Our data therefore suggest that caste regulatory mechanisms in advanced eusocial Hymenoptera with dimorphic worker and queen castes are foreshadowed by mechanisms affecting divergence onto two developmental pathways in monomorphic primitively eusocial Hymenoptera.
Studying the influence of DNA methylation on developmental genes in mouse development should offer insight into the mechanisms affecting mammalian development and human developmental disorders, given the ethical issues of human studies.
The developmental change and the underlying cerebral mechanisms affecting this phenomenon remain unclear.
Taken together with Peg3 knockout work in mice, our findings suggest a regulatory mechanism affecting late prenatal developmental through Peg3 expression.
Although details of the chaperone activity and the molecular mechanism of the Hsp-mediated stress resistance are largely unknown, it is possible that these genes may also affect developmental processes.
It is not yet fully understood how endopolyploidy affects developmental processes in sepals, stamens and carpels.
Furthermore, gender also affected developmental patterns.
Furthermore, it remains unknown how chromatin organization affects developmental processes.
We tested whether inhibiting Rab1 in IPCs affects developmental timing.
Hsp67Ba showed significant effects on both FA and among-individual variation of wing shape, suggesting that some developmental buffering mechanisms affect both within- and among-individual phenotypic variation.
