Leaders have to carefully ensure that their resource allocation, portfolio management, and incentive systems encourage the rapid-fire experimentation that characterizes a lean start-up.
The registered dataset serves as a starting point for characterizing the fine architecture of this large brain at unprecedented resolution.
Subsequent to the original screen, other groups have used the Ctf assay as a starting point to characterize specific biological pathways.
During movement (Figure 3C and 4C), the syllables were characterized by starting with a cluster 3 call (p<.01), finishing with a cluster 3 call (p<.01), transition from a cluster 3 call to silence (p<.01), transition from silence to a cluster 3 call (p<.01), and transition from a cluster 2 call to a cluster 3 call (p<.01).
During feeding (Figure 3B and 4B), the syllables were characterized by starting with a cluster 2 call (p<.01), finishing with a cluster 2 call (p<.01), repetition of a cluster 2 call (p<.05), transition from a cluster 2 call to silence (p<.01), and transition from silence to a cluster 2 call (p<.01).
During fights (Figure 3D and 4D), the syllables were characterized by starting with a cluster 1 call (p<.01), finishing with a cluster 1 call (p<.01), transition from a cluster 1 call to silence (p<.01), transition from silence to a cluster 1 call (p<.01), transition from a cluster 3 call to silence (p<.05), and transition from a cluster 1 call to a cluster 2 call (p<.01).
The data sets presented here provided a starting point to further characterize the functional significance of such regulatory events.
It is usually characterized by starting off with a rather small value of f ″ ( 0 ) > 0, with a non-monotonic behavior in the development of the velocity profiles f ′ , before assuming its final asymptotic value f ′ = 1.
Swelling behavior was dynamically characterized starting from a dehydrated state using a CCD-camera integrated with an inverted microscope.
X-ray diffraction, optical absorption and Raman spectroscopy, scanning electron microscopy with wave dispersive analysis, and transmission electron microscopy were used to characterize the starting Mo6S4I6 nanowires and the MoS2 nanotubes.
