In addition, to the observed alternative splicing sub-types such as exon skipping (ES), alternative donor (AltD) or acceptor (AltA) site, and intron retention (IR), various complex types can be formed by combination of basic events [ 4, 5].
The distribution of scattering centers, macro-inhomogeneities, such as blood vessels, tumors, aneurisms, etc. can be formed by combination of 3D elementary volumes (objects) presenting spatial variations in the tissues.
Later texts present the conception that the universe was formed by combinations and permutations of five elements: ether-space (akasha), wind (vayu), fire (agni), water (apas), and earth (bhumi).
Half the gene products contain a single domain and half are formed by combinations of between two and six domains.
Response plans for this threat are formed by combinations of all possible mitigation actions, considering those actions that are mutually exclusive (e.g., MA 10 cannot be simultaneously implemented with MA 2, MA 4, and MA 7).
At mid-frequencies, however, due to the limitations of conventional deterministic FEM/BEM models and standard SEA models, the main methodologies currently adopted are hybrid approaches which are formed by combinations of two or more different standard modelling techniques into one procedure [20, 21].
In each instance, four groups were formed by combinations of high-risk or low-risk cluster with high or low individual components.
The existence of these repetitive elements in the core elements strongly supports the hypothesis that SD13M was formed by combinations of nonallelic homologous recombination events.
Different WAVE complexes are formed by combinations of subunit isoforms encoded by paralogous genes, including WAVE1, WAVE2 and WAVE3 as well as Abi-1, -2 and -3 (Veltman and Insall, 2010).
