Fig. 1 Evolution of cardiac index (a), stroke volume index (b), systemic vascular resistance index (c), and stroke volume variation (d) throughout the experiment, measured by femoral artery thermodilution (FATD), and the pressure-recording analytical method (PRAM).
The evolution of these indices was compared with that of seasonal precipitation and temperature, and trends in time were calculated.
Magnetic resonance imaging (MRI) provides a powerful tool to noninvasively assess the evolution of various indices that can characterize cerebral tissue status after stroke [ 11– 11].
The next lines (b, c, d, and e) show the evolution of the index from the ration of efficacy (index 0) to DAS.,P2 score (index 4) with the addition of omission (b), repetition (c), bad achievement (d), and planning mistakes (e).
In addition, we study the main determinants of the evolution of the index and examine the patterns of correlation between the index and agricultural production.
Wai and other authors have proposed a further evolution of AAR index, by combining AST to platelet count [aspartate aminotransferase platelet ratio index (APRI)] [ 29– 33].
Global temperature variations in connection with evolution of Dst index and CR variations is discussed.
A degradation model to describe the evolution of degradation index was established and validated.
By means of physicochemical theories, it is possible to establish how evolution of the index and absorption is related to the microscopic properties of the system.
When the temperature rises to 85 °C, the evolution of refractive index (n and k) of VO2 film allows a largely enhanced reflectivity and absorptance, which decreases the transmittance of metal VO2 film to ~ 30% at λ = 630 nm.
The process under investigation can describe the evolution of stocks, indexes, cancer cells, proliferation of bacteria, inventories, military conflicts, in which the process is being observed only restrictively, i.e., at some specified random epochs.
