The anatomical and cellular classification of these meningeal vessels was strengthened by complimentary experiments from both labs demonstrating functional implications of VEGFR3.
We have developed a novel approach that combines in vitro live cell labeling, optical microscopy, image processing, high throughput single cell mass spectrometry, and multivariate statistical analysis, to enable cellular classification via multiplexed analysis of cell peptide content.
Moreover, the cellular compartment classification of these proteins revealed that the most populous categories were actin cytoskeleton, cytoskeleton and intracellular, consistent with the aforementioned biological processes and molecular functions.
As shown in our proposed prediction schema, the software SurfG+ (Surface Gram positive), specially configured for GRAM+ bacteria, is responsible for most of the sub-cellular classifications, which vary between cytoplasmic (CYT), membrane (MEM), SEC and PSE.
Gene enrichment analysis showed over-represented gene ontology classifications of cellular, embryonic and nervous system development.
Precision was calculated as the ratio of true classifications of cellular drug sensitivity to all positive classification results.
There are three main classifications of ontologies, cellular component, biological process, and molecular function with several sub-classifications under each of the three.
The importance of the protein synthetic machinery and its re-establishment following rehydration is also highlighted by the preponderance of clusters associated with the Ribosomal subcategory of the Cellular Component Classification; 40% of the Cytoplasm category (23% overall).
Comparing Onthophagus to Tribolium, our genes sample roughly the same proportion of gene classes for classifications of molecular function, cellular component, and biological process.
The cellular component, biological process, and molecular function classifications of the honey bee sequences are shown in Table 2.
