In the future, we plan to use reverse genetic techniques to evaluate other APMV serotypes (serotype 2 to 9) as vaccine vectors and oncolytic agents.
TILLING (Targeting Induced Local Lesions IN Genomes) involves identifying and recovering rare mutant alleles in specific genes of interest from a large library of randomly mutagenized individuals, and is one of the most widely used reverse genetic techniques.
As a result of drawbacks in currently used reverse genetic techniques, the pace of research into biological processes in C. elegans is still largely dictated by the probability of obtaining a mutant of any given gene and, thus, new techniques are needed to complement those previously described.
We also included wild-type isolates from humans generated using reverse genetics techniques.
Nevertheless, the methods described here permit exploration of A95 using reverse genetic tools.
Thus, as to whether Ghd7.1 is candidate gene for qSVN7, it must be verified using reverse genetic approaches.
This function has been confirmed using reverse genetic approaches.
Working with yeast, allows the use of reverse genetic techniques to measure the phenotypic effect of individual SNP [50,51].
Moreover, a detailed functional characterization of BnWRKY TFs, using a variety of reverse genetic techniques, in the context of S. sclerotiorum response, will help to better delineate their physiological roles.
Theoretically, not all 131 amino acid positions in the five antigenic sites play a critical role in determining antigenicity, and some immunodominant positions (i.e., major antibody-binding sites) could be identified by using bioinformatics models and reverse genetic techniques (23– 23).
