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  1. Jamil K, Yahaya MY, Abd-Rasid AF, Ibrahim S, Abdul-Rashid AH
    Malays Orthop J, 2021 Jul;15(2):26-35.
    PMID: 34429819 DOI: 10.5704/MOJ.2107.005
    Introduction: The guided growth technique is an alternative to corrective osteotomy for treating angular deformities of the extremities. It has the advantage of being minimally invasive and is effective in a growing child. This study reports on the outcome of guided growth technique using a plate in correcting knee angular deformities.

    Material and Methods: We conducted a retrospective study of children with angular deformity of the knee treated by the guided growth technique from January 2010 to December 2015 in a tertiary centre. The guided growth technique was done using either the flexible titanium plate (8-plate) or the 2-hole reconstruction plate. Correction of deformity was assessed on radiographs by evaluating the mechanical axis deviation and tibiofemoral angle. The implants were removed once deformity correction was achieved.

    Results: A total of 17 patients (27 knees) were evaluated. Twenty-two knees (81.5%) achieved complete correction of the deformity. The median age was 4.0 (interquartile range 3.0-6.0) years and the median Body Mass Index (BMI) was 26.0 (25.0-28.0). There were 7 unilateral and 10 bilateral deformities with different pathologies (14 tibia vara, 3 genu valgus). The median rate of correction was 0.71° per month. One patient (1 knee) had screw pull-out and two patients (4 knees) had broken screws in the proximal tibia. Three patients (5 knees) failed to achieve complete correction and were subsequently treated with corrective osteotomies. Out of five patients (8 knees) who were followed-up for at least 12 months after removal of hardware, two had rebound deformities. No permanent growth retardation occurred in our patients.

    Conclusion: Our outcome for guided growth to correct knee angular deformity was similar to other studies. Guided growth is safe to perform in children below 12 years old and has good outcome in idiopathic genu valgus and Langeskiold II for tibia vara. Patients should be observed for recurrence until skeletal maturity following implant removal.

  2. Abu Hussain SM, Shibraumalisi NA, Miptah HN, Mohamad Ali ND, Yahaya MY, Ramli AS
    Am J Case Rep, 2023 Jul 30;24:e940600.
    PMID: 37516905 DOI: 10.12659/AJCR.940600
    BACKGROUND Tarlov cysts are rare, with a prevalence of 3.3% in the Asian population, and symptomatic cases are even rarer. Here, we report a case of a young woman with multiple Tarlov cysts presenting in primary care with severe low back pain. CASE REPORT A 23-year-old Malay woman presented to a primary care clinic with sudden-onset, severe, and persistent low back pain for 1 week, affecting her activities of daily living (ADL), especially as a medical student, as she could not stand for more than 10 minutes. There were no other associated symptoms or recent trauma prior to the onset of back pain. Examinations revealed para-vertebrae muscle tenderness and restricted movements at the L4/L5 lumbosacral spine. A plain radiograph of the lumbosacral spine showed sclerosis and erosion of the right pedicle at the L4/L5 levels. Tuberculosis and haematological tests were normal. A lumbosacral MRI of the spine was ordered and the patient was urgently referred to the orthopaedic spine team. The MRI confirmed the diagnosis of multiple Tarlov cysts, with the dominant cyst located at the S2 level. Her symptoms and ADL improved with conservative management. She is being monitored closely by the orthopaedic team and primary care physician. CONCLUSIONS This case highlights red flag symptoms, ie, sudden-onset, severe, and persistent low back pain, that warrant further investigation. Tarlov cysts should be considered as a differential diagnosis. Close monitoring is vital and early surgical intervention is indicated if symptoms worsen, to prevent potential irreversible nerve damage.
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