<15° knee extension/<15° ankle
dorsiflexion), no RSD, insignificant pain
Good 18 (90%) Active, with one or two of the following: limp, stiffness, RSD, significant pain
Fair 2 (10%) Active, with three or all of the following: limp, stiffness, RSD, significant pain
Poor 0 Inactive (unemployment or inability to return to daily activities because of injury)
25. Indian Journal of Orthopaedics
1 3
2. Rabinovich, R. V., Haleem, A. M., & Rozbruch, S. R. (2015).
Complex ankle arthrodesis: review of the literature. World J
Orthop, 6, 602–613.
3. Siebachmeyer, M., Boddu, K., Bilal, A., Hester, T. W., Hardwick,
T., Fox, T. P., et al. (2015). Outcome of one-stage correction of
deformities of the ankle and hindfoot and fusion in Charcot neu-
roarthropathy using a retrograde intramedullary hindfoot arthro-
desis nail. Bone Jt J, 97-B, 76–82.
4. Perlman, M. H., & Thordarson, D. B. (1999). Ankle fusion in a
high risk population: an assessment of nonunion risk factors. Foot
and Ankle International, 20, 491–496.
5. Christian, C. A., & Donley, B. G. (1998). Arthrodesis of ankle,
knee, and hip. In S. T. Canale (Ed.), Campbell’s operative ortho-
paedics (9th ed., pp. 145–187). St. Louis: Mosby-Year Book.
6. Ogut, T., Glisson, R. R., Chuckpaiwong, B., Le, I. L., & Easley,
M. E. (2009). External ring fixation versus screw fixation for ankle
arthrodesis: a biomechanical comparison. Foot and Ankle Inter-
national, 30, 353–360.
7. Hagen, R. J. (1986). Ankle arthrodesis: problems and pitfalls.
Clinical Orthopaedics, 170, 184.
8. Iwata, I., & Norimassa, Y. (1980). Arthrpdesis of the ankle
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9. Lance, E. M., Paval, A., & Fries, I. (1979). Arthrodesis of the
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10. Hawkins, B. J., Langerman, R. J., Anger, D. M., & Calhoun, J. H.
(1994). The Ilizarov technique in ankle fusion. Clinical Orthopae-
dics and Related Research, 303, 217–225.
11. Kalish, S., Fleming, J., & Weinstein, R. (2003). External fixators
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12. Mann, R. A., Van Manen, J. W., Wapner, K., & Martin, J. (1991).
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13. Sakurakichi, K., Tsuchiya, H., Uehara, K., et al. (2003). Ankle
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(1989). Compression arthrodesis of the ankle by triangular exter-
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Publisher's Note Springer Nature remains neutral with regard to
jurisdictional claims in published maps and institutional affiliations.
26. See discussions, stats, and author profiles for this publication at: https://www.researchgate.net/publication/360826604
A Unique Case of Recurrent Osteochondroma Enclosing Brachial Artery in a 13-
Year-Old Female
Article in Journal of Orthopaedic Case Reports · May 2022
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28. www.jocr.co.in
We report a unique case of a 13-year-old female who had
presented with a history of pain and recurrent swelling for 5
years.Onphysicalexamination,theswellingwasofsize4.4cm×
3.7 cm × 4 cm, non-tender, non-mobile, two in number, non-
cystic without any redness or sinus discharge, no visible
pulsations,andnodilatedveins.A10cmpreviousscarmarkwas
present and the brachial artery pulsations were felt just over the
swellingwithaprevioushistoryofswellingatthesameplace,for
which she was operated in 2018 (Fig. 1). The patient provided
with discharge card and radiological investigation of previous
surgery of a tertiary hospital from which OCE was diagnosed.
CT reports were suggestive of a large well defined broad-based
exophytic diaphyseal lesion in the medial side of the proximal
humerus extending posteriorly (Fig. 2, 3). It measured
approximately 4.4 cm × 3.7 cm × 4 cm in size. Another similar
morphological lesion measuring approximately 9 mm × 7 mm
was noted involving the posterior humeral shaft (Fig. 4). The
minimaldistancebetweenthelesionandthebrachialarterywas
2mmjustanteriortotheposteriomedialgrowth.
OCE is a cartilage-capped bony exostosis on the external
surface of a bone containing a marrow cavity continuous with
that of the underlying bone. Most cases are identified in
children and adolescents which could be asymptomatic or
complicated due to fractures and other lesions. OCEs may
become malignant in approximately 1% of solitary forms and
around3–25%ofmultipleforms[13].OCEcanalsorecurpost-
excision if it has been removed imperfectly and is in close
proximitytoneurovascularstructures.Although,thismightnot
alwaysbetrue.
A cardiovascular thoracic team was involved for the dissection
and a 6 cm incision was taken on the previous scar. The tumor
was first dissected posteriorly (Fig. 5). A first interval was made
between biceps brachii muscle and triceps brachii muscle.
Then, the neurovascular bundle was identified and retracted
followed by a second interval made by splitting the biceps
brachii muscle. The anterior tumor was identified, after which
thebrachialarterywasisolatedandposteromedialexostosiswas
removedwiththehelpofanosteotomeofsize6cm×4cm×3.7
cm.Thiswasfollowedbyanteriorexostosisofsize1cm×1.2cm
and of the whole cartilage cap was excised and electrical
cauterization of the base was done to prevent further
reoccurrence and a requirement of second surgery.
Postoperatively, the patient was started on broad spectrum
antibiotics and shoulder and elbow range of motion exercises
were started post-operative day 1. The patient was discharged
on post-operative day 5 and suture removal was done on post-
operative day 14. Immediate post-operative X-Ray and post-
operative6monthsX-Rayweredone(Fig.6,7).
In a study reported by Vallance et al., they present cases of
vascular complications of OCE. In one of the cases, they report
Case Report
Here, we present a case of recurrent OCE of the proximal
humerusenclosingthebrachialartery.
Discussion
78
Journal of Orthopaedic Case Reports Volume 12 Issue 3 March 2022 Page 77-80
| | | |
KaleSYetal
Figure1:Pre-operativeX-rayandclinicalimage;(a)pre-operativeX-rayoftheanteroposteriorview
oftheproximalhumerus,(b)pre-operativeX-rayofthelateralviewoftheproximalhumerus,and(c)
pre-operativeclinicalimageoftheosteochondromaoftheproximalhumerusina13-year-oldfemale.
Figure 2: Pre-operative 2D CT scan; pre-operative two-dimensional CT scan of the proximal
humerusina13-year-oldfemale.
Figure 3: Pre-operative 3D CT scan; pre-operative three-dimensional CT scan of the proximal
humerusina13-year-oldfemale.
Figure4:Pre-operativemagneticresonanceimage(MRI);pre-operativeMRIoftheproximalhumerus
ina13-year-oldfemale.
29. Both these cases demonstrate that when presented with a case
of recurrent OCE, proper removal of tumor is important
keeping in view any blood vessels or nerves surrounding the
tumor.
In another case, a 24-year-old man presented with swelling in
theupperpartofhisrightarmwithpain.Theauthorsreporteda
very large calcified OCE arising from the upper humerus and
clinicalexaminationrevealedreducedbutpalpablebrachialand
radial pulses. It was observed that there was marked forward
displacement of the brachial artery which was lengthened and
narrowed by extrinsic compression. Successful resection was
donewithplacementofavascularizedgraft[14].
anOCEof6cmindiameterarisingfromtheuppermedialfibula
in a 19-year-old football player. Arteriography revealed
completeocclusionoftheproximal2–3cmoftheanteriortibial
artery. The posterior tibial artery was displaced backward and
reducedabovetheoriginoftheperonealartery[14,15].
Toconclude,OCEoftheproximalhumerusnearthebaseofthe
axilla should always be excised properly so that the chances of
reoccurrence should be very less as the neurovascular bundle is
veryneartotheshaft.
Proper curettage and excision of the tumor were done after
dissecting and removing the soft tissue, blood vessels, and
nerves so that there were very less chances of relapse. Post-
operative X-ray was done and post 6 months of follow-up, there
werenochanges,andnorelapsewasobserved.
Conclusion
79
www.jocr.co.in
Journal of Orthopaedic Case Reports Volume 12 Issue 3 March 2022 Page 77-80
| | | |
KaleSYetal
Figure 5: Intraoperative images; (a) intraoperative image of the
tumor,(b)neurovascularbundleinthemiddleofthetwopartsofthe
tumor,(c)imageshowingtwopartsofthetumor.
Figure 6: Immediate post-operative X-ray; immediate post-
operative X-ray of anteroposterior view of the shoulder in a 13-year-
oldfemale.
Figure7:Post-operative6monthsX-rayandclinicalimage;
(a) post-operative 6 months X-ray of the axial view of the
shoulder, (b) post-operative 6 months X-ray of the
anteroposterior view of the shoulder, and (c) 6 months
post-operativeclinicalimageofa13-year-oldfemale.
Clinical Message
WhenpresentedwithacaseofrecurrentOCEoftheproximal
humerus, OCE could also be in proximity to important
vasculature as in this case enclosing the brachial artery. Thus,
proper curettage and excision should be done in such cases to
avoidrecurrence.
References
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tendinitis caused by an osteochondroma in the bicipital groove:
A rare cause of shoulder pain in a baseball player. Clin Orthop
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3. Tepelenis K, Papathanakos G, Kitsouli A, Troupis T, Barbouti A,
Vlachos K, et al. Osteochondromas: An updated review of
epidemiology, pathogenesis, clinical presentation, radiological
featuresandtreatmentoptions.InVivo2021;35:681-91.
6. Bae DS, Kim JM, Reidler JS, Das De S, Gebhardt MC. Surgical
treatment of osteochondroma of the proximal humerus:
Radiographic and early clinical results. J Pediatr Orthop
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2. Brien EW, Mirra JM, Luck JV Jr. Benign and malignant cartilage
tumors of bone and joint: Their anatomic and theoretical basis
withanemphasisonradiology,pathologyandclinicalbiology.II.
Juxtacorticalcartilagetumors.SkeletalRadiol1999;28:1-20.
5. Kitsoulis P, Galani V, Stefanaki K, Paraskevas G, Karatzias G,
Agnantis NJ, et al. Osteochondromas: Review of the clinical,
radiologicalandpathologicalfeatures.InVivo2008;22:633-46.
8. Padua R, Castagna A, Ceccarelli E, Bondì R, Alviti F, Padua L.
4. Motamedi K, Seeger LL. Benign bone tumors. Radiol Clin North
Am2011;49:1115-34.
Conflictofinterest:Nil Sourceofsupport:None
Declarationofpatientconsent:Theauthorscertifythattheyhaveobtainedallappropriatepatientconsentforms.Intheform,thepatienthasgiventheconsentforhis/herimagesandotherclinicalinformationto
bereportedinthejournal.Thepatientunderstandsthathis/her namesandinitialswillnotbepublishedanddueeffortswillbemadetoconcealtheiridentity,butanonymitycannotbeguaranteed.
30. www.jocr.co.in
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10. Bottner F, Rodl R, Kordish I, Winkelmann W, Gosheger G,
LindnerN.Surgicaltreatmentofsymptomaticosteochondroma:
A three-to eight-year follow-up study. J Bone Joint Surg Br
2003;85:1161-5.
12. Zwierzchowski TJ, Fabis J. Double recurrent humerus
osteochondroma.ChirNarzadowRuchuOrtopPol2004;69:55-
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Maschio A , et al. Pseudoaneur ysm overlying an
osteochondroma: A noteworthy complication. J Orthop
Traumatol2010;11:251-5.
14.VasseurMA,FabreO.Vascularcomplicationsosteochondromas.J
VascSurg2000;31:532-8.
9. Cho CH, Jung GH, Song KS, Min BW, Bae KC, Lee KJ.
Osteochondroma of the bicipital tuberosity causing an avulsion
ofthedistalbicepstendon.Orthopedics2010;33:1-3.
13. Ramos-Pascua LR, Sanchez-Herraez S, Casas-Ramos P, Mora-
Fernández M, Izquierdo-García FM. Osteochondromas of the
proximal humerus. Diagnostic and therapeutic management.
RevEspCirOrtopTraumatol2018;62:168-77.
Intracapsular osteochondroma of the humeral head in an adult
causing restriction of motion: A case report. J Shoulder Elbow
Surg2009;18:e30.
15. Vallance R, Hamblen DL, Kelly IG. Vascular complications of
osteochondroma.Clinicalradiology.1985;36:639-42.
______________________________________________
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from the patient for publication of this case report
Source of Support: Nil
Conflict of Interest: Nil How to Cite this Article
KaleSY,MehraS,GunjotikarA,PatilR,DhabaliaP,SinghS.AUniqueCaseof
Recurrent Osteochondroma Enclosing Brachial Artery in a 13-Year-Old
Female.JournalofOrthopaedicCaseReports2022March;12(3):77-80.
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2 S. Kale et al. / Journal of Clinical Orthopaedics and Trauma xxx (xxxx) 101969
Inclusion criteria
• Physically active patients within an age limit of 60 years
• Isolated meniscus tears in the red-red zone (Miller, Warner, and
Harner classification) like radial, bucket-handle, horizontal and
longitudinal tears
• Meniscus tears with associated anterior cruciate ligament tears
• Less than 3-months after injury
• Patients willing for post-operative rehabilitation
Exclusion criteria
• Patients with inflammatory arthritis/synovitis
• Rheumatoid arthritis
• Infection
• Degenerative and complex tears
• Multi-ligament injuries
• Meniscus tears associated with any ligament injuries other than
anterior cruciate ligament.
• Meniscus root avulsion
• Abnormal alignment of the lower limb
Clinical criteria were a history of knee pain and locking symptoms,
joint line tenderness, positive McMurray's test.11 Meniscus tear was also
confirmed on MRI. The preoperative Lysholm score was calculated.
Tests for associated instability like Lachman's test, anterior drawer test,
pivot shift test were done to rule out associated ligament injuries. Pa-
tients were operated on from June 2017 to June 2018 and were fol-
lowed up until September 2021 at our Institute. Follow-up of all pa-
tients was done with similar clinical criteria at an interval of 3, 6, 9, 12,
and 24 months. Rehabilitation protocol was the same for all types of
meniscus tears and concomitant ACL reconstructions which is nil
weight-bearing for 6 weeks and full ROM for one month.
2.1. Surgical procedure
The procedure was performed under spinal anesthesia. After diag-
nostic arthroscopy, tears were identified, and associated ACL tears, if
present, were treated beforehand to create a stable knee and then
reparable meniscus tears (red-red zone according to Miller, Warner,
and Harner classification) were repaired, and irreparable degenerative
tears in the avascular zone were debrided. Fig. 1 shows the types of
reparable meniscal tears and the meniscus repair instruments.
Exposure of the posteromedial capsule: A 2 cm vertical incision
at the posteromedial joint line was taken. After identifying the saphe-
nous nerve and dissection of the sartorius fascia, an anatomic triangle
was identified made by the posteromedial joint capsule, the medial gas-
trocnemius, and the semimembranosus which bounds it anteriorly, pos-
teriorly, and inferiorly respectively [Fig. 2]. A bent tablespoon was
placed in this interval to act as a retractor, protecting the popliteal ves-
sels and receiving the outcoming needles from the joint.
Posterolateral approach: A longitudinal incision was made poste-
rior to the fibular collateral ligament. After the posterior border of the
iliotibial band down to Gerdy's tubercle, a transverse and oblique inci-
sion was taken over the lateral joint line. The common peroneal nerve
is located posteromedial to the biceps femoris tendon and should be
carefully avoided. Next, blunt dissection was performed toward the
fibular head, and an interval was created with the lateral head of the
gastrocnemius superiorly and posterolateral joint capsule anteriorly.
The gastrocnemius muscle was dissected off the capsule bluntly in a
Fig. 1. Bucket handle tear(A), Radial tear(B), Horizontal tear(C), Protector meniscus suturing set-Arthrex (D).
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S. Kale et al. / Journal of Clinical Orthopaedics and Trauma xxx (xxxx) 101969 3
Fig. 2. Isolation of Saphenous nerve.
similar fashion as in the medial approach. Once again, a bent table-
spoon can be used in this interval to act as a retractor for the neu-
rovascular structures.
Meniscal Repair: Viewing through anterolateral portal freshening
of the periphery with shaver and microfracture awl was done till pin-
point bleeding was seen and excision of avascular meniscus edges was
done. Pie crusting of superficial MCL was done with an 18G needle to
open up the tight medial compartment. The tear was anatomically re-
duced and inside-out sutures were passed through the zone-specific
cannula with long flexible needles. 2–0 polyester braided sutures were
placed from both the superior and inferior surfaces of the torn meniscus
to avoid eversion of the meniscal edge. Colour coding of threads with
methylene blue was done to avoid confusion while tying the knots. Pa-
tients having concomitant ACL tear underwent ACL reconstruction with
the hamstring graft. Tibial fixation was carried out after meniscal re-
pair.
The radial meniscus tears extending into the peripheral vascular
zone were selected for repair. Radial tears in the inner 1/3rd zone of the
meniscus were excluded from the study as they were trimmed till stable
rim. Precaution was taken to suture the radial tears robustly in a criss-
cross fashion and the patients were protected from weight bearing for 6
weeks. Horizontal meniscus tears which extend into the periphery and
form parameniscal cyst were selected for repair as they extend into vas-
cular outer 1/3rd zone of the meniscus. Capsular abrasion along with
abrasion of torn edges of meniscus was done to augment healing.
2.2. Fibrin clot preparation and usage
While the meniscal repair was being undertaken, 60 mL of venous
blood was drawn from the upper limb under all aseptic precautions. An
assistant stirred the blood with the reverse end of the 4.5 mm
arthroscopy reamer for approximately 15 min to assure adequate clot
formation. The clot was transferred to a sterile surgical sponge. The clot
was washed with a lot of normal saline to remove excess RBCs. After
washing, the clot was soaked in wet gauze. With the help of the scalpel
(No. 15), the clot was cut and shaped to best fit the meniscal lesion.
A long hemostat was then used to introduce the clot through the
portal for the respective injured meniscus. To fit the clot underneath the
meniscus and have the best contact with the lesion, the meniscal su-
Fig. 3. Preparation of peripheral rim(A), Needle through cannula piercing inferior surface(B), Needle through cannula piercing superior surface (C, D), Final repair
(E), Colour coding of threads (F).
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4 S. Kale et al. / Journal of Clinical Orthopaedics and Trauma xxx (xxxx) 101969
Fig. 4. (A) Preparation of fibrin clot, (B) Fibrin clot, (C) Horizontal meniscus tear repair with fibrin clot augmentation.
Fig. 5. 35 years old male. (A) Preoperative MRI showing bucket-handle tear of medial meniscus, (B) Follow-up MRI after 2 years showing complete healing of medial
meniscus, (C) Clinical picture of patient at 2 years follow-up.
tures were loosened. To prevent the dislodgement of the clot, water
flow was stopped and the clot was held gently with a hemostat to push
through the loosened threads into the meniscus tear and threads were
tied. The knee was then taken to 90° of flexion and the sutures were fas-
tened down and then tied with a sliding knot.
2.3. Postoperative rehabilitation for isolated meniscal repairs
Postoperatively, all patients were kept non-weight bearing for at
least 6 weeks. Physical therapy emphasized early quadriceps muscle ac-
tivation and knee flexion from 0° to 90° restricted for the first 2 weeks
and progressed thereafter. Six weeks post-operatively, weight-bearing
was initiated. After 6 months, full flexion, squatting, and return to full
activities or sports were allowed. The same rehabilitation protocol was
followed for all patients irrespective of the associated anterior cruciate
ligament injury.
3. Results
A total of 35 cases were operated and 5 were lost to follow-up. Of
the remaining 30, 9 were bucket handle tear (30%), 8 were horizontal
(26.7%), 7 were longitudinal (23.3%), 6 were radial tears (20%). Clini-
cal criteria for healing were loss of knee pain and locking symptoms,
absence of joint line tenderness, and negative McMurray's test which
was observed in 29 out of 30 patients (96.6%). The mean Lysholm score
improved significantly from 67.63 ± 6.55 points preoperatively to
92.0 ± 2.9 points postoperatively (P < 0.05) in 3 years follow-up. A
follow-up MRI done in all patients revealed complete healing. Sixteen
patients (53.3%) had associated anterior cruciate ligament tear and
fared better when compared with isolated meniscus tears. All patients
improved clinically except one who had a recurrence of knee pain and
effusion and on repeat arthroscopy revealed complex tear which was
debrided in form of partial meniscectomy. Paraesthesia in the anterior
part of the knee was observed in 2 cases (6.6%) which resolved in 6
months. Our results faired better in comparison with the previous liter-
ature in which meniscus repair without fibrin clot augmentation was
done (Table 1).
4. Discussion
Most of the studies show that patients on whom meniscectomy was
performed logged long-term articular cartilage degeneration.2 Noyes et
al. recommended the preservation of meniscal tissue whenever possible
in both of his studies reviewing patients undergoing meniscal repair in
the avascular zone with and without anterior cruciate ligament re-
pair.12 So it is beneficial to preserve meniscus, and therefore meniscal