This method enables qualitative and quantitative assessment of vasculature at unprecedented resolution and volume with relatively high throughput, opening new possibilities to study vessel architecture and vascular alterations in models of disease.
Being able to analyze samples at a high throughput opens the application of metabolomics to a systems level, where metabolomics technologies are comparable to genomics or proteomics in providing large-scale metabolic information about various processes in living organisms.
Simrank provides molecular ecologists with a high-throughput, open source choice for comparing large sequence sets to find similarity.
Results: We present a self-contained, automated high-throughput open source genome sequencing and computational genomics pipeline suitable for prokaryotic sequencing projects.
To address the outstanding challenges for local computational genomics support, we have developed a state of the art, self-contained, automated high-throughput open source software pipeline for computational genomics in support of prokaryotic sequencing projects.
We also assayed the behavior of flies from each split-GAL4 driver line in a high-throughput open-field arena described in (Kabra et al., 2013) for 15 min during dTrpA1 activation using 10X UAS-dTRPA1 (attP16) (Hamada et al., 2008) at 30°C.
Analysis shows that shared access achieves at least the overall throughput of open access while also satisfying rate requirements, while closed access fails for cellular users and open access fails for the home user.
For D ≤ D th, shared access obtains the same throughput as open access regardless of ε.
For femtocells within the outer area, shared access achieves higher network throughput than open access while satisfying the QoS of both home and cellular users.
Clearly, it is desirable to quantify the throughput of open, closed, and shared access as a function of the FAP MBS distance.
