Analysis of phocid seal (ringed seal, common seal) LALBA genomic fragments revealed the presence of one major LALBA transcript corresponding to correctly spliced exons 1, 2, 3 and 4 and a minor transcript corresponding to LALBA.
Analysis of the Cricetulus griseus genome revealed the existence of transcripts corresponding to the major PAM splice variants detected in rat and human (Fig. 2a).
Expression profiles of key regulators of reproductive development were assigned to three major transcriptional clusters corresponding to (i) transcripts associated only to flowering induction; (ii) transcripts associated to flowering induction and flower meristem initiation; and (iii) transcripts putatively involved in dormancy.
Transcripts corresponding to the predicted size of the major, full-length amelogenin transcript were clearly seen in the AmelxY/Y64H mice [including a transcript corresponding to alternatively spliced transcripts containing exon 4 (25)].
Segregation of the 46,XX and 46,XY subjects into 2 major groups was driven by large differences in expression of 11 of the 157 transcripts corresponding to 8 unique genes.
Following transfection, analysis of LALBA transcripts by RT-PCR and sequence analysis showed the presence of one major otariid LALBA transcript, corresponding to LALBA s), with the structure exon 1 2 3 and lacking exon 4, and two minor transcripts.
These isolates were analyzed using RT-PCR, targeting transcripts corresponding to the above genes.
In vitro-generated RNA transcripts corresponding to the engineered virus were infectious when inoculated onto the leaves of Chenopodium amaranticolor.
Wang et al. (2007) identified 162 unique transcripts corresponding to possible salt-related genes in P tenuiflora.
Transcripts corresponding to Avh275 were detected, as were transcripts corresponding to Avh275c, as shown in Figure 2B.
