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This response to treatment made these genes unsuitable for normalization of the expression of the skeletally related genes that were described above.
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To understand what makes these genes special, scientists may need to run experiments on brain cells.
The increase in As-tolerance and accumulation due to AtPCS1 and CePCS overexpression, observed at the As V) concentrations similar to those found in As-contaminated soils, makes these genes promising candidates for plant engineering for phytoremediation.
Several of these genes were also down-regulated in sigma-infected males, making these genes interesting candidates for controlling the fly's response to viruses.
The combination of their sunlight-induced expression and expected biochemical function makes these genes, listed in Table 1, attractive candidates for involvement in MAA biosynthesis.
What mechanisms of common regulation make these genes cluster together?
Limited recombination makes these genes virtually inaccessible to genetic mapping.
Expression patterns and lack of polymorphism make these genes non-classical class II analogues.
Haploinsufficiency may make these genes particularly susceptible to subtle differences in the genetic background.
Sub-telomeric gene families are often involved in host-pathogen interactions, making these genes of particular interest.
This makes these genes interesting, as they have been conserved across the four species for around 35.1 million years.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com