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Table 1 The DCAF family genes and their chromosomal location in the human and mouse genomes

From: Expression profiling of WD40 family genes including DDB1- and CUL4- associated factor (DCAF) genes in mice and human suggests important regulatory roles in testicular development and spermatogenesis

Sr. No. Human DCAF gene symbol Human gene ID Human chromosome location Mouse DCAF gene symbol Mouse gene ID Mouse chromosome location
1 ATG16L1/WDR30 55,054 2q37.1 Atg16l1/Wdr30 77,040 1; 1 D
2 COP1/RFWD2 64,326 1q25.1-q25.2 Cop1/Rfwd2 26,374 1; 1 H1
3 CRBN 51,185 3p26.2 Crbn 58,799 6; 6 E1
4 ERCC8/CSA 1161 5q12.1 Ercc8/Csa 71,991 13; 13 D2.1
5 DCAF1/VPRBP 9730 3p21.2 Dcaf1/Vprbp 321,006 9; 9 F1
6 DCAF10/WDR32 79,269 9p13.2 Dcaf10/Wdr32 242,418 4; 4 B1
7 DCAF11/WDR23 80,344 14q12 Dcaf11/Wdr23 28,199 14 C3; 14 28.19 cM
8 DCAF12/WDR40A 25,853 9p13.3 Dcaf12/Wdr40a 68,970 4; 4 A5
9 DCAF12L1 139,170 Xq25 Dcaf12l1 245,404 X; X A4
10 DCAF12L2 340,578 Xq25 Dcaf12l2 245,403 X; X A4
11 DCAF13/WDSOF1 25,879 8q22.3 Dcaf13/Wdsof1 223,499 15; 15 B3.1
12 DCAF14/PHIP 55,023 6q14.1 Dcaf14/Phip 83,946 9; 9 E2
13 DCAF15 90,379 19p13.12 Dcaf15 212,123 8; 8 C2
14 DCAF17 80,067 2q31.1 Dcaf17 75,763 2; 2 C2
15 DCAF19/BRWD1 54,014 21q22.2 Dcaf19/Brwd1 93,871 16; 16 C4
16 DCAF2/CDT2/DTL 51,514 1q32.3 Dcaf2/Cdt2/Dtl 76,843 1; 1 H6
17 DCAF3/AMBRA1 55,626 11p11.2 Dcaf3/Ambra1 228,361 2; 2 E1
18 DCAF4/WD21A 26,094 14q24.2 Dcaf4/Wd21a 73,828 12; 12 D1
19 DCAF5/WDR22 8816 14q24.1 Dcaf5/Wdr22 320,808 12; 12 C3
20 DCAF6/IQWD1 55,827 1q24.2 Dcaf6/Iqwd1 74,106 1; 1 H2.2
21 DCAF7/WDR68 10,238 17q23.3 Dcaf7/Wdr68 71,833 11; 11 E1
22 DCAF8/WDR42A 50,717 1q23.2 Dcaf8/Wdr42a 98,193 1 H3; 1 79.54 cM
23 DCAF9/WDTC1 23,038 1p36.11 Dcaf9/Wdtc1 230,796 4; 4 D2.3
24 DDA1 79,016 19p13.11 Dda1 66,498 8; 8 B3.3
25 DDB2 1643 11p11.2 Ddb2 107,986 2; 2 E1
26 DET1 55,070 15q26.1 Det1 76,375 7; 7 D2
27 EED/ESC1 8726 11q14.2 Eed/Esc1 13,626 7 D3; 7
28 FBXW5 54,461 9q34.3 Fbxw5 30,839 2; 2 A3
29 FBXW8 26,259 12q24.22 Fbxw8 231,672 5; 5 F
30 GRWD1 83,743 19q13.33 Grwd1 101,612 7; 7 B3
31 Gβ2/GNB2 2783 7q22.1 Gβ2/Gnb2 14,693 5 G2; 5 76.54 cM
32 IFRG15/TOR1AIP2 163,590 1q25.2 Ifrg15/Tor1aip2 240,832 1; 1 G3
33 KATNB1 10,300 16q21 Katnb1 74,187 8; 8 C5
34 mβTrCP/BTRC 8945 10q24.32 Mβtrcp/Btrc 12,234 19; 19 C3
35 NLE1 54,475 17q12 Nle1 217,011 11; 11 C
36 NUP43 348,995 6q25.1 Nup43 69,912 10; 10 A1
37 PAFAH1B1/LIS1 5048 17p13.3 Pafah1b1/Lis1 18,472 11 B5; 11 45.76 cM
38 PWP1 11,137 12q23.3 Pwp1 103,136 10; 10 C1
39 RBBP4 5928 1p35.1 Rbbp4 19,646 4; 4 D2.2
40 RBBP5 5929 1q32.1 Rbbp5 213,464 1; 1 E4
41 RBBP7 5931 Xp22.2 Rbbp7 245,688 X; X F4
42 SMU1 55,234 9p21.1 Smu1 74,255 4; 4 A5
43 TLE1 7088 9q21.32 Tle1 21,885 4; 4 C3
44 TLE2 7089 19p13.3 Tle2 21,886 10; 10 C1
45 TLE3 7090 15q23 Tle3 21,887 9; 9 B
46 TRPC4AP 26,133 20q11.22 Trpc4ap 56,407 2 H1; 2 77.26 cM
47 WDR12 55,759 2q33.2 Wdr12 57,750 1; 1 C2
48 WDR26 80,232 1q42.11-q42.12 Wdr26 226,757 1; 1 H4
49 WDR39/CIAO1 9391 2q11.2 Wdr39/Ciao1 26,371 2 F1; 2 61.86 cM
50 WDR5 11,091 9q34.2 Wdr5 140,858 2; 2 A3
51 WDR51B/POC1B 282,809 12q21.33 Wdr51b/Poc1b 382,406 10; 10 C3-D1
52 WDR53 348,793 3q29 Wdr53 68,980 16; 16 B2
53 WDR57/SNRNP40 9410 1p35.2 Wdr57/Snrnp40 66,585 4; 4 D2.2
54 WDR59 79,726 16q23.1 Wdr59 319,481 8; 8 E1
55 WDR5B 54,554 3q21.1 Wdr5b 69,544 16; 16 B3
56 WDR61 80,349 15q25.1 Wdr61 66,317 9; 9 A5.3
57 WDR76 79,968 15q15.3 Wdr76 241,627 2; 2 E5
58 WDR82 80,335 3p21.2 Wdr82 77,305 9; 9 F1
59 WSB1 26,118 17q11.1 Wsb1 78,889 11; 11 B5
60 WSB2 55,884 12q24.23 Wsb2 59,043 5; 5 F
61 DCAF16 54,876 4p15.31 Absent in mouse
62 DCAF4L1 285,429 4p13 Absent in mouse
63 DCAF4L2 138,009 8q21.3 Absent in mouse
64 DCAF8L1 139,425 Xp21.3 Absent in mouse
65 DCAF8L2 347,442 Xp21.3 Absent in mouse