Ongoing analyses indicate that thousands of additional, non- PHR (e.g., NMH and OTV) markers could be mapped, and thus the full potential of the array for mapping in the 'Holiday' × 'Korona' cross has yet to be realized.
Covalent functionalization of carbon nanotubes offers the architecture for a three-dimensional enzyme array for potential application in biosensor devices.
This work has clear implications toward building intelligent synthetic neural circuits by arranging the size, site, and patterns of the microtube array, for potential treatment of neurological disorders.
However, despite their potential for arrayed operation, most demonstrations to date have been performed with single devices due to the limitations of current methods for measuring cantilever displacement.
These results illustrate the potential use of the sensor array for disease diagnosis and other biomedical monitoring applications.
It also demonstrates the multiplexing potential of the developed protein array for diagnostics and drug screening applications, where the interaction between an analyte and several binding partners can be screened simultaneously.
In addition, we observed that repeats in the middle of the dynamic region in platypus were more similar to each other compared with repeats at the outside of the array, indicating unequal crossover as a potential mechanism for array maintenance (fig. 3 B and supplementary fig. S1 b, Supplementary Material online).
The results demonstrate a potential application of the ZnO nanostructure array for efficient solar device technology.
As expected, when the MAF increases, the power will increase and using whole dataset or potential low coverage Pilot 14 M array for testing the association of common alleles can reach a high power for some disease models.
Except for the recessive models, the power of using the potential low coverage Pilot 14 M array for testing association of alleles with MAF ≥ 7% in both CEU and CHD samples were higher than 0.80.
