Therefore, a transcriptomic approach could provide a much broader analysis of different biological processes allowing for an integrated description of responses to xenobiotics [ 5, 6].
With the rising demand for high-throughput analyses of increasingly complex samples, ion mobility-mass spectrometry (IM-MS) has found broad application in the analysis of biological systems, as this rapid 2D separation (ms and μs, respectively) provides comprehensive molecular information regarding analyte size, mass, and relative abundance.
It is not clear whether this difference has any biological significance or if it is a spurious pattern related to the reduced sample size of our analysis as opposed to the broader analysis of Jobson and Qiu [ 5].
Network topology-based analysis of biological data is a broad research area (Ma'ayan, 2008).
Bioengineering is a broad-based engineering discipline that studies engineering biological processes involving product design, sustainability and analysis of biological systems.
Analysis of biological material.
By studying several examples, we show that this system allows real time analysis of a broad array of biological processes such as growth, development and motility.
The result of this GO analysis shows that a broad array of biological process and molecular function associated products are represented by the DEGs identified through our pair-wise comparisons.
The described method enables single-cell analysis of DNA methylation in a broad range of biological systems, including embryonic development, stem cell differentiation, and cancer.
Finally, while the present study is focused on the newly discovered role for P32 in neurotransmitter release, the resulting research materials are expected to facilitate in vivo analysis of P32 function in a broad range of biological processes.
