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Therefore, they are employed extensively in disease diagnostics for the detection of suitable marker proteins, antibodies, DNA sequences or cells.
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Our analyses of experimental data along with simulations from each hypothesis render it unlikely that assembly coordination significantly shapes the structure of theta sequences or CA1 cell assemblies.
Deep sequencing utilizing next generation sequencing or single cell genomics are expected to break through this barrier, providing novel tools to characterize the plasma cell neoplasms.
New hi-tech techniques of 2nd-generation sequencing or single-cell sequencing could be efficient candidates for mapping the mechanomics of various species (Lawrie et al., 2008).
In addition to studies aiming at better understanding of basis and processes of mammalian folliculogenesis, increasing interest and significance of high-throughput techniques such as microarrays, next generation sequencing, or single cell genomics is also observed in reproductive medicine to evaluate quality of oocytes and embryos [ 4].
ChIP assay is used for detecting the binding of a transcription factor with its response elements on gene promoters or regulatory sequences in tissue or cell lysates under real biological situation.
These studies were among the first to show that partial antigen fragmentation was a necessary and sufficient event for T cell recognition and opened the way to defining the precise peptide sequences or 'epitopes' that T cells recognised.
PURs can be bulk or surface functionalised with biomimetic peptide sequences or natural polymers, affecting cell response and/or the biodegradation rate.
However, regardless of course sequence (organismal first, or cell and molecular first), introductory courses for majors and non-majors alike tend to focus the learning of evolution on variation and selection at a conceptual level.
In the natural ECM environment, the cell-adhesion sequences or domains found in various types of ECM proteins provide contact sites and modulate neuronal cell behaviors through interaction with cell-surface receptors [ 7].
Programs with such a subquadratic runtime are necessary: many projects currently desire trees on hundreds of thousands of taxa, and new projects such as metagenomics or sequencing individual cells inside a human may require creating trees from millions of sequences.
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