Figures & data
Figure 1. A mechanistic model highlighting potential mechanisms underlying fish oil-induced biogenesis and activation of thermogenic adipocytes. Lund et al., p. 91.
![Figure 1. A mechanistic model highlighting potential mechanisms underlying fish oil-induced biogenesis and activation of thermogenic adipocytes. Lund et al., p. 91.](/cms/asset/806389ca-f55c-48bb-a4e1-514d8771568b/kadi_a_1496056_f0001_b.gif)
Figure 2. miRNA Strand Preference. (A) Depiction of conventional mechanism for miRNA strand expression where one miRNA strand (guide) is expressed and one miRNA strand (passenger/*) is repressed. (B) Depiction of differences in strand preference of miR-24 as viewed in the miRbase. Martin et al., p. 97.
![Figure 2. miRNA Strand Preference. (A) Depiction of conventional mechanism for miRNA strand expression where one miRNA strand (guide) is expressed and one miRNA strand (passenger/*) is repressed. (B) Depiction of differences in strand preference of miR-24 as viewed in the miRbase. Martin et al., p. 97.](/cms/asset/4180e83c-f791-44e6-9c90-49a4c5661b49/kadi_a_1496056_f0002_oc.jpg)
Figure 3. Representative Western Blot for lipolytic markers in human adipose tissue. Membranes were probed with antibodies directed against total ATGL, total HSL, phosphorylated HSL (pHSL) on Ser563 (corresponding to human Ser552). Jocken et al., p. 110.
![Figure 3. Representative Western Blot for lipolytic markers in human adipose tissue. Membranes were probed with antibodies directed against total ATGL, total HSL, phosphorylated HSL (pHSL) on Ser563 (corresponding to human Ser552). Jocken et al., p. 110.](/cms/asset/dba9553a-3916-429b-802c-0518811305bc/kadi_a_1496056_f0003_b.gif)