Understanding sex determination mechanisms is the first and most paramount step in the development of sex control breeding biotechnologies for fish.
Resilience was a key factor in this subject, and the idea of agency was integral to understanding the determination of Indigenous women to build and make change.
Understanding the determination and differentiation of heterogeneous cell types within the context of complex tissues is fundamental to many areas of biology.
Understanding sex determination in wild plants is particularly valuable because it is in these species that data can be linked to ecological processes that are prevailing drivers of sexual system variation (Frank 1989; Jacobs and Wade 2003).
This work may contribute significantly towards characterizing the protein component of mitotic chromosomes and understanding the determination of centromere, a process which seems to depend primarily on protein component and its posttranslational modification (Birchler et al. 2009).
Understanding sex determination systems in fish has direct commercial applications, since several commercially important traits, such as growth and age at maturity, are sex-specific in a wide variety of aquaculture fish species.
Everything that was, is more: brutality, injustice, poverty, anger; but also clarity, knowledge, understanding and, possibly, determination.
Because specimen preparation for biological cryo-EM is critical for achieving high-resolution structure determination, understanding relationship between the practical use of instrumentation and the materials is important.
However, to our knowledge, dynamic models that aim at understanding cell-fate determination and patterning in SCNs are still scarce.
Fine mapping this locus and describing its structure thus understanding the sex determination of kelp gametophytes will be the focus of our future studies.
