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In the present study, no changes in CAT-2, involved in ADMA transport, were detected after I/R injury.
Summing up, a significantly increased number of transcripts involved in cell wall modification and cell-cell signalling, together with genes regulating the restriction of cell division and auxin transport were detected in the pool of 313 transcripts enriched in small, adaxial Iberis petals.
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However, no significant effect of the construction factors on MVOC transport is detected.
In a first step, the majority of common in-use vehicles and means of transport are detected and categorised.
No significant myo-inositol transport was detected.
In the TH group, a trend toward a lower need of catecholamines during transport was detected (Table 3).
Ion homeostasis and solute transport is detected as reduced at the mRNA level by pathway-based analysis and covers both cytoplasmic and mitochondrial events (see Table 2).
In the TH group, a trend toward a reduced need for catecholamines during transport was detected (35.0 vs. 52.5%, p = 0.115).
Whilst no ABCC11-mediated transport was detected for the dipeptide precursor Cys-Gly-3M3SH, the glutathione conjugate of 3M3SH (SG-3M3SH) was robustly taken up by ABCC11 at a transport rate of 0.47 pmol/mg/min.
Expression of PXR, a master regulator of enterohepatic drug metabolism and transport, was detected in the human aorta and heart tissue sections, HAEC, HASMC, RASMC, and rat and mouse aorta.
PXR, the master regulator of enterohepatic drug metabolism and transport, was detected in vascular SMC of the human aorta, in the cardiac muscle, and in small vessels in the heart.
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