In summary we have demonstrated the utility of the replication-deficient chimpanzee adenovirus platform in induction of functional antibody and protective immunity against RVFV in multiple target livestock species in a disease-endemic setting.
The system consisting of a multiplex PCR step followed by macroarray allowed us to detect multiple target bacterial species simultaneously without the use of agarose gel electrophoresis.
To detect multiple target bacterial species simultaneously, gene specific primers designed to target the proteases genes of Acinetobacter ssp., P. fluorescens, Aeromonas hydrophila and Serratia marcescens were used in multiplex PCR.
This technology can detect multiple transcripts simultaneously in two ways: the target probes for different genes can have the same recognition sequence for the signal amplification system, thus generating a 'pooled' signal; alternatively, multiple independent signal amplification systems can be used to simultaneously detect multiple target RNA species each as a distinct signal.
The first part of the framework recursively identifies multiple EBRs for specified target species.
These include base pairing pattern, thermodynamic stability of the miRNA mRNA duplex [20], comparative sequence analysis of target sites in different species, multiple target site evaluation, site accessibility and UTR context [20 22].
It is becoming increasingly common for researchers to sequence multiple species related to a target species of interest in order to assist in its annotation.
Additionally, one of the species in the tree (but absent in the multiple alignment) is chosen as the target species for the reconstruction.
The target gene to be silenced can include a single gene or part sequence of a single gene that is targeted for suppression or can include multiple consecutive segments of a target gene, multiple nonconsecutive segments of a target gene, multiple alleles of a target gene, or multiple target genes from one or more species.
But obtaining sequences from throughout multiple gene families for large numbers of target species is costly as well as being experimentally and analytically challenging.
