Finally, if the number of resource elements assigned for data transmission is reduced (raised), the frame utilization is also decreased (increased) as could be seen from (2) and expressed as (8).
Further studies may show that, when the CAP Index is increased and ICP cannot be reduced, raising MAP will enhance CPP.
Although overall EZH2 mRNA is upregulated in CRC versus corresponding normal tissue, RUNX3 expression is reduced, raising the possibility of a causative relationship.
In contrast, the mRNA level for the KATP channel subunit, SUR1 was reduced, raising the possibility that altered KATP current levels or ATP sensitivity may underlie the lack of responsiveness to hypoglycaemia by AMPKα2 deletion.
However, von Both and colleagues also showed that the heart marker Smpx was partially reduced, raising the possibility that there is a subset of cardiac markers that are affected in these Foxa2 mutant chimeras.
Although α-tubulin expression was not affected in the foxi1e morphants (Fig. 6C), the immunostaining for acetylated α-tubulin was reduced, raising the possibility that the differentiation of ciliated cells is abnormal.
It is clear that higher (lower) transmission efficiency reduces (raises) the amount of resource elements used for data transmission as indicated in (7).
Current therapies for reducing raised intracranial pressure (ICP) in conditions such as idiopathic intracranial hypertension have limited efficacy and tolerability.
This is also in line with the Blue Ocean Strategy framework of eliminate, reduce, raise, create (ERRC) suggested by Chan Kim and Mauborgne (2005).
Reducing raised intracranial pressure allows maintenance of cerebral perfusion.
Hypertonic saline solutions effectively reduce raised intracranial pressure in animals and humans without producing intravascular dehydration.
