Erik Stolterman is Professor in the School of Informatics and Computing at Indiana University Bloomington, and the coauthor of Thoughtful Interaction and The Design Way (second edition), both published by the MIT Press.
Previous studies have demonstrated that N-terminal truncation of EBOV NP resulted the loss-of-function in NP-NP interaction and the first 450 amino-acid of EBOV NP, forming the core domain, is sufficient for the formation of nucleocapsid-like structures and viral genome replication (Watanabe et al., 2006).
Previous work by several groups has demonstrated that the N-terminal domain of EBOV NP is responsible for NP-NP interaction and the first 450 amino acids is sufficient for a helical NLC formation (Watanabe et al., 2006; Noda et al., 2010).
The first theme reflects the participants' understanding of why patients approach primary care, the second one the conditions for the physician-patient interaction, and the third one the physicians' internal decision making.
Two main sources of nonlinearity are established: the first associated with higher-order wave structure interactions, and the second associated with viscous dissipation.
The first one contains all interactions reported in only one of the input data sets ('unique interactions') and the second one consists of interactions reported in more than one database ('common interactions').
The first strategy considered cis-trans interactions and the second strategy considered cis-cis interactions.
In this special issue, we have two empirical studies focussing on root-level interactions, with one focussing on intraspecific interactions and the second a comparative study among species.
The first file contains the pairwise domain odds for pairs of PFAM domains potentially involved in interactions, and the second provides PFAM pairwise scores from the DOMINE database.
