Figure 1
Figure 1. Gcsfa and Gcsfb are paralogous genes that arose from a gene duplication event early in teleost evolution. (A) Synteny analysis of Gcsf ligands across species. Data from chicken, green spotted pufferfish, and fugu are adapted from Santos et al.12 (B) Alignment of human, mouse, and zebrafish Gcsfa and Gcsfb with Clustal Omega (EMBL-European Bioinformatics Institute). Predicted α-helical regions are underlined, modeled on the structure of human GCSF. (C) Proposed structure of Gcsfa and Gcsfb, modeled on the structure of human GCSF; α-helical regions of Gcsfa and Gcsfb are underlined in panel B.

Gcsfa and Gcsfb are paralogous genes that arose from a gene duplication event early in teleost evolution. (A) Synteny analysis of Gcsf ligands across species. Data from chicken, green spotted pufferfish, and fugu are adapted from Santos et al.12  (B) Alignment of human, mouse, and zebrafish Gcsfa and Gcsfb with Clustal Omega (EMBL-European Bioinformatics Institute). Predicted α-helical regions are underlined, modeled on the structure of human GCSF. (C) Proposed structure of Gcsfa and Gcsfb, modeled on the structure of human GCSF; α-helical regions of Gcsfa and Gcsfb are underlined in panel B.

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