About this Research Topic
Body colour or pigmentation is an essential trait of aquatic animals. It plays an important role in multiple biological processes like camouflage, species identification, thermoregulation, photoprotection, microbial resistance, mimicry, selective mating, or predator avoidance. It also influences growth performance, ornamental value, nutritional quality, and stress resistance of aquatic animals. Therefore, exploring the underlying mechanism of body colour formation or pigmentation will provide a theoretical basis for cultivating new varieties of high-quality and yield or stress-resistant aquatic animals.
Biotechnology approaches including genomics, metagenomics, transcriptomics, proteomics, metabolomics, methylome, and single-cell sequencing to research pigmentation is an emerging fields and open new doors for understanding the underlying mechanisms of it in aquatic animals.
Thus, this Research Topic is on studies using multi-omics methods to explore the underlying molecular mechanism of body colour formation and pigmentation of aquatic animals. The scientific questions/topics may include but are not limited to the following:
• The underlying molecular mechanism includes different levels (DNA, RNA, protein, metabolism and single-cell levels) of body colour formation and pigmentation in aquatic animals
• How environmental, genetic, dietary and physiological factors influence the body colour formation and pigmentation in aquatic animals.
• Validation of molecules’ function in the body colour formation and pigmentation.
Biotechnology approaches including genomics, metagenomics, transcriptomics, proteomics, metabolomics, methylome, and single-cell sequencing to research pigmentation is an emerging fields and open new doors for understanding the underlying mechanisms of it in aquatic animals.
Thus, this Research Topic is on studies using multi-omics methods to explore the underlying molecular mechanism of body colour formation and pigmentation of aquatic animals. The scientific questions/topics may include but are not limited to the following:
• The underlying molecular mechanism includes different levels (DNA, RNA, protein, metabolism and single-cell levels) of body colour formation and pigmentation in aquatic animals
• How environmental, genetic, dietary and physiological factors influence the body colour formation and pigmentation in aquatic animals.
• Validation of molecules’ function in the body colour formation and pigmentation.
Keywords: body colour formation, pigmentation, aquatic animal, molecular mechanism
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