Our data showed that the vast majority of sequences belonged to one of the four major phyla: Bacteroidetes, Firmicutes, Actinobacteria and Fusobacteria.
The majority of sequences (67.2% CD and 43.3% non-IBD) were found in the OTU 1.
The majority of sequences with viral homology (86% for November and 75% for June) matched ssRNA viruses.
These sequences were almost entirely derived from fish, with the majority of sequences matching the myctophid fish K. andersoni.
The second cluster contained two specimens and the majority of sequences in both of these were Lactobacillus iners.
The vast majority of sequences found in these studies belong to novel subgroups that are not represented by cultured isolates.
For msp2, this was due to the majority of sequences being comprised of highly polymorphic repeats (with many gaps) flanked by only short regions of unique sequence.
Next, a minimal stringent criterion was used to select miRNA candidates, which ensured that the majority of sequences recovered were known miRNAs.
However, as shown in Table 1, either the left or right the primers did not match the majority of sequences annotated as Sneathia, Leptotrichia, Ureaplasma or Mycoplasma.
In the WT model, the majority of sequences differentially expressed by CMP013 were changed in all five animals in the treatment group.
In each of the figures associated with these calculations, the great majority of sequences are in the largest connected group of nodes.
