Comparative genomic approaches have allowed the identification of conserved occurrences of sequence motifs [6,17].
Robust mechanisms for identification of such occurrences and contact with patients are required.
The identification of the occurrences of diseases in specific geographic locations is very important, as it comprises further information about the local distributions of the transmitting vectors as well, which helps to plan counter-measures to fight the disease.
Computational motif discovery (or motif finding) can be defined as the task of inferring the mathematical abstractions subject to the identification of the occurrences (i.e., the potential binding sites) in the input sequences.
In our case of study, the use of a short dataset representative of the recent changes in rainfall trends does not improve the identification of landslide occurrence.
The varied sampling times might have influenced the accurate identification of NAb occurrence and NAb titer comparisons among patients.
Thus, the identification of the occurrence and components of protein-protein interactions (PPIs) among accessory proteins provided invaluable insights into the cellular functions of these proteins.
Early identification of the occurrence of acute lung injury (ALI) would facilitate efficient therapeutic decision making in infants and young children after cardiac surgery with cardiopulmonary bypass (CPB).
Identification of co-occurrence of nitrogen fixing genes in species known to fix nitrogen enabled us to identify novel potential diazotrophs based on their genetic makeup.
In addition, other key components of different Se utilization traits (such as archaeal SecS, SelB, YbbB, YqeB and YqeC) from representative organisms were also used for identification of the occurrence of each Se trait in archaeal species.
