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Next, based on the carcinogenesis relevance value, we investigated the common core and specific network marker of four cancers for multiple drug targets with the aim of suggesting potential and relevant medical therapy for cancer.
In summary, we used systems biology to construct the common core network marker of four different cancers, which contains 28 proteins as the house-keeping proteins shared by the different cancers.
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There is currently no definitive marker of MHV-68 latency.
Therefore, local baseline Fkbp5 mRNA levels can act as a marker of GR sensitivity in that specific brain region.
Chromosome 11 and chromosome 21 each had one marker (of two markers with Zmax values greater than one) with Zmax values greater than 1.5 (Table 3).
Identification of the core network markers of four cancers (28 proteins) - A brief review of our previous methods In our previous study [ 17], we used the systems biology approach to study network markers of various cancers.
We successfully used our methods to find core and specific network markers of four different kinds of cancer and the evolution of network markers from the early stage to late stage of liver cancer [ 15, 16].
One is to find the core network markers of four cancers by systems biology approach, and the other is to attach these network markers by ligand-based and structure-based CADD (computer-aided drug design) methods.
In our previous study, we identified 28 significant proteins--i.e., common core network markers--of four types of cancers as house-keeping proteins of these cancers.
In addition to individual markers, clusters of four markers were securely attached to the shank and thigh segments.
An independent analysis of the marker content of four contigs demonstrates the reliability of the assembly.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com