X IGHG1_HUMAN

IGHG1_HUMAN - 399 amino acids

X

NC

CN

Max NC = 84
Total NC = 1647/3185
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 58
Total CN = 1538/3185
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 25 Seq2 = 32 Seq3 = 14 Seq4 = 11 Seq5 = 11 Seq6 = 33 Seq7 = 20 Seq8 = 25 Seq9 = 21 Seq10 = 19 Seq11 = 8 Seq12 = 6 Seq13 = 5 Seq14 = 6 Seq15 = 16 Seq16 = 17 Seq17 = 25 Seq18 = 21 Seq19 = 7 Seq20 = 15 Seq21 = 34 Seq22 = 84 Seq23 = 58 Seq24 = 22 Seq25 = 31 Seq26 = 61 Seq27 = 8 Seq28 = 26 Seq29 = 8 Seq30 = 30 Seq31 = 37 Seq32 = 11 Seq33 = 15 Seq34 = 16 Seq35 = 24 Seq36 = 16 Seq37 = 6 Seq38 = 9 Seq39 = 41 Seq40 = 41 Seq41 = 13 Seq42 = 14 Seq43 = 19 Seq44 = 6 Seq45 = 50 Seq46 = 35 Seq47 = 36 Seq48 = 20 Seq49 = 10 Seq50 = 15 Seq51 = 17 Seq52 = 22 Seq53 = 27 Seq54 = 35 Seq55 = 32 Seq56 = 31 Seq57 = 17 Seq58 = 8 Seq59 = 9 Seq60 = 18 Seq61 = 29 Seq62 = 15 Seq63 = 26 Seq64 = 9 Seq65 = 22 Seq66 = 27 Seq67 = 15 Seq68 = 15 Seq69 = 19 Seq70 = 17 Seq71 = 10 Seq72 = 11 Seq73 = 9 Seq74 = 13 Seq75 = 7 Seq76 = 7 Seq77 = 17 Seq78 = 30 SeqR1 = 19 SeqR2 = 36 SeqR3 = 14 SeqR4 = 13 SeqR5 = 3 SeqR6 = 23 SeqR7 = 20 SeqR8 = 10 SeqR9 = 19 SeqR10 = 15 SeqR11 = 10 SeqR12 = 8 SeqR13 = 6 SeqR14 = 7 SeqR15 = 15 SeqR16 = 14 SeqR17 = 24 SeqR18 = 22 SeqR19 = 17 SeqR20 = 27 SeqR21 = 31 SeqR22 = 58 SeqR23 = 51 SeqR24 = 19 SeqR25 = 29 SeqR26 = 54 SeqR27 = 5 SeqR28 = 21 SeqR29 = 13 SeqR30 = 19 SeqR31 = 26 SeqR32 = 17 SeqR33 = 8 SeqR34 = 19 SeqR35 = 26 SeqR36 = 12 SeqR37 = 11 SeqR38 = 6 SeqR39 = 30 SeqR40 = 38 SeqR41 = 13 SeqR42 = 14 SeqR43 = 22 SeqR44 = 6 SeqR45 = 48 SeqR46 = 25 SeqR47 = 18 SeqR48 = 24 SeqR49 = 9 SeqR50 = 17 SeqR51 = 14 SeqR52 = 17 SeqR53 = 28 SeqR54 = 22 SeqR55 = 28 SeqR56 = 44 SeqR57 = 21 SeqR58 = 5 SeqR59 = 11 SeqR60 = 23 SeqR61 = 23 SeqR62 = 18 SeqR63 = 26 SeqR64 = 11 SeqR65 = 10 SeqR66 = 25 SeqR67 = 17 SeqR68 = 16 SeqR69 = 32 SeqR70 = 13 SeqR71 = 9 SeqR72 = 17 SeqR73 = 14 SeqR74 = 13 SeqR75 = 13 SeqR76 = 11 SeqR77 = 15 SeqR78 = 31

1 ASTKGPSVFP 25
2 PSVFPLAPSS 32
3 LAPSSKSTSG 14
4 KSTSGGTAAL 11
5 GTAALGCLVK 11
6 GCLVKDYFPE 33
7 DYFPEPVTVS 20
8 PVTVSWNSGA 25
9 WNSGALTSGV 21
10 LTSGVHTFPA 19
11 HTFPAVLQSS 8
12 VLQSSGLYSL 6
13 GLYSLSSVVT 5
14 SSVVTVPSSS 6
15 VPSSSLGTQT 16
16 LGTQTYICNV 17
17 YICNVNHKPS 25
18 NHKPSNTKVD 21
19 NTKVDKKVEP 7
20 KKVEPKSCDK 15
21 KSCDKTHTCP 34
22 THTCPPCPAP 84
23 PCPAPELLGG 58
24 ELLGGPSVFL 22
25 PSVFLFPPKP 31
26 FPPKPKDTLM 61
27 KDTLMISRTP 8
28 ISRTPEVTCV 26
29 EVTCVVVDVS 8
30 VVDVSHEDPE 30
31 HEDPEVKFNW 37
32 VKFNWYVDGV 11
33 YVDGVEVHNA 15
34 EVHNAKTKPR 16
35 KTKPREEQYN 24
36 EEQYNSTYRV 16
37 STYRVVSVLT 6
38 VSVLTVLHQD 9
39 VLHQDWLNGK 41
40 WLNGKEYKCK 41
41 EYKCKVSNKA 13
42 VSNKALPAPI 14
43 LPAPIEKTIS 19
44 EKTISKAKGQ 6
45 KAKGQPREPQ 50
46 PREPQVYTLP 35
47 VYTLPPSRDE 36
48 PSRDELTKNQ 20
49 LTKNQVSLTC 10
50 VSLTCLVKGF 15
51 LVKGFYPSDI 17
52 YPSDIAVEWE 22
53 AVEWESNGQP 27
54 SNGQPENNYK 35
55 ENNYKTTPPV 32
56 TTPPVLDSDG 31
57 LDSDGSFFLY 17
58 SFFLYSKLTV 8
59 SKLTVDKSRW 9
60 DKSRWQQGNV 18
61 QQGNVFSCSV 29
62 FSCSVMHEAL 15
63 MHEALHNHYT 26
64 HNHYTQKSLS 9
65 QKSLSLSPEL 22
66 LSPELQLEES 27
67 QLEESCAEAQ 15
68 CAEAQDGELD 15
69 DGELDGLWTT 19
70 GLWTTITIFI 17
71 ITIFITLFLL 10
72 TLFLLSVCYS 11
73 SVCYSATVTF 9
74 ATVTFFKVKW 13
75 FKVKWIFSSV 7
76 IFSSVVDLKQ 7
77 VDLKQTIIPD 17
78 TIIPDYRNMIGQGA 30

1 PFVSPGKTSA 19
2 SSPALPFVSP 36
3 GSTSKSSPAL 14
4 LAATGGSTSK 13
5 KVLCGLAATG 3
6 EPFYDKVLCG 23
7 SVTVPEPFYD 20
8 AGSNWSVTVP 10
9 VGSTLAGSNW 19
10 APFTHVGSTL 15
11 SSQLVAPFTH 10
12 LSYLGSSQLV 8
13 TVVSSLSYLG 6
14 SSSPVTVVSS 7
15 TQTGLSSSPV 15
16 VNCIYTQTGL 14
17 SPKHNVNCIY 24
18 DVKTNSPKHN 22
19 PEVKKDVKTN 17
20 KDCSKPEVKK 27
21 PCTHTKDCSK 31
22 PAPCPPCTHT 58
23 GGLLEPAPCP 51
24 LFVSPGGLLE 19
25 PKPPFLFVSP 29
26 MLTDKPKPPF 54
27 PTRSIMLTDK 5
28 VCTVEPTRSI 21
29 SVDVVVCTVE 13
30 EPDEHSVDVV 19
31 WNFKVEPDEH 26
32 VGDVYWNFKV 17
33 ANHVEVGDVY 8
34 RPKTKANHVE 19
35 NYQEERPKTK 26
36 VRYTSNYQEE 12
37 TLVSVVRYTS 11
38 DQHLVTLVSV 6
39 KGNLWDQHLV 30
40 KCKYEKGNLW 38
41 AKNSVKCKYE 13
42 IPAPLAKNSV 14
43 SITKEIPAPL 22
44 QGKAKSITKE 6
45 QPERPQGKAK 48
46 PLTYVQPERP 25
47 EDRSPPLTYV 18
48 QNKTLEDRSP 24
49 CTLSVQNKTL 9
50 FGKVLCTLSV 17
51 IDSPYFGKVL 14
52 EWEVAIDSPY 17
53 PQGNSEWEVA 28
54 KYNNEPQGNS 22
55 VPPTTKYNNE 28
56 GDSDLVPPTT 44
57 YLFFSGDSDL 21
58 VTLKSYLFFS 5
59 WRSKDVTLKS 11
60 VNGQQWRSKD 23
61 VSCSFVNGQQ 23
62 LAEHMVSCSF 18
63 TYHNHLAEHM 26
64 SLSKQTYHNH 11
65 LEPSLSLSKQ 10
66 SEELQLEPSL 25
67 QAEACSEELQ 17
68 DLEGDQAEAC 16
69 TTWLGDLEGD 32
70 IFITITTWLG 13
71 LLFLTIFITI 9
72 SYCVSLLFLT 17
73 FTVTASYCVS 14
74 WKVKFFTVTA 13
75 VSSFIWKVKF 13
76 QKLDVVSSFI 11
77 DPIITQKLDV 15
78 AGQGIMNRYDPIIT 31