This clinical audit is aimed to provide an insight into the performance of dental technicians in renderingfixed prosthodontics services at Faculty of Dentistry, University of Malaya. A retrospective audit wascarried out between 1st of November 2014 and 31st January 2015 using data derived from records andmonthly returns of the technicians, which are kept at the ceramic laboratory. Retrospective data oncases of diagnostic wax-ups, full metal crowns, metal ceramic crowns, all ceramic crowns and bridgesthat were sent to ceramic laboratory for fabrication from 1st of September 2013 to 31st of August 2014was systematically extracted from the record and tabulated categorically in SPSS version 22.0. Theturnaround time in workings day for diagnostic wax-ups and the prostheses was calculated by deductingexit date from entry date. Subsequently, the turnaround time and the complexity of cases were categorizedaccordingly. The association of turnaround time and the complexity of the cases was analysed usingFisher Exact test with p value < 0.05. Within this time frame, a total of 102 cases of diagnostic waxups,36 cases of crown and 18 cases of bridges were fabricated. 57.8% of diagnostic wax-ups werecompleted within 3 days. 100% of 1 unit crown were completed within 7 days and 94.4% of bridges werecompleted within 14 days. There was a significant association of turnaround time and the complexity ofthe cases for diagnostic wax-ups and crowns with p value <0.05. The standard for turnaround time isbeing met by the ceramic laboratory at Faculty of Dentistry, University of Malaya. However, due to theexcessive workload, the overall output of all the measured procedures remains low.

This review focuses on our effort in addressing the development and lesion-induced plasticity of the gravity sensing system. After severance of sensory input from one inner ear, there is a bilateral imbalance in response dynamics and spatial coding behavior between neuronal subpopulations on the two sides. These data provide the basis for deranged spatial coding and motor deficits accompanying unilateral labyrinthectomy. Recent studies have also confirmed that both glutamate receptors and neurotrophin receptors within the bilateral vestibular nuclei are implicated in the plasticity during vestibular compensation and development. Changes in plasticity not only provide insight into the formation of a spatial map and recovery of vestibular function but also on the design of drugs for therapeutic strategies applicable to infants or vestibular disorders such as vertigo and dizziness.
Animals ; Humans ; Neuronal Plasticity ; Neurons ; physiology ; Otolithic Membrane ; innervation ; physiology ; Vestibule, Labyrinth ; innervation ; physiology