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This study explores the genomic organization of critical genes such as PSMC4, MPZL1, and SCN1B across various species, including humans, rats, zebrafish, frogs, and chickens. By analyzing their positions on different chromosomes and scaffolds, we aim to better understand evolutionary relationships and functional conservation among these species. This comparative approach highlights the conserved nature of these genes, which may have significant implications in developmental biology and medical research pertaining to ion channel function and neurological disorders.
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PSMC4 MPZL1 SCN1B Human FWD > Chr. 1 Chr. 11 Chr. 19 < REV MPZ SCN2B APOA1 SCN4B EVA1L EVA1 SCN3B FBL EVA1 SCN2B FBL EVA1L SCN4B SCN3B MPZ Rat FWD > Chr. 1 Chr. 8 Chr. 13 < REV PSMC4 MPZL1 SCN1B FBL EVA1 SCN4B.2 PSMC4 Zebrafish FWD > Chr. 2 Chr. 5 Chr. 15 Chr. 16 < REV SCN2B SCN3B SCN1B APOA1 SCN4B.1 MPZ EVA1 SCN2B SCN4B SCN3B Frog FWD > Scaffold_195 Scaffold_39 Scaffold_298 Scaffold_1060 Scaffold_1073 < REV FBL PSMC4 MPZL1 SCN3B Chicken FWD > Chr. 1 unmapped Chr. 24 < REV APOA1 MPZL1 SCN4B EVA1L EVA1 MPZ SCN2B