Coevolution is the process of descent with reciprocal modification among entities through repeated dynamic interactions between them.
In fact, reciprocal phosphorylation/O-GlcNAcylation of specific amino acid has been demonstrated for several proteins, including the transcription factor, c-myc, and the reciprocal modification was found to differentially affect the activities of these proteins [ 86].
During meiosis, homologous copies of the chromosomes align, and the repair of programmed double-stranded breaks in the DNA leads to recombination: the reciprocal exchange of DNA between homologs (crossovers), or the non-reciprocal modification of one homolog, using the other as a template (non-crossover gene conversion).
However, the positive scaling relationships between proboscid length and suction pump muscle size, as seen in both long-proboscid Nemestrinidae (Karolyi et al., 2013) and Tabanidae, indicates that obtaining an elongated proboscid requires some cost through reciprocal anatomical modifications.
Thus, the typical dihybrid 15:1 ratio for duplicate gene action is modified as 11 5 due to the reciprocal dominance modification of wr1 and wr2.
Thus, the typical 15:1 ratio for duplicate gene action is modified as 11 5 due to the reciprocal dominance modification of recessive alleles.
The colour pattern with standard phenol/modified phenol, NaOH and KOH tests in F2 progenies of both the crosses showed 9 7 (complementary gene interaction) and 11 5 ratios (reciprocal dominance modification of recessive alleles), respectively.
Further, the colour trait in F2 progenies of both the crosses with NaOH and KOH tests were observed to segregate in 11 5 ratio (wine red/dark wine red: light yellow/ no reaction), wherein typical 15:1 ratio for duplicate gene action is modified as 11 5 due to the reciprocal dominance modification of recessive alleles.
Accounting for the different patterns of mature small RNAs between reciprocal hybrids, the different modifications of MIRNA genes may be the cause of these different phenotypes due to the different epigenomes.
Highest scoring mRNA sequences were submitted to the reciprocal tBlastX search without modification.
