Even though microarrays served as important tools in globally identifying ccgs in various different tissues, they also presented some limitations.
GeneLogic has collected gene expression profiles stemming from various different tissues and cells accompanied by an exhaustive number of clinical parameters.
The vesicular transfer of DNA, mRNA and even organelles from BM-derived cells to various different tissues has indeed been previously reported [ 36] and may be an important method of cellular communication and/or tissue repair.
In addition, based on the transcript assembly described above, we found that cucumber ESTs generated in this study covered ~70% (2,625/3,772, Table 2) of genes derived from GenBank ESTs and mRNAs which were generated from various different tissues including flower, fruit and leaf.
We used the human endogenous retrovirus-W (HERV-W) gag sequence as a probe and performed Northern blot analysis on RNA blots containing material from various different human tissues.
Previous work from our lab demonstrated that IKKγΔ was universally expressed in various ratios in different tissue- and cell types with IKKγ-WT [18].
These discrepancies in the identified expression profiles may be due to technical reasons, including the use of various microarray platforms, different tissue collection methods, and numerous analytical algorithms [7].
It should also improve the comparison of population activity across cytoarchitectonic areas within the same experiment [15], [28], since various areas have different tissue compositions, which may confound ΔF/F through its effects on staining quality.
Sox2 alone has been shown to play various roles in different tissue types or cell states (Tomioka et al., 2002).
In this context, cells from various species and different tissue sources have been shown to induce both histological and functional recovery after cerebral ischemia, albeit grafted cells are generally not thought to be integrated into the residing neural network.
