With an adequate fragment representation for each amino acid and all possible dipeptides, the automated conversion of peptides and proteins into fSMILES becomes available.
The molecular fragment cheminformatics roadmap consists of four consecutive building blocks: An adequate fragment structure representation (1), defined operations on these fragment structures (2), the description of compartments with defined compositions and structural alignments (3), and the graphical setup and analysis of a whole simulation box (4).
An MFC roadmap consists of four consecutive building blocks above the MFD kernel (see Figure 1): An adequate fragment structure representation (1), a defined set of operations on these fragment structures (2), the description of compartments with defined compositions and structural alignments (3) and the graphical setup and analysis of a whole simulation box (4).
A consequent MFC roadmap with an adequate fragment structure representation (fSMILES), defined operations on these fragment structures, the description of compartments with defined compositions and structural alignments and the setup and analysis of a whole simulation box may considerably alleviate and broaden the use of mesoscopic simulation techniques like MFD.
Peanut total genomic DNA was digested with five different enzymes (AluI, MseI, RsaI, Sau3AI, and Tsp509I) to identify which one produced the most adequate fragment profile for library development.
Last but not least, MFC creates new cheminformatics challenges like a computer-assisted/automated fragmentation support to split a chemical compound of interest into adequate molecular fragments.
Larger molecules are composed of adequate "molecular fragment" particles that are bonded by harmonic springs to mimic covalent connectivities and spatial 3D conformations.
On the other hand the simulation box visualization is confined to adequate 3D spherical fragment rendering only since fragment connections are usually omitted without any loss of display quality.
Nevertheless, these technologies are adequate to process fragments larger than 2 kb or smaller than 100 bp, respectively.
For an adequate comparison of fragments in PubChem Compound to the results of an 'augmented atom' study of the CASRS published by Adamson et al. [47], atoms are characterized by their atomic number as sole feature.
