S13.7z.002

: This expansion, including Gypsy/DIRS1 retroelements, is linked to the organism's ability to adapt to high hydrostatic pressure and the extreme cold of the deepest ocean trenches [5.2, 5.6]. 3. Neuroscience and Chromatin Mapping

: This specific supplemental table details transposable elements (repeats) that drive large-scale genome expansion [6]. S13.7z.002

Based on current technical and scientific databases, "S13" most commonly appears in high-level research in the following contexts: 1. Lipidomics and Chemical Analysis Based on current technical and scientific databases, "S13"

"Table S13" is a critical component of reports concerning the ( Paelopatides sp. Yap ). In comparative brain atlases, "Table S13" correlates to

In comparative brain atlases, "Table S13" correlates to .

: It highlights that transposons occupy 58.82% of the genome in these deep-sea organisms, significantly higher than other echinoderms (typically 24–29%) [6].

: It often provides the calibration curves for specific isomers like FA 16:1 (n-7Z) , FA 18:1 (n-10Z) , and FA 20:4 [20].