Parkinson RENR_HUMAN

RENR_HUMAN - 350 amino acids

Parkinson

NC

CN

Max NC = 33
Total NC = 1015/1950
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 29
Total CN = 935/1950
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 2 Seq2 = 3 Seq3 = 11 Seq4 = 16 Seq5 = 22 Seq6 = 22 Seq7 = 28 Seq8 = 28 Seq9 = 16 Seq10 = 19 Seq11 = 23 Seq12 = 19 Seq13 = 26 Seq14 = 25 Seq15 = 7 Seq16 = 8 Seq17 = 10 Seq18 = 19 Seq19 = 12 Seq20 = 21 Seq21 = 13 Seq22 = 12 Seq23 = 17 Seq24 = 17 Seq25 = 16 Seq26 = 20 Seq27 = 10 Seq28 = 10 Seq29 = 9 Seq30 = 4 Seq31 = 3 Seq32 = 12 Seq33 = 10 Seq34 = 12 Seq35 = 9 Seq36 = 17 Seq37 = 7 Seq38 = 19 Seq39 = 13 Seq40 = 8 Seq41 = 22 Seq42 = 28 Seq43 = 28 Seq44 = 20 Seq45 = 25 Seq46 = 24 Seq47 = 11 Seq48 = 7 Seq49 = 13 Seq50 = 11 Seq51 = 14 Seq52 = 14 Seq53 = 15 Seq54 = 14 Seq55 = 8 Seq56 = 3 Seq57 = 9 Seq58 = 11 Seq59 = 16 Seq60 = 14 Seq61 = 13 Seq62 = 21 Seq63 = 11 Seq64 = 3 Seq65 = 8 Seq66 = 22 Seq67 = 33 Seq68 = 16 Seq69 = 6 SeqR2 = 1 SeqR3 = 12 SeqR4 = 8 SeqR5 = 19 SeqR6 = 15 SeqR7 = 29 SeqR8 = 27 SeqR9 = 15 SeqR10 = 13 SeqR11 = 23 SeqR12 = 17 SeqR13 = 18 SeqR14 = 25 SeqR15 = 13 SeqR16 = 6 SeqR17 = 14 SeqR18 = 25 SeqR19 = 22 SeqR20 = 19 SeqR21 = 16 SeqR22 = 8 SeqR23 = 8 SeqR24 = 11 SeqR25 = 8 SeqR26 = 18 SeqR27 = 15 SeqR28 = 9 SeqR29 = 15 SeqR30 = 3 SeqR31 = 6 SeqR32 = 8 SeqR33 = 7 SeqR34 = 12 SeqR35 = 10 SeqR36 = 13 SeqR37 = 12 SeqR38 = 14 SeqR39 = 8 SeqR40 = 19 SeqR41 = 16 SeqR42 = 23 SeqR43 = 24 SeqR44 = 13 SeqR45 = 23 SeqR46 = 17 SeqR47 = 11 SeqR48 = 12 SeqR49 = 10 SeqR50 = 17 SeqR51 = 16 SeqR52 = 12 SeqR53 = 6 SeqR54 = 6 SeqR55 = 6 SeqR56 = 4 SeqR57 = 10 SeqR58 = 8 SeqR59 = 17 SeqR60 = 13 SeqR61 = 16 SeqR62 = 17 SeqR63 = 13 SeqR64 = 3 SeqR65 = 11 SeqR66 = 24 SeqR67 = 29 SeqR68 = 9 SeqR69 = 8

1 MAVFVVLLAL 2
2 VLLALVAGVL 3
3 VAGVLGNEFS 11
4 GNEFSILKSP 16
5 ILKSPGSVVF 22
6 GSVVFRNGNW 22
7 RNGNWPIPGE 28
8 PIPGERIPDV 28
9 RIPDVAALSM 16
10 AALSMGFSVK 19
11 GFSVKEDLSW 23
12 EDLSWPGLAV 19
13 PGLAVGNLFH 26
14 GNLFHRPRAT 25
15 RPRATVMVMV 7
16 VMVMVKGVNK 8
17 KGVNKLALPP 10
18 LALPPGSVIS 19
19 GSVISYPLEN 12
20 YPLENAVPFS 21
21 AVPFSLDSVA 13
22 LDSVANSIHS 12
23 NSIHSLFSEE 17
24 LFSEETPVVL 17
25 TPVVLQLAPS 16
26 QLAPSEERVY 20
27 EERVYMVGKA 10
28 MVGKANSVFE 10
29 NSVFEDLSVT 9
30 DLSVTLRQLR 4
31 LRQLRNRLFQ 3
32 NRLFQENSVL 12
33 ENSVLSSLPL 10
34 SSLPLNSLSR 12
35 NSLSRNNEVD 9
36 NNEVDLLFLS 17
37 LLFLSELQVL 7
38 ELQVLHDISS 19
39 HDISSLLSRH 13
40 LLSRHKHLAK 8
41 KHLAKDHSPD 22
42 DHSPDLYSLE 28
43 LYSLELAGLD 28
44 LAGLDEIGKR 20
45 EIGKRYGEDS 25
46 YGEDSEQFRD 24
47 EQFRDASKIL 11
48 ASKILVDALQ 7
49 VDALQKFADD 13
50 KFADDMYSLY 11
51 MYSLYGGNAV 14
52 GGNAVVELVT 14
53 VELVTVKSFD 15
54 VKSFDTSLIR 14
55 TSLIRKTRTI 8
56 KTRTILEAKQ 3
57 LEAKQAKNPA 9
58 AKNPASPYNL 11
59 SPYNLAYKYN 16
60 AYKYNFEYSV 14
61 FEYSVVFNMV 13
62 VFNMVLWIMI 21
63 LWIMIALALA 11
64 ALALAVIITS 3
65 VIITSYNIWN 8
66 YNIWNMDPGY 22
67 MDPGYDSIIY 33
68 DSIIYRMTNQKIRMD 16
69 RMTNQKIRMD 6

1 LALLVVFVAM 0
2 LVGAVLALLV 1
3 SFENGLVGAV 12
4 PSKLISFENG 8
5 FVVSGPSKLI 19
6 WNGNRFVVSG 15
7 EGPIPWNGNR 29
8 VDPIREGPIP 27
9 MSLAAVDPIR 15
10 KVSFGMSLAA 13
11 WSLDEKVSFG 23
12 VALGPWSLDE 17
13 HFLNGVALGP 18
14 TARPRHFLNG 25
15 VMVMVTARPR 13
16 KNVGKVMVMV 6
17 PPLALKNVGK 14
18 SIVSGPPLAL 25
19 NELPYSIVSG 22
20 SFPVANELPY 19
21 AVSDLSFPVA 16
22 SHISNAVSDL 8
23 EESFLSHISN 8
24 LVVPTEESFL 11
25 SPALQLVVPT 8
26 YVREESPALQ 18
27 AKGVMYVREE 15
28 EFVSNAKGVM 9
29 TVSLDEFVSN 15
30 RLQRLTVSLD 3
31 QFLRNRLQRL 6
32 LVSNEQFLRN 8
33 LPLSSLVSNE 7
34 RSLSNLPLSS 12
35 DVENNRSLSN 10
36 SLFLLDVENN 13
37 LVQLESLFLL 12
38 SSIDHLVQLE 14
39 HRSLLSSIDH 8
40 KALHKHRSLL 19
41 DPSHDKALHK 16
42 ELSYLDPSHD 23
43 DLGALELSYL 24
44 RKGIEDLGAL 13
45 SDEGYRKGIE 23
46 DRFQESDEGY 17
47 LIKSADRFQE 11
48 QLADVLIKSA 12
49 DDAFKQLADV 10
50 YLSYMDDAFK 17
51 VANGGYLSYM 16
52 TVLEVVANGG 12
53 DFSKVTVLEV 6
54 RILSTDFSKV 6
55 ITRTKRILST 6
56 QKAELITRTK 4
57 APNKAQKAEL 10
58 LNYPSAPNKA 8
59 NYKYALNYPS 17
60 VSYEFNYKYA 13
61 VMNFVVSYEF 16
62 IMIWLVMNFV 17
63 ALALAIMIWL 13
64 STIIVALALA 3
65 NWINYSTIIV 11
66 YGPDMNWINY 24
67 YIISDYGPDM 29
68 DMRIKQNTMRYIISD 9
69 DMRIKQNTMR 8