Figure.4. The expression trend of 11 vision-related functional genes ofO. oratoria compound eyes in five lighting scenarios based on
transcriptome and qRT-PCR datasets.
Meanwhile, few vision-related
functional proteins were identified, including arrestin protein,
sodium-coupled neutral amino acid transporter protein,
sodium/potassium/calcium exchanger protein, transient receptor potential
channel protein, retinal dehydrogenase protein, and
G protein-coupled receptor protein.
Among them, arrestin protein and sodium-coupled neutral amino acid
transporter protein were inferred to contribute to the LCPL-recognition
of O. oratoria compound eye. The expression trends of five
proteins based on proteomic sequencing and PRM were consistent. Similar
to gene expression levels, the expression levels of vision-related
proteins in O. oratoria compound eyes exposed to NL or LCPL
scenarios showed the higher values (Figure.5).