X CD5R1_HUMAN

CD5R1_HUMAN - 307 amino acids

X

NC

CN

Max NC = 68
Total NC = 1080/2062
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 86
Total CN = 982/2062
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 19 Seq2 = 29 Seq3 = 9 Seq4 = 9 Seq5 = 12 Seq6 = 5 Seq7 = 8 Seq8 = 17 Seq9 = 9 Seq10 = 12 Seq11 = 4 Seq12 = 7 Seq13 = 3 Seq14 = 16 Seq15 = 17 Seq16 = 19 Seq17 = 16 Seq18 = 11 Seq19 = 3 Seq20 = 29 Seq21 = 68 Seq22 = 44 Seq23 = 5 Seq24 = 19 Seq25 = 14 Seq26 = 25 Seq27 = 47 Seq28 = 10 Seq29 = 4 Seq30 = 10 Seq31 = 13 Seq32 = 47 Seq33 = 26 Seq34 = 44 Seq35 = 25 Seq36 = 11 Seq37 = 13 Seq38 = 33 Seq39 = 18 Seq40 = 16 Seq41 = 22 Seq42 = 7 Seq43 = 11 Seq44 = 9 Seq45 = 8 Seq46 = 31 Seq47 = 24 Seq48 = 11 Seq49 = 21 Seq50 = 26 Seq51 = 35 Seq52 = 22 Seq53 = 9 Seq54 = 2 Seq55 = 14 Seq56 = 21 Seq57 = 14 Seq58 = 8 Seq59 = 22 Seq60 = 17 SeqR1 = 9 SeqR2 = 10 SeqR3 = 12 SeqR4 = 9 SeqR5 = 8 SeqR6 = 11 SeqR7 = 7 SeqR8 = 12 SeqR9 = 2 SeqR10 = 15 SeqR11 = 8 SeqR12 = 3 SeqR13 = 3 SeqR14 = 20 SeqR15 = 11 SeqR16 = 23 SeqR17 = 13 SeqR18 = 9 SeqR19 = 7 SeqR20 = 54 SeqR21 = 86 SeqR22 = 44 SeqR23 = 7 SeqR24 = 13 SeqR25 = 15 SeqR26 = 28 SeqR27 = 15 SeqR28 = 13 SeqR29 = 1 SeqR30 = 8 SeqR31 = 21 SeqR32 = 33 SeqR33 = 34 SeqR34 = 33 SeqR35 = 32 SeqR36 = 9 SeqR37 = 9 SeqR38 = 13 SeqR39 = 22 SeqR40 = 8 SeqR41 = 16 SeqR42 = 7 SeqR43 = 5 SeqR44 = 13 SeqR45 = 4 SeqR46 = 24 SeqR47 = 25 SeqR48 = 16 SeqR49 = 13 SeqR50 = 10 SeqR51 = 23 SeqR52 = 21 SeqR53 = 10 SeqR54 = 6 SeqR55 = 8 SeqR56 = 16 SeqR57 = 16 SeqR58 = 14 SeqR59 = 27 SeqR60 = 18

1 MGTVLSLSPS 19
2 SLSPSYRKAT 29
3 YRKATLFEDG 9
4 LFEDGAATVG 9
5 AATVGHYTAV 12
6 HYTAVQNSKN 5
7 QNSKNAKDKN 8
8 AKDKNLKRHS 17
9 LKRHSIISVL 9
10 IISVLPWKRI 12
11 PWKRIVAVSA 4
12 VAVSAKKKNS 7
13 KKKNSKKVQP 3
14 KKVQPNSSYQ 16
15 NSSYQNNITH 17
16 NNITHLNNEN 19
17 LNNENLKKSL 16
18 LKKSLSCANL 11
19 SCANLSTFAQ 3
20 STFAQPPPAQ 29
21 PPPAQPPAPP 68
22 PPAPPASQLS 44
23 ASQLSGSQTG 5
24 GSQTGGSSSV 19
25 GSSSVKKAPH 14
26 KKAPHPAVTS 25
27 PAVTSAGTPK 47
28 AGTPKRVIVQ 10
29 RVIVQASTSE 4
30 ASTSELLRCL 10
31 LLRCLGEFLC 13
32 GEFLCRRCYR 47
33 RRCYRLKHLS 26
34 LKHLSPTDPV 44
35 PTDPVLWLRS 25
36 LWLRSVDRSL 11
37 VDRSLLLQGW 13
38 LLQGWQDQGF 33
39 QDQGFITPAN 18
40 ITPANVVFLY 16
41 VVFLYMLCRD 22
42 MLCRDVISSE 7
43 VISSEVGSDH 11
44 VGSDHELQAV 9
45 ELQAVLLTCL 8
46 LLTCLYLSYS 31
47 YLSYSYMGNE 24
48 YMGNEISYPL 11
49 ISYPLKPFLV 21
50 KPFLVESCKE 26
51 ESCKEAFWDR 35
52 AFWDRCLSVI 22
53 CLSVINLMSS 9
54 NLMSSKMLQI 2
55 KMLQINADPH 14
56 NADPHYFTQV 21
57 YFTQVFSDLK 14
58 FSDLKNESGQ 8
59 NESGQEDKKR 22
60 EDKKRLLLGLDR 17

1 SPSLSLVTGM 9
2 TAKRYSPSLS 10
3 GDEFLTAKRY 12
4 GVTAAGDEFL 9
5 VATYHGVTAA 8
6 NKSNQVATYH 11
7 NKDKANKSNQ 7
8 SHRKLNKDKA 12
9 LVSIISHRKL 2
10 IRKWPLVSII 15
11 ASVAVIRKWP 8
12 SNKKKASVAV 3
13 PQVKKSNKKK 3
14 QYSSNPQVKK 20
15 HTINNQYSSN 11
16 NENNLHTINN 23
17 LSKKLNENNL 13
18 LNACSLSKKL 9
19 QAFTSLNACS 7
20 QAPPPQAFTS 54
21 PPAPPQAPPP 86
22 SLQSAPPAPP 44
23 GTQSGSLQSA 7
24 VSSSGGTQSG 13
25 HPAKKVSSSG 15
26 STVAPHPAKK 28
27 KPTGASTVAP 15
28 QVIVRKPTGA 13
29 ESTSAQVIVR 1
30 LCRLLESTSA 8
31 CLFEGLCRLL 21
32 RYCRRCLFEG 33
33 SLHKLRYCRR 34
34 VPDTPSLHKL 33
35 SRLWLVPDTP 32
36 LSRDVSRLWL 9
37 WGQLLLSRDV 9
38 FGQDQWGQLL 13
39 NAPTIFGQDQ 22
40 YLFVVNAPTI 8
41 DRCLMYLFVV 16
42 ESSIVDRCLM 7
43 HDSGVESSIV 5
44 VAQLEHDSGV 13
45 LCTLLVAQLE 4
46 SYSLYLCTLL 24
47 ENGMYSYSLY 25
48 LPYSIENGMY 16
49 VLFPKLPYSI 13
50 EKCSEVLFPK 10
51 RDWFAEKCSE 23
52 IVSLCRDWFA 21
53 SSMLNIVSLC 10
54 IQLMKSSMLN 6
55 HPDANIQLMK 8
56 VQTFYHPDAN 16
57 KLDSFVQTFY 16
58 QGSENKLDSF 14
59 RKKDEQGSEN 27
60 RDLGLLLRKKDE 18