qRT-PCR reactions using the cDNA as a template revealed a shift in the amplification curve between reactions using either the native luc or synthetic luc* primer pairs.
In the related species V. pannonica, initial investigation of the VicTR-A repeats, using probe amplified in a PCR reaction with genomic DNA as a template, revealed a different hybridization pattern for their eccDNA, consisting of the smear with spots spaced by about 180 bp which could not be derived from multiples of the monomer length (Fig. 3J).
At 95 SNPs, comparison of TaqMan genotypes generated from MDA product and gDNA templates revealed a very good concordance rate but a higher failure rate for MDA product compared to gDNA.
RT-PCR assays using extracted RNA from normal and scrapie-infected hamsters as the templates revealed a 187 bp product with Tau-2-specific primers and a 127 bp fragment with Tau-4-specific primers, possibly representing the tau isoform of 372 amino acid residues and isoform of 432 amino acid residues, while the primers for Tau-6 failed to produce positive product (data not shown).
Amplification with cyt b specific primers using genomic DNA as template revealed the presence of an intron of about 1500 bp length after the codon for glycine at amino acid position 143.
Indeed, THOC5/FMIP specific PCR analyses using genomic DNA as a template revealed that exons IV/V were deleted from these organs, including spleen after only one × times poly (I C) injection.
Moreover, homology modeling analysis based on GII norovirus capsid 5BSX template revealed that substitutions, mutations, and more importantly, deletions and insertions, occurred at or near the putative epitopes and histo-blood group antigen (HBGA) binding sites in its protruding P2 domain, which might confer new antigenic or biological properties for this novel variant.
Indeed, transcribed genes across the genome have now been found to undergo AID deamination (reviewed by [ 8, 9]), and recently, deep sequencing of AID-ChIPed template revealed broad AID-associations with expressed loci [ 10].
Comparison of the features of the newly-identified clade to the above-described ATP-grasp template revealed considerable concordance (for example: K104, D233, and D246xN248 correspond to features 2-4 listed above in the human CDC123 protein).
Analysis of the PLP-binding site using homology modelling with the structure of 45CBS as the template revealed that the fully conserved glycine residue (Gly in human 45CBS) in the N-terminal module is replaced by a bulky asparagine residue (Asn) that may sterically affect PLP binding.
