These tools assess supply chain structures underlying the total material footprint of a product or product group and thus visualize the type and complexity of intermediate deliveries.
The most important new feature is the option to now construct network models for structures which include nucleotides and small molecule/ligands, and thus visualize the collective dynamics of broader range of bio-molecular structures (Fig. 1a and b).
By SHaSM, we will have the ability to "see" individual BTO NCs and thus "visualize" single mRNA, which is almost impossible by other super-resolution microscopy techniques due to the optical constraints posed by fluorescent probes.
In the absence of ZIP1, homologs become aligned, but because Zip1 is necessary for tight pairing of homologous centromeres in late meiotic prophase, their centromeres are often slightly separated and thus visualized as side-by-side Mtw1 foci [14], [20], [21].
4 In another example, we introduced ribose 2′-F atoms at specific nucleoside positions, allowing local monitoring of binding events and thus visualizing dynamic RNA ligand interactions.
An earlier and more precisely evaluation of tumor response is obtained by using PET-CT as it is a functional body-imaging and thus visualizes not just macroscopic but also metabolic changes [ 50].
Only the LOH events defined as statistically significant by CNAG (with LOH likelihood higher than 30, as default threshold, and thus visualized in the HMM-LOH track) and covering regions longer than 2 Mb were considered.
When co-labelled with fluorescent active 4′,6-diamidino-2-phenylindole (DAPI) which binds A-T enriched nucleotide regions and thus visualizes nuclear DNA, TBPH immunoreactivity co-localized with DAPI but was also detectable outside DAPI labelling (Supplementary Material, Fig. S2, arrowheads), suggesting glia-specific TBPH expression in both nucleus and perinuclear regions.
The remaining five primary cultures presented a total of 11 LOH regions that were not detected by CNAG in original tissues because not reaching the LOH likelihood threshold to be classified as statistically significant by the software and thus visualized in the HMM-LOH track.
It can thus visualize moving atoms, allowing to perform interactive molecular dynamics simulations on smartphones and tablets.
Caltech in my post-Nobel career enabled us to develop a new field, dubbed "4D Electron Microscopy," that transforms resolutions in both space and time, thus visualizing atomic structures in space -- nanometer or less -- and in time -- femtosecond -- and potentially the attosecond.
