Sentence examples for multiple brain diseases from inspiring English sources

Especially, we focused on finding molecular mechanisms common to multiple brain diseases.

In particular, frequently observed genes in gene sets sharing multiple brain diseases are distributed the important pathway of neurological processes.

By using biclustering analysis, we could efficiently and fairly identified various gene sets expressed specifically in both single and multiple brain diseases.

Our approach offers the potential to discovery more reliable and accurate drug targets covering multiple brain diseases with shared molecular mechanisms.

We could find 4,307 gene sets correlatively expressed in multiple brain diseases and 3,409 gene sets exclusively specified in individual brain diseases.

Taken together, our data suggests that the shared molecular bases among multiple brain diseases are more enriched in the functional categories that are associated with neurological function.

Figure 3A and Figure 3B shows 10 functional categories of the highest counts in multiple brain disease-specific and single brain disease-specific gene sets.

To discover the biological meaning and functions of each gene set from single and multiple brain disease, function enrichment analysis of each gene list was performed using DAVID.

We assigned each gene sets to one or more of the representative biological processes according to the enriched biological processes to identify the functional categories that are relatively overrepresented by the multiple brain disease gene sets compared to the single disease-specific gene sets.

Our analysis showed that the number of gene sets in multiple brain disease is substantially larger than that of single disease-specific gene sets, and that the shared gene sets are more likely to be associated with the pronounced biological processes underlying cognition.

Spread of amyloid seeding by ISF may also occur in multiple human brain diseases involving CAA.