Researchers looked at the egg genes across a variety of species, and used novel statistical tools developed by Dr. Ziheng Yang of University College in London that compared different types of sequence changes in different regions of each gene.
Two types of sequence are commonly used: nonmodulating (or tonal) sequence, which keeps the restatements all in a single key; and modulating sequence, which may traverse several keys.
Different types of sequence effects, both synergistic and antagonistic, are identified and tentative interpretations are suggested.
In this paper, we examine two types of sequence learning tasks: sequence classification and sequence recognition.
Since its introduction, high-resolution melting (HRM) analysis has been used for genotyping of various types of sequence alterations.
Similarly, some of the limits using DNA sequence data can be overcome by other types of sequence derived characters.
Two types of sequence boundaries (regional unconformities and regional exposed non-sedimentary surfaces) and double systems tract boundaries (maximum flooding and first flooding surfaces) are identified.
Using their ideas, many authors such as Kwon and Shim [10], Bilgin [11], Altin et al. [12], Esi [13], Tripathy and Baruah [14, 15], Tripathy and Dutta [16, 17] and others constructed different types of sequence spaces.
The southeastern basin margin is divided into steep slope fault belt in the west and fault terrace belt in the east, and two corresponding types of sequence stratigraphic patterns developed.
For VFT2 essentially two types of sequence have evolved.
Database analysis was performed using versions of the BLAST program appropriate for different types of sequence comparisons: BLASTN for nucleotide sequences, BLASTP for protein sequences.
