A small number of retrospective clinical studies about the application of end-to-side neurorrhaphy for treatment of sensory nerve lesions can be found in the literatures [ 14– 14].
The first application of end-to-side coaptation in facial palsy was reported by Viterbo in 1993, who performed a cross-facial nerve graft transplantation, obtaining reinnervation in selected patients.
Proper timing of drug delivery, relatively high tidal volumes, low inspiratory flows and application of end-inspiratory pause (breath-hold) are some of the factors that have been suggested to enhance drug delivery to target sites and, thus, bronchodilatation [ 2**, 3**].
The business-to-business applications of end-to-end solutions like Reciprocal's are numerous.
The aim of this study is to present the clinical applications of end-to-side neurorrhaphy on the basis of current knowledge and the literature review.
The application of equal end eccentricities as for columns S-1-1, S-3-3 and S-5-5 remployingn employing constant moment along the entire height of the column.
Although the specific mechanism by which mechanical ventilation causes lung injury remains an active area of study, the application of positive end expiratory pressure (PEEP) reduces its severity.
