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  1. Angular stable lateral plating is a valid alternative to conventional plate fixation in the proximal phalanx. A biomechanical study
    Shanmugam R, Ernst M, Stoffel K, Fischer MF, Wahl D, Richards RG, et al.
    Clin Biomech (Bristol, Avon), 2015 Jun;30(5):405-10.
    PMID: 25846324 DOI: 10.1016/j.clinbiomech.2015.03.019
    Dorsal plating is commonly used in proximal phalanx fractures but it bears the risk of interfering with the extensor apparatus. In this study, dorsal and lateral plating fixation methods are compared to assess biomechanical differences using conventional 1.5mm non-locking plates and novel 1.3mm lateral locking plates.
  2. Fulltext Development of generic Asian pelvic bone models using CT-based 3D statistical modelling
    Ahrend MD, Noser H, Shanmugam R, Burr F, Kamer L, Kamarul T, et al.
    J Orthop Translat, 2020 Jan;20:100-106.
    PMID: 31908940 DOI: 10.1016/j.jot.2019.10.004
    Background/Objective: Artificial bone models (ABMs) are used in orthopaedics for research of biomechanics, development of implants and educational purposes. Most of the commercially available ABMs approximate the morphology of Europeans, but they may not depict the Asian anatomy. Therefore, our aim was to develop the first Asian ABM of the pelvis and compare it with the existing pelvic ABM (Synbone®; Caucasian male).

    Methods: One hundred clinical computed tomography (CTs) of adult pelvises (male n ​= ​50, female n ​= ​50) of Malay, Chinese and Indian descent were acquired. CTs were segmented and defined landmarks were placed. Three 3D statistical pelvic model and mean models (overall, male, female) were generated. Anatomical variations were analysed using principal component analysis. To measure gender-related differences and differences to the existing ABM, distances between the anterior superior iliac spines (ASIS), the anterior inferior iliac spines (AIIS), the promontory and the symphysis (conjugate vera, CV) as well as the ischial spines (diameter transversa, DT) were quantified.

    Results: Principal component analysis displayed large variability regarding the pelvic shape and size. Female and male statistical models were similar in ASIS (225 ​± ​20; 227 ​± ​13 ​mm; P ​= ​0.4153) and AIIS (185 ​± ​11; 187 ​± ​10 ​mm; P ​= ​0.3982) and differed in CV (116 ​± ​10; 105 ​± ​10 ​mm; P ​

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