The phrase "allows deciphering of the" is correct and usable in written English.
It can be used when discussing the capability or function of something that enables understanding or interpretation of information.
Example: "The new software allows deciphering of the complex data patterns that were previously difficult to analyze."
Alternatives: "enables interpretation of the" or "facilitates understanding of the".
It should be noted, that even the availability of tens of thousands of cancer genomes may not allow deciphering of the full complexity of all mutational processes occurring in the cancer cells of a person, who has been exposed to various mutagens and treatments throughout his/her lifetime.
Comprehensive combination of virus-host interactome with other "-omics" data (i.e. regulatory maps, functional genomics screens) and genome-wide association studies will allow deciphering of virus-host complex relationship as well as a better understanding of the role of viruses in the aetiology of some complex multi-factorial human diseases.
Nevertheless, our approach allows deciphering the signatures of the most prevalent processes and as the amount of available cancer genomics data increases, it will allow better understanding cellular processes and mutagenesis.
This correction allows deciphering the effect of H2O from the effect of F on NBO/T in Figure 3. Figure 3A,C shows that, for each mineral (from the literature data and this study), F partition coefficients tend to decrease with increasing H2O-induced NBO/T variations, i.e. with increasing melt depolymerization.
That is why we accepted a challenge to create a software tool that allows deciphering the compartmentation of metabolites based on the analysis of average isotopic isomer distribution.
The exhaustive analysis of this collection enables the generation of chromosomal contact maps, that allows deciphering the average positioning of loci of interest with respects with each others within the nucleus.
For instance, perfusion of patients with [13C]-glucose allows deciphering the metabolomics of tumors and opens a new area in the search for effective targets.
We also show that the method allows deciphering the average 3D organization of these genomes in space, unveiling a remarkable diversity of chromosome organization in microorganisms.
The progress in sequencing techniques allows deciphering genomes of more and more organisms within a very short time.
