(J ) Quantification of the number of medulla axons using gain of Notch function and gain of Su(H) function.
The tissue-dependent tuning of network parameters can, therefore, result in widely different consequences of removing both dx and Su(dx) function, and a counterintuitive functional redundancy between dx and Su(dx) can emerge from the architecture of the network in which these genes participate.
Control 12.33 ± 0.89 SD (n = 12, Gaussian distribution), gain of Notch function 2.33 ± 1.24 SD (n = 15, non-Gaussian distribution) (p<0.001), gain of Su(H) function 5.22 ± 1.99 SD (n = 9, Gaussian distribution) (p<0.05) (E, E′, J : non-parametric Kruskal Wallis Test, Data shown: mean ± SEM).
The Cr layer on SU-8 functions as an etch mask for the fabrication of nanostructures.
Through mathematical modeling and experimental observations, we found that cooperation rather than antagonism between Dx and Su(dx) function could emerge at low temperatures to sustain N signaling.
In light of the high conservation in these regions the invariant core and flanking sequences are important for the unique Su(H) function at any particular site.
We reasoned that loss of Su(H) function by RNAi directed to the CM should lead to ectopic Him reporter activity in CCs, mimicking the loss of Su(H) binding sites in the Him enhancer.
Several evidences indicate that Suppressor of Fused [Su(Fu)] functions as a tumor suppressor gene in mammalian cells.
To show that the best response function of SU k is a standard function, we prove the above three properties as follows: 1. Positivity: Since each SU can obtain a certain utility through power allocation and satisfies u(p k )>0. 2.
Obviously, the function ((Su)(t)) is equicontinuous at (t=0).
Phase 3. Assigning frequency to the selected SU: Calculate objective function for each available frequency at the selected SU.
