In recent years, a number of relevant secondary works have been published and it is worth highlighting a few here.
A combination of theoretical knowledge and experimental strategies may improve the production of industrially relevant secondary metabolites.
Other clinically relevant secondary outcomes evaluated were: the weaning time, duration of MV, successful weaning rate and the ICU length of stay (ICU-LOS).
There is a very helpful overview of the Antinomy in chapter 4 of Quarfood (2004) which includes many references to relevant secondary literature.
This chapter describes the terminology of battery science and engineering, the chemistry of the most relevant secondary battery technologies, kinetics, energy efficiency reduction contributions, and potential in development.
They allowed recognizing the risks related to specific surgical techniques and especially the fact, that a technically correct anterior cruciate ligament surgery in a pediatric patient bears little risk of a clinically relevant secondary growth change.
FTIR results enabled us to state that proteins adsorbed to the AgNPs did not suffer relevant secondary structure alteration upon their physical interaction with the AgNPs or when covalently bonded to them.
According to the FTIR results the proteins on AgNP surface did not undergo relevant secondary structure alteration along with their interaction with AgNPs, nor when covalently bonded to them as reported in other published data [50, 51].
For the purpose of characterizing relationships between physiological signals, it is useful to identify phase either as a primary outcome or as an intermediate step to obtain other relevant secondary indices.
Studies have shown that the ACL provided more than 80% of anterior restraining force from 30° to 90° of knee flexion, while other ligamentous structures such as the medial joint capsule, the iliotibial tract, and the medial and lateral collateral ligaments provided no relevant secondary restraint to this motion [12].
The power generation of the reference configuration of the spallation target was accurately calculated by the code MCNPX, which allows to simulate individual particle tracks in 3-D geometry, starting from the accelerated 140 MeV protons down to all the relevant secondary particles.
