Cochlear Implantation Review

A Review of a cochlear implantation article
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Date of Submission: Introduction
The sensor neural hearing loss is a major cause of deafness in the world today. When Henry Skarkzynski and Robert Fayette carried one of the most interesting researches of our time the success of this exercise during cochlear implantation depends overly on the conservation efforts when the patients have high level of residual in the low frequency hearing. In the recent past however the technological developments have aided the efforts in research by a way of minimizing the trauma effects during the cochlea placement of the electrodes (Skarzynski & Fayette 2010). The cochlear idea has revolution in the way in the patients
In the past, the medical fraternity has been using convectional ways which to me are not only ineffective but also this implantation had poor speech recognition even after fitted in the digital aids. Therefore this two scientific carried this issue on the issue of introducing the standard implant electrodes with the round window membrane. The gist of the matter on this research was to investigate when this was partially inserted to almost 20mm, electrode in the low frequency residual hearing that was located in the apical region of the cochlea. The approach on this research looked at the 22 bones that were implanted with the SRA and other four bones implanted the normal commercial available standard electrodes. These specimens were then subjected to the same surgical approach to the cochlea through the window. This experiment design provided very interesting results that are going to be a subject of discussion in the medical fraternity for several years to come (Niparko 2009). Taking into consideration the surgeon notes on the issue of the insertion depth degrees in the modulus were observed using the 3D x-ray of the temporal bones. In this medical research of all times, the position and orientation of the cochlea within temporal bone defined the exact plane for the specimens during the histological
From the recommendations that the low frequency hearing that was previously preserved during the surgery process retained almost 84 % in the PDCI cases .The window round technique that was used to insert three different electrodes to a 20 mm depth. In addition to that the cochlear implant that was activated showed a tremendous improvement in the monosyllabic after the electric acoustic simulation. This shows that the PDCI is the best way to treat patients who have good low frequency hearing but unfortunately suffers severe loss in the mid to high frequency range (Niparko 2009). Therefore in the temporal bone insertions of the nucleus in SRA, there was tremendous achievement when their employed the round window membrane. It is therefore important that further clinical trials need to be carried out on the viability of the SRA in respect to the white market stripe .As this may be aid in the consistent of the orientation of the electrode contacts. This is a major step in the medical fraternity; however a further research should be carried out in order to further improve the treatment of hearing