Fig. Lipidomic and Proteomic Analysis of MHS Liver Tissues Revealing Adaptation Mechanisms to the Hadal Zone. (IMAGE)

KeAi Communications Co., Ltd.

Fig. Lipidomic and Proteomic Analysis of MHS Liver Tissues Revealing Adaptation Mechanisms to the Hadal Zone.

Caption

Fig. Lipidomic and Proteomic Analysis of MHS Liver Tissues Revealing Adaptation Mechanisms to the Hadal Zone. A: Morphological Diagram of the hadal snailfish. B: Sampling locations for the hadal snailfish. C: The left panel displays a heatmap of the percentage composition of 36 lipid subclasses across five deep-sea fish species; The right panel shows the lipid types that significantly vary in NHS compared to other deep-sea fish species. Graph depicting the percentage distribution of different lipid types within the total fat content. D: Total Lipid Content in Liver Tissues of Various Deep-Sea Fish Species. E. Lipid Saturation Analysis in Liver Tissues of Various Deep-Sea Fish Species. F: Top 30 Proteins Expressed in MHS Liver Tissues. G: The top panel displays the triacylglycerol to sterol ratio in liver tissues from five deep-sea fish species, where 'TAG' includes TAG and TAG-O, and 'ST' consists of Cholesterol + CE. The bottom panel shows the ratio of PE to PC, with 'PE' including PE and PEO-, and 'PC' including PC and PCO-; Each species is represented by three biological replicates. H: The Process of Ferroptosis; High expression of TF content in MHS liver.

Credit

Han Xu

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