Comparative Structures and Evolution of Vertebrate Carboxyl Ester Lipase (<i>CEL</i>) Genes and Proteins with a Major Role in Reverse Cholesterol Transport

<table>Amino acid alignments for C-terminal 11-residue repeat sequences for mammalian CEL subunits. Hydrophobic amino acid residues are shown in red; hydrophilic residues in green; acidic residues in blue; basic residues in pink; (squared T) refers to known O-glycosylation sites for human CEL; R refers to repeat number. P-proline; V-valine; T-threonine; G-glycine; D-aspartate; E-glutamate; S-serine; A-alanine; K-lysine; N-asparagine; note consistent PVPP start sequences.</table>

Cholesterol

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Figure 2

Figure 2: Comparative Structures and Evolution of Vertebrate Carboxyl Ester Lipase (<i>CEL</i>) Genes and Proteins with a Major Role in Reverse Cholesterol Transport 

Figure 2 | Comparative Structures and Evolution of Vertebrate Carboxyl Ester Lipase (CEL) Genes and Proteins with a Major Role in Reverse Cholesterol Transport 