Atypicalities in specific features of cry (e.g., fundamental frequency) have been linked with diagnosed conditions such as autism, developmental delays, and chromosome abnormalities [5, 6] and with risk factors such as prematurity and prenatal drug exposure [7, 8].
Cyclin D1 and cyclin E are fundamental in the activation of the G1 phase.
Though lacking familiar phonemic information, the NP stimuli retained all the acoustic characteristics (e.g., fundamental frequency, harmonic and formant structure) of a typical human voice.
Cyclins D and E are fundamental G1-phase cyclins, while cyclins A and B allow cells to traverse the S and G2M phases of the cell cycle, respectively.
Two key parameters, the transposition rate (u and w, for replicative and non-replicative transposition) and the excision rate (e) are fundamental to understanding their evolution and maintenance in populations.
Studies of both a fundamental (e.g., pigs capabilities in general) and applied (e.g., the influence of specific treatments on cognitive development) nature are relevant in this context.
Training included theoretical and skills practice within and outside of paediatrics at fundamental (e.g. presentation skills, psychology training) and advanced levels (e.g. Balint groups, psychology training, bereavement).
These eigenstates are analogous to the frequency modes of a vibrating violin string (e.g., the fundamental note and the overtones), and they form the set of allowed energy states of the atom.
Gann heard a resonance of a truly fundamental E flat, the one that cycles just 18 times a minute, off the scale of what even Young's Böse can do, but the pitch from which all of the other notes in the piece derive as overtones; Keith Potter recalls hearing phantom French horns, saxophones and voices conjured from Young's keyboard.
Thus, E is a fundamental solution of D, in a matricial interpretation.
