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SLIT3. FGF18. BTRC2. SLIT1. FBXW4. LOXL4. MGEA5. KCNIP2. LDB1. 1. 3. BTRC1. SLC2A15. POLL. NPM1. KAZALD1. TLX1. LBX1. DPCD. FGF8. NPM3. KCNIP1. TLX3. Hs. Chr5. 574. 75. 9. 404. Hs. Chr10. Mm. 64. 88. 127. 22. 0.05. 1. 75. 5. 1. 8. 264. Chr11. 426. 38.
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SLIT3 FGF18 BTRC2 SLIT1 FBXW4 LOXL4 MGEA5 KCNIP2 LDB1 1 3 BTRC1 SLC2A15 POLL NPM1 KAZALD1 TLX1 LBX1 DPCD FGF8 NPM3 KCNIP1 TLX3 Hs Chr5 574 75 9 404 Hs Chr10 Mm 64 88 127 22 0.05 1 75 5 1 8 264 Chr11 426 38 5 371 Mm Chr19 Gg Chr13 71 77 120 21 0.05 76 5 31 10 217 500 218 23 9 312 Gg Chr6 Xt 140 23 119 7 2 2 89 5 2 3 139 S313 182 S24 Xt S238 Dra 0.4 27 111 220 120 13 83 2.6 60 94 156 Chr14 5 654 340 Dra Chr13 Drb Chr10 33 110 53 11 20 7 514 4 Drb Chr1 Tna Chr1 237 42 231 4 11 2 5 Tna S13770 Chr17 Tnb Chr7 26 35 0.3 99 2 S8483 Fra S362 S160 Tnb 2 Chr18 26 1 9 Frb S6 1 Fra S24 S52 52 18 15 8 Frb S62 Key: 88 44 13 Inversion sites Gap in sequence Large genomic distance End of contig 2 4 KAZALD2 DOK1 MGEA2 LOXL3 AUP1 TLX2 NKX3.2 LDB2 PROM1 PROM2 DOK2 NKX6.3 NKX3.1 NKX2.6 NPM4 FGF24 PCGF1 LBX2 KCNIP3 LOXL2 FGF17 NPM2 Hs Chr8 6 110 20 Hs Chr2 Chr4 Mm 3 11 7 2 0.2 417 Chr14 121 15 5 Mm Chr6 Chr5 370 1 10 8 0.8 6 Gg Chr22 Gg Chr4 3 134 Xt S30 21 ChrUn Xt S2223 S34 37 Dr Dra Chr14 Chr8 5 15 125 50 40 97 4 68 Drb Chr10 Tn Chr20 3 4 23 32 2 31 Tn S7880 Fr S70 4 22 32 1 16 Fr S4659
