Plants NU1M_HUMAN

NU1M_HUMAN - 318 amino acids

Plants

NC

CN

Max NC = 90
Total NC = 401/606
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 24
Total CN = 205/606
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 1 Seq2 = 2 Seq3 = 2 Seq5 = 1 Seq6 = 1 Seq7 = 7 Seq8 = 35 Seq9 = 19 Seq10 = 12 Seq11 = 2 Seq12 = 1 Seq14 = 1 Seq17 = 8 Seq18 = 24 Seq19 = 1 Seq20 = 3 Seq23 = 6 Seq24 = 14 Seq25 = 8 Seq26 = 1 Seq27 = 1 Seq28 = 2 Seq31 = 3 Seq32 = 2 Seq33 = 1 Seq34 = 1 Seq35 = 16 Seq36 = 11 Seq37 = 2 Seq38 = 11 Seq39 = 90 Seq40 = 9 Seq41 = 1 Seq42 = 15 Seq43 = 6 Seq44 = 1 Seq45 = 7 Seq48 = 2 Seq49 = 1 Seq50 = 6 Seq51 = 2 Seq53 = 1 Seq54 = 7 Seq55 = 10 Seq56 = 10 Seq57 = 12 Seq58 = 8 Seq59 = 1 Seq60 = 1 Seq61 = 1 Seq62 = 11 SeqR2 = 1 SeqR6 = 1 SeqR8 = 6 SeqR9 = 6 SeqR10 = 2 SeqR11 = 1 SeqR12 = 2 SeqR13 = 1 SeqR14 = 1 SeqR15 = 1 SeqR17 = 11 SeqR18 = 24 SeqR19 = 2 SeqR23 = 1 SeqR24 = 11 SeqR25 = 2 SeqR27 = 1 SeqR32 = 2 SeqR34 = 7 SeqR35 = 11 SeqR36 = 17 SeqR37 = 1 SeqR39 = 2 SeqR41 = 3 SeqR42 = 1 SeqR43 = 6 SeqR45 = 1 SeqR48 = 5 SeqR50 = 6 SeqR51 = 1 SeqR52 = 1 SeqR54 = 2 SeqR55 = 6 SeqR56 = 6 SeqR57 = 8 SeqR58 = 17 SeqR59 = 1 SeqR60 = 2 SeqR61 = 18 SeqR62 = 7

1 MPMANLLLLI 1
2 LLLLIVPILI 2
3 VPILIAMAFL 2
4 AMAFLMLTER 0
5 MLTERKILGY 1
6 KILGYMQLRK 1
7 MQLRKGPNVV 7
8 GPNVVGPYGL 35
9 GPYGLLQPFA 19
10 LQPFADAMKL 12
11 DAMKLFTKEP 2
12 FTKEPLKPAT 1
13 LKPATSTITL 0
14 STITLYITAP 1
15 YITAPTLALT 0
16 TLALTIALLL 0
17 IALLLWTPLP 8
18 WTPLPMPNPL 24
19 MPNPLVNLNL 1
20 VNLNLGLLFI 3
21 GLLFILATSS 0
22 LATSSLAVYS 0
23 LAVYSILWSG 6
24 ILWSGWASNS 14
25 WASNSNYALI 8
26 NYALIGALRA 1
27 GALRAVAQTI 1
28 VAQTISYEVT 2
29 SYEVTLAIIL 0
30 LAIILLSTLL 0
31 LSTLLMSGSF 3
32 MSGSFNLSTL 2
33 NLSTLITTQE 1
34 ITTQEHLWLL 1
35 HLWLLLPSWP 16
36 LPSWPLAMMW 11
37 LAMMWFISTL 2
38 FISTLAETNR 11
39 AETNRTPFDL 90
40 TPFDLAEGES 9
41 AEGESELVSG 1
42 ELVSGFNIEY 15
43 FNIEYAAGPF 6
44 AAGPFALFFM 1
45 ALFFMAEYTN 7
46 AEYTNIIMMN 0
47 IIMMNTLTTT 0
48 TLTTTIFLGT 2
49 IFLGTTYDAL 1
50 TYDALSPELY 6
51 SPELYTTYFV 2
52 TTYFVTKTLL 0
53 TKTLLLTSLF 1
54 LTSLFLWIRT 7
55 LWIRTAYPRF 10
56 AYPRFRYDQL 10
57 RYDQLMHLLW 12
58 MHLLWKNFLP 8
59 KNFLPLTLAL 1
60 LTLALLMWYV 1
61 LMWYVSMPIT 1
62 SMPITISSIPPQT 11

1 ILLLLNAMPM 0
2 ILIPVILLLL 1
3 LFAMAILIPV 0
4 RETLMLFAMA 0
5 YGLIKRETLM 0
6 KRLQMYGLIK 1
7 VVNPGKRLQM 0
8 LGYPGVVNPG 6
9 AFPQLLGYPG 6
10 LKMADAFPQL 2
11 PEKTFLKMAD 1
12 TAPKLPEKTF 2
13 LTITSTAPKL 1
14 PATIYLTITS 1
15 TLALTPATIY 1
16 LLLAITLALT 0
17 PLPTWLLLAI 11
18 LPNPMPLPTW 24
19 LNLNVLPNPM 2
20 IFLLGLNLNV 0
21 SSTALIFLLG 0
22 SYVALSSTAL 0
23 GSWLISYVAL 1
24 SNSAWGSWLI 11
25 ILAYNSNSAW 2
26 ARLAGILAYN 0
27 ITQAVARLAG 1
28 TVEYSITQAV 0
29 LIIALTVEYS 0
30 LLTSLLIIAL 0
31 FSGSMLLTSL 0
32 LTSLNFSGSM 2
33 EQTTILTSLN 0
34 LLWLHEQTTI 7
35 PWSPLLLWLH 11
36 WMMALPWSPL 17
37 LTSIFWMMAL 1
38 RNTEALTSIF 0
39 LDFPTRNTEA 2
40 SEGEALDFPT 0
41 GSVLESEGEA 3
42 YEINFGSVLE 1
43 FPGAAYEINF 6
44 MFFLAFPGAA 0
45 NTYEAMFFLA 1
46 NMMIINTYEA 0
47 TTTLTNMMII 0
48 TGLFITTTLT 5
49 LADYTTGLFI 0
50 YLEPSLADYT 6
51 VFYTTYLEPS 1
52 LLTKTVFYTT 1
53 FLSTLLLTKT 0
54 TRIWLFLSTL 2
55 FRPYATRIWL 6
56 LQDYRFRPYA 6
57 WLLHMLQDYR 8
58 PLFNKWLLHM 17
59 LALTLPLFNK 1
60 VYWMLLALTL 2
61 TIPMSVYWML 18
62 TQPPISSITIPMS 7