X NDUF6_HUMAN

NDUF6_HUMAN - 333 amino acids

X

NC

CN

Max NC = 54
Total NC = 1102/2248
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 66
Total CN = 1146/2248
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 6 Seq2 = 24 Seq3 = 22 Seq4 = 37 Seq5 = 38 Seq6 = 10 Seq7 = 23 Seq8 = 33 Seq9 = 6 Seq10 = 32 Seq11 = 46 Seq12 = 28 Seq13 = 21 Seq14 = 24 Seq15 = 28 Seq16 = 8 Seq17 = 5 Seq18 = 1 Seq19 = 1 Seq20 = 7 Seq21 = 4 Seq22 = 7 Seq23 = 9 Seq24 = 26 Seq25 = 33 Seq26 = 54 Seq27 = 28 Seq28 = 9 Seq29 = 2 Seq30 = 11 Seq31 = 18 Seq32 = 17 Seq33 = 16 Seq34 = 11 Seq35 = 6 Seq36 = 3 Seq37 = 3 Seq38 = 15 Seq39 = 19 Seq40 = 14 Seq41 = 29 Seq42 = 13 Seq43 = 23 Seq44 = 21 Seq45 = 16 Seq46 = 10 Seq47 = 19 Seq48 = 22 Seq49 = 14 Seq50 = 18 Seq51 = 17 Seq52 = 15 Seq53 = 10 Seq54 = 21 Seq55 = 12 Seq56 = 8 Seq57 = 10 Seq58 = 6 Seq59 = 22 Seq60 = 7 Seq61 = 11 Seq62 = 14 Seq63 = 12 Seq64 = 11 Seq65 = 36 SeqR1 = 10 SeqR2 = 18 SeqR3 = 25 SeqR4 = 22 SeqR5 = 51 SeqR6 = 19 SeqR7 = 20 SeqR8 = 38 SeqR9 = 9 SeqR10 = 17 SeqR11 = 46 SeqR12 = 18 SeqR13 = 24 SeqR14 = 17 SeqR15 = 28 SeqR16 = 8 SeqR17 = 2 SeqR18 = 4 SeqR20 = 6 SeqR21 = 7 SeqR22 = 9 SeqR23 = 10 SeqR24 = 28 SeqR25 = 36 SeqR26 = 66 SeqR27 = 24 SeqR28 = 16 SeqR29 = 9 SeqR30 = 12 SeqR31 = 13 SeqR32 = 18 SeqR33 = 18 SeqR34 = 14 SeqR35 = 16 SeqR36 = 6 SeqR37 = 6 SeqR38 = 8 SeqR39 = 17 SeqR40 = 17 SeqR41 = 16 SeqR42 = 14 SeqR43 = 13 SeqR44 = 21 SeqR45 = 25 SeqR46 = 19 SeqR47 = 37 SeqR48 = 34 SeqR49 = 11 SeqR50 = 19 SeqR51 = 11 SeqR52 = 7 SeqR53 = 4 SeqR54 = 26 SeqR55 = 17 SeqR56 = 18 SeqR57 = 7 SeqR58 = 7 SeqR59 = 10 SeqR60 = 12 SeqR61 = 12 SeqR62 = 19 SeqR63 = 17 SeqR64 = 8 SeqR65 = 30

1 MAASAHGSVW 6
2 HGSVWGPLRL 24
3 GPLRLGIPGL 22
4 GIPGLCCRRP 37
5 CCRRPPLGLY 38
6 PLGLYARMRR 10
7 ARMRRLPGPE 23
8 LPGPEVSGRS 33
9 VSGRSVAAAS 6
10 VAAASGPGAW 32
11 GPGAWGTDHY 46
12 GTDHYCLELL 28
13 CLELLRKRDY 21
14 RKRDYEGYLC 24
15 EGYLCSLLLP 28
16 SLLLPAESRS 8
17 AESRSSVFAL 5
18 SVFALRAFNV 1
19 RAFNVELAQV 1
20 ELAQVKDSVS 7
21 KDSVSEKTIG 4
22 EKTIGLMRMQ 7
23 LMRMQFWKKT 9
24 FWKKTVEDIY 26
25 VEDIYCDNPP 33
26 CDNPPHQPVA 54
27 HQPVAIELWK 28
28 IELWKAVKRH 9
29 AVKRHNLTKR 2
30 NLTKRWLMKI 11
31 WLMKIVDERE 18
32 VDEREKNLDD 17
33 KNLDDKAYRN 16
34 KAYRNIKELE 11
35 IKELENYAEN 6
36 NYAENTQSSL 3
37 TQSSLLYLTL 3
38 LYLTLEILGI 15
39 EILGIKDLHA 19
40 KDLHADHAAS 14
41 DHAASHIGKA 29
42 HIGKAQGIVT 13
43 QGIVTCLRAT 23
44 CLRATPYHGS 21
45 PYHGSRRKVF 16
46 RRKVFLPMDI 10
47 LPMDICMLHG 19
48 CMLHGVSQED 22
49 VSQEDFLRRN 14
50 FLRRNQDKNV 18
51 QDKNVRDVIY 17
52 RDVIYDIASQ 15
53 DIASQAHLHL 10
54 AHLHLKHARS 21
55 KHARSFHKTV 12
56 FHKTVPVKAF 8
57 PVKAFPAFLQ 10
58 PAFLQTVSLE 6
59 TVSLEDFLKK 22
60 DFLKKIQRVD 7
61 IQRVDFDIFH 11
62 FDIFHPSLQQ 14
63 PSLQQKNTLL 12
64 KNTLLPLYLY 11
65 PLYLYIQSWRKTY 36

1 WVSGHASAAM 10
2 LRLPGWVSGH 18
3 LGPIGLRLPG 25
4 PRRCCLGPIG 22
5 YLGLPPRRCC 51
6 RRMRAYLGLP 19
7 EPGPLRRMRA 20
8 SRGSVEPGPL 38
9 SAAAVSRGSV 9
10 WAGPGSAAAV 17
11 YHDTGWAGPG 46
12 LLELCYHDTG 18
13 YDRKRLLELC 24
14 CLYGEYDRKR 17
15 PLLLSCLYGE 28
16 SRSEAPLLLS 8
17 LAFVSSRSEA 2
18 VNFARLAFVS 4
19 VQALEVNFAR 0
20 SVSDKVQALE 6
21 GITKESVSDK 7
22 QMRMLGITKE 9
23 TKKWFQMRML 10
24 YIDEVTKKWF 28
25 PPNDCYIDEV 36
26 AVPQHPPNDC 66
27 KWLEIAVPQH 24
28 HRKVAKWLEI 16
29 RKTLNHRKVA 9
30 IKMLWRKTLN 12
31 EREDVIKMLW 13
32 DDLNKEREDV 18
33 NRYAKDDLNK 18
34 ELEKINRYAK 14
35 NEAYNELEKI 16
36 LSSQTNEAYN 6
37 LTLYLLSSQT 6
38 IGLIELTLYL 8
39 AHLDKIGLIE 17
40 SAAHDAHLDK 17
41 AKGIHSAAHD 16
42 TVIGQAKGIH 14
43 TARLCTVIGQ 13
44 SGHYPTARLC 21
45 FVKRRSGHYP 25
46 IDMPLFVKRR 19
47 GHLMCIDMPL 37
48 DEQSVGHLMC 34
49 NRRLFDEQSV 11
50 VNKDQNRRLF 19
51 YIVDRVNKDQ 11
52 QSAIDYIVDR 7
53 LHLHAQSAID 4
54 SRAHKLHLHA 26
55 VTKHFSRAHK 17
56 FAKVPVTKHF 18
57 QLFAPFAKVP 7
58 ELSVTQLFAP 7
59 KKLFDELSVT 10
60 DVRQIKKLFD 12
61 HFIDFDVRQI 12
62 QQLSPHFIDF 19
63 LLTNKQQLSP 17
64 YLYLPLLTNK 8
65 YTKRWSQIYLYLP 30