An algorithm for deciding alternative grafting materials used in secondary rhinoplasty.

Severe middle vault deformity with disturbed nasal form and function is one of the most challenging procedures to correct in a secondary rhinoplasty. Reconstructing the deformity with autologous septal cartilage would be the primary choice of most surgeons, if it were always available. However in certain cases the lack of a sufficient quantity of autologous cartilage has forced surgeons to explore other viable options. This paper discusses our experience with the combined use of spreader and dorsal onlay grafts from various materials in the reconstruction of severe middle vault deformity in 110 patients. In follow up, (between 6 and 42 months; mean 21 months) all patients were noted to have improved in both aesthetics and function with no major complications noted. In summary, this study proposes that any engrafting material can be used safely when the proper surgical principals and technique are employed.     

Analysis of the subcellular localization of the proteins Rep, Rep' and Cap of porcine circovirus type 1

Porcine circovirus type 1 (PCV1) encodes two major ORFs. The cap gene comprises the major structural protein of PCV, the rep gene specifies Rep and Rep', which are both essential for initiating the replication of the viral DNA. Rep corresponds to the full-length protein, whereas Rep' is a truncated splice product that is frame-shifted in its C-terminal sequence. In this study, the cellular localization of PCV1-encoded proteins was investigated by immune fluorescence techniques using antibodies against Rep, Rep' and Cap and by expression of viral proteins fused to green and red fluorescence proteins. Rep and Rep' protein co-localized in the nucleus of infected cells as well as in cells transfected with plasmids expressing Rep and Rep' fused to fluorescence proteins, but no signal was seen in the nucleoli. Rep and Rep' carry three potential nuclear localization signals in their identical N-termini, and the contribution of these motifs to nuclear import was experimentally dissected. In contrast to the rep gene products, the localization of the Cap protein varied. While the Cap protein was restricted to the nucleoli in plasmid-transfected cells and was also localized in the nucleoli at an early stage of PCV1 infection, it was seen in the nucleoplasm and the cytoplasm later in infection, suggesting that a shuttling between distinct cellular compartments occurs.     

Effectiveness of the caverno-dorsal vein shunt (Barry shunt) on prolonged ischaemic priapism and its effect on the post-operative long-term erectile function

Ischaemic priapism is the most common form of priapism and requires urgent treatment. In this study, we evaluated the effectiveness of the caverno-dorsal vein shunt on resolution of ischaemic priapism and on the post-operative long-term erectile function in patients presenting with priapism. The study included 10 patients admitted to our hospital for priapism between 2010 and 2018. The median age of the patients was 31 (24–66) years. The median priapism time was 13.5 (7–38) hours. The blood gas measurements were taken from the corpus cavernosum, and the drainage of the corpus cavernosum was performed as an emergency intervention. Then, the corpus cavernosum was irrigated with 0.01% adrenaline 5 times in 20-min intervals. The caverno-dorsal vein shunt procedure was performed in cases without regression of priapism. Two months after, the operation shunt was closed. Detumescence occurred in all patients. Eight of 10 patients maintained their erectile function. In 2 patients, severe erectile dysfunction occurred at post-operative 2 months following a priapism attack and penile prosthesis implantation was performed in these 2 patients. Our study showed that caverno-dorsal vein shunt procedure is effective in providing detumescence and maintaining potency in cases with ischaemic priapism. In our opinion, caverno-dorsal vein shunt can be considered as the first treatment of choice for refractory low-flow priapism.     

Ultrasonography and erythrocyte distribution width in patients with plantar fasciitis

BackgroundThe measurement of plantar fascia thickness with ultrasonography can be used for both for diagnosis and as a response-to-treatment parameter in plantar fasciitis. Furthermore, with the recent studies, red cell distribution width may be used as an inflammatory marker. Aim of this study is to investigate the association of red cell distribution width and ultrasonography on diagnosis and monitoring of treatment in patients with plantar fasciitis.MethodsClinically diagnosed 102 patients with plantar fasciitis between the dates January 2016 to July 2018 were analysed. Hemogram, erythrocyte sedimentation rate (ESR), C-reactive protein (CRP) and plantar fascial ultrasonography were obtained on initial evaluation and in 1 month, 2 months and 3 months of the standard nonoperative treatment; American Orthopaedic Foot & Ankle Hindfoot Score (AOFAS) and Visual Analog Scale (VAS) scores were recorded. Posthoc and multivariate logistic regression analysis were used for statistical analysis on SPSS 21.0.ResultsRed cell distribution width was correlated with plantar fascia thickness by the end of the 1 month (r = 0.26, P = .013). Female sex, BMI over 30 kg/m², higher red cell distribution width and higher plantar fascia thickness were associated with plantar fasciitis on initial evaluation. Higher red cell distribution width together with higher plantar fascia thickness were also found to be a risk factor for both on initial evaluation and 1 month after treatment in plantar fasciitis.ConclusionThis study shows that association of red cell distribution width and plantar fascia thickness can be not only a diagnostic predictor but also an indicator of treatment response in plantar fasciitis.Level of clinical evidenceLevel IV