Parkinson NUBPL_HUMAN

NUBPL_HUMAN - 319 amino acids

Parkinson

NC

CN

Max NC = 34
Total NC = 959/1853
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 34
Total CN = 894/1853
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 5 Seq2 = 8 Seq3 = 10 Seq4 = 14 Seq5 = 21 Seq6 = 17 Seq7 = 14 Seq8 = 11 Seq9 = 12 Seq10 = 8 Seq11 = 21 Seq12 = 23 Seq13 = 20 Seq14 = 9 Seq15 = 14 Seq16 = 15 Seq17 = 9 Seq18 = 3 Seq19 = 3 Seq20 = 8 Seq21 = 14 Seq22 = 25 Seq23 = 8 Seq24 = 20 Seq25 = 19 Seq26 = 18 Seq27 = 19 Seq28 = 26 Seq29 = 14 Seq30 = 17 Seq31 = 17 Seq32 = 8 Seq33 = 7 Seq34 = 12 Seq35 = 15 Seq36 = 20 Seq37 = 34 Seq38 = 19 Seq39 = 14 Seq40 = 21 Seq41 = 10 Seq42 = 13 Seq43 = 16 Seq44 = 15 Seq45 = 14 Seq46 = 20 Seq47 = 8 Seq48 = 16 Seq49 = 32 Seq50 = 25 Seq51 = 16 Seq52 = 15 Seq53 = 14 Seq54 = 8 Seq55 = 25 Seq56 = 19 Seq57 = 15 Seq58 = 21 Seq59 = 16 Seq60 = 18 Seq61 = 11 Seq62 = 20 SeqR1 = 6 SeqR2 = 9 SeqR3 = 7 SeqR4 = 12 SeqR5 = 18 SeqR6 = 22 SeqR7 = 29 SeqR8 = 11 SeqR9 = 12 SeqR10 = 2 SeqR11 = 13 SeqR12 = 20 SeqR13 = 14 SeqR14 = 5 SeqR15 = 12 SeqR16 = 9 SeqR17 = 1 SeqR18 = 5 SeqR19 = 1 SeqR20 = 3 SeqR21 = 20 SeqR22 = 19 SeqR23 = 11 SeqR24 = 29 SeqR25 = 19 SeqR26 = 11 SeqR27 = 16 SeqR28 = 19 SeqR29 = 20 SeqR30 = 19 SeqR31 = 20 SeqR32 = 12 SeqR33 = 14 SeqR34 = 24 SeqR35 = 17 SeqR36 = 21 SeqR37 = 34 SeqR38 = 19 SeqR39 = 16 SeqR40 = 22 SeqR41 = 11 SeqR42 = 11 SeqR43 = 9 SeqR44 = 12 SeqR45 = 14 SeqR46 = 17 SeqR47 = 8 SeqR48 = 12 SeqR49 = 26 SeqR50 = 23 SeqR51 = 8 SeqR52 = 9 SeqR53 = 9 SeqR54 = 15 SeqR55 = 15 SeqR56 = 9 SeqR57 = 15 SeqR58 = 23 SeqR59 = 18 SeqR60 = 12 SeqR61 = 13 SeqR62 = 12

1 MGIWQRLLLF 5
2 RLLLFGGVSL 8
3 GGVSLRAGGG 10
4 RAGGGATAPL 14
5 ATAPLGGSRA 21
6 GGSRAMVCGR 17
7 MVCGRQLSGA 14
8 QLSGAGSETL 11
9 GSETLKQRRT 12
10 KQRRTQIMSR 8
11 QIMSRGLPKQ 21
12 GLPKQKPIEG 23
13 KPIEGVKQVI 20
14 VKQVIVVASG 9
15 VVASGKGGVG 14
16 KGGVGKSTTA 15
17 KSTTAVNLAL 9
18 VNLALALAAN 3
19 ALAANDSSKA 3
20 DSSKAIGLLD 8
21 IGLLDVDVYG 14
22 VDVYGPSVPK 25
23 PSVPKMMNLK 8
24 MMNLKGNPEL 20
25 GNPELSQSNL 19
26 SQSNLMRPLL 18
27 MRPLLNYGIA 19
28 NYGIACMSMG 26
29 CMSMGFLVEE 14
30 FLVEESEPVV 17
31 SEPVVWRGLM 17
32 WRGLMVMSAI 8
33 VMSAIEKLLR 7
34 EKLLRQVDWG 12
35 QVDWGQLDYL 15
36 QLDYLVVDMP 20
37 VVDMPPGTGD 34
38 PGTGDVQLSV 19
39 VQLSVSQNIP 14
40 SQNIPITGAV 21
41 ITGAVIVSTP 10
42 IVSTPQDIAL 13
43 QDIALMDAHK 16
44 MDAHKGAEMF 15
45 GAEMFRRVHV 14
46 RRVHVPVLGL 20
47 PVLGLVQNMS 8
48 VQNMSVFQCP 16
49 VFQCPKCKHK 32
50 KCKHKTHIFG 25
51 THIFGADGAR 16
52 ADGARKLAQT 15
53 KLAQTLGLEV 14
54 LGLEVLGDIP 8
55 LGDIPLHLNI 25
56 LHLNIREASD 19
57 REASDTGQPI 15
58 TGQPIVFSQP 21
59 VFSQPESDEA 16
60 ESDEAKAYLR 18
61 KAYLRIAVEV 11
62 IAVEVVRRLPSPSE 20

1 FLLLRQWIGM 6
2 LSVGGFLLLR 9
3 GGGARLSVGG 7
4 LPATAGGGAR 12
5 ARSGGLPATA 18
6 RGCVMARSGG 22
7 AGSLQRGCVM 29
8 LTESGAGSLQ 11
9 TRRQKLTESG 12
10 RSMIQTRRQK 2
11 QKPLGRSMIQ 13
12 GEIPKQKPLG 20
13 IVQKVGEIPK 14
14 GSAVVIVQKV 5
15 GVGGKGSAVV 12
16 ATTSKGVGGK 9
17 LALNVATTSK 1
18 NAALALALNV 5
19 AKSSDNAALA 1
20 DLLGIAKSSD 3
21 GYVDVDLLGI 20
22 KPVSPGYVDV 19
23 KLNMMKPVSP 11
24 LEPNGKLNMM 29
25 LNSQSLEPNG 19
26 LLPRMLNSQS 11
27 AIGYNLLPRM 16
28 GMSMCAIGYN 19
29 EEVLFGMSMC 20
30 VVPESEEVLF 19
31 MLGRWVVPES 20
32 IASMVMLGRW 12
33 RLLKEIASMV 14
34 GWDVQRLLKE 24
35 LYDLQGWDVQ 17
36 PMDVVLYDLQ 21
37 DGTGPPMDVV 34
38 VSLQVDGTGP 19
39 PINQSVSLQV 16
40 VAGTIPINQS 22
41 PTSVIVAGTI 11
42 LAIDQPTSVI 11
43 KHADMLAIDQ 9
44 FMEAGKHADM 12
45 VHVRRFMEAG 14
46 LGLVPVHVRR 17
47 SMNQVLGLVP 8
48 PCQFVSMNQV 12
49 KHKCKPCQFV 26
50 GFIHTKHKCK 23
51 RAGDAGFIHT 8
52 TQALKRAGDA 9
53 VELGLTQALK 9
54 PIDGLVELGL 15
55 INLHLPIDGL 15
56 DSAERINLHL 9
57 IPQGTDSAER 15
58 PQSFVIPQGT 23
59 AEDSEPQSFV 18
60 RLYAKAEDSE 12
61 VEVAIRLYAK 13
62 ESPSPLRRVVEVAI 12