Sequence analysis of the 283 bp crd3 - affected amplicon
from primer pair 7 showed that exons 15 and 16 are absent from affected cDNA.
Not exact matches
The coding sequence of chicken Acvr1 was PCR amplified
from chicken embryo cDNA using the following
primer pair: chAcvr1 - NcoI - fwd, 5 ′ - ACCATGGCTCTCCCCGTGCTGCTG - 3 ′ and chAcvr1 - BamHI - rev, 5 ′ - AGGATCCTCAACAGTCAGCCTTCAGTTT - 3 ′.
The remaining 2
pairs of
primers, both derived
from highly conserved sequences in the hexon gene [26], [28], were able to detect TMAdV in culture as well as directly
from clinical material.
A new
primer pair designed
from the sequenced E gene TV - 3 (f) and TV - 3 (r) was used to detect viral genes in clinical samples collected
from different affected regions in China.
Raw single reads (and their mate
pairs)
from deep sequencing libraries corresponding to 3 XMRV - positive samples [VP35, 14,589,296 reads; VP42, 14,573,990 reads; and VP62 (2006), 18,308,352 reads] and 3 XMRV - negative samples [VP10, 5,270,536 reads; VP30, 4,378,204 reads; and VP62 (2012), 3,985,692 reads] were then stripped of adapter and
primer sequences and aligned to the CRS mitochondrial genome using BLASTn (word size = 11, E-value = 1 × 10 − 10).
To further characterize canine ADAM9, 33
primer pairs were designed to amplify and sequence the genomic interval between exon 14 and exon 17
from one normal and two affected dogs (Table 4).
We screened 24
pairs of redesigned
primers and found 5
pairs that clearly showed interprétable variation: rLut832 (
primers: 5 ′ - GTCAGTTT - CCTCACATTCAGA - 3 ′ and 5 ′ - AACTTTGGGGGTCCTTT - TAT - 3 ′ — modified
from Dallas and Piertney 1998), rLut818 (
primers: 5 ′ - TTTCAGGGCACAAGGATG - 3 ′ and 5 ′ - CCG - CCAGGGGACACAGT - 3 ′ modified
from Dallas and Piertney 1998), rTt - 2 (5 ′ - TCCCTCATGTTCACAGCAGTAT - 3 ′ and 5 ′ - TTCAAGGATTCAAGGACCAT - 3 ′ — modified
from Davis and Strobeck 1998), nRIO - 01 (5 ′ - CCTGCCAGGCCC - TATTC - 3 ′ and 5 ′ - TCTGAAAAGTGGATATCTGTCATC - 3 ′ modified
from Beheler et al. 2005), and nRIO - 08 (5 ′ - TGAGGTGTTGGTGTTTTGTTCTAT - 3 ′ and 5 ′ - TTGCCTG - CTGACATTGAAGMT - 3 ′ — modified
from Beheler et al. 2005).