These measurement results show that the identification of common process defects is possible.
These measurement techniques provide new and valuable nanoscale information about protein sorption in chromatographic media.
These measurement systems provide real-time analysis that can identify errors and defects on an assembly line.
These measurement results indicate that a periodical swirling flow has been driven and developed by the helical permanent magnetic field.
These measurement technologies are less expensive and more developed than those at the protein level.
These measurement differences need to be investigated further.
These measurement instruments are recommended for clinical use.
These measurement methods may be useful to identify the optimal MHI technique [ 4].
These measurement methods have demonstrated good reliability, validity and responsiveness [ 84, 85].
These measurement errors could result in wrong therapeutic decisions in the management of shocked patients.
These measurement protocol issues had to be addressed prior to the main study.
