Nobody had yet solved a complex disease where multiple genes are involved, which is what alopecia is.
Thus, multiple genes are involved, together with their regulatory systems.
Scientists assumed that multiple genes are responsible for these complex colors and markings.
Multiple genes are involved in the nuclear-mitochondrial cross talk and respond to oxidative stress manifested due to impaired mitochondrial function.
When multiple genes are stacked together the interactions between genes will play an important role in determining trait performance of the pyramided lines (Ye and Smith, 2010).
Multiple genes are likely to determine the level of these, and other resorption stimuli, excessive response to such stimuli, and/or inappropriate "coupling" between resorption and formation.
While Kluyveromyces marxianus is a promising yeast strain for biotechnological applications, genetic engineering of this strain is still challenging, especially when multiple genes are to be transformed.
The architecture of the common genetic epilepsies following complex inheritance, where multiple genes are involved, is also beginning to be unraveled.
Multiple genes are likely to be involved, each of which may also interact with other genes, as well as with possible environmental risk factors.
Mice carrying mutations in multiple genes are traditionally generated by sequential recombination in embryonic stem cells and/or time-consuming intercrossing of mice with a single mutation.
Although multiple genes are generally thought to control an individual's resistance to infection, only one gene determines susceptibility to a herpesvirus.
