Even though multiple approaches can be performed to access cochlea such as suprameatal, transcanal, or minimally invasive key-hole access, the routine exposure of the cochlea in a vast majority of cochlear implant centers is mastoidectomy followed by posterior tympanotomy [ 3].
As an example, RSTC researchers are using spectral imagery to detect several key invasive species that have been introduced into the United States.
Furthermore, the data will improve our understanding of the biology of this key invasive pest at the molecular level.
Studies concerning successful introduced and invasive species are key to exploring the mechanisms by which these species adapt to and alter their new environment.
Following from the above arguments and examples, a general timeline for the empirical application of tortoises as non-native conservation megaherbivores emerges: First, at the most basic level, ex situ feeding experiments with candidate tortoise taxa and key invasive and native floral elements can provide rapid quantitative evidence of relative preference patterns.
The ability to quantify the spatial dynamics of native invasives could be key for the proper management of these species and could aid in the maintenance and restoration of native vegetative communities.
Nevertheless, non-invasive management remains key to minimizing any risk to subsequent pregnancies.
Accordingly, to obtain full information about oocyte quality, a detailed and non-invasive analysis of key markers would be required.
Metastasis to distant organs is a major cause for solid cancer mortality, and the acquisition of migratory and invasive phenotype is a key factor in initiation of malignancy.
Understanding the evolution and demography of invasive populations may be key for successful management.
Microarray analyses suggest that upregulation of proteases in response to exogenous S1P could be key to invasive properties of glioblastoma cells [18].
