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0  structures 1  species 0  interactions 1  sequence 1  architecture

Protein: HORN_HUMAN (Q86YZ3)

Summary

This is the summary of UniProt entry HORN_HUMAN (Q86YZ3).

Description: Hornerin
Source organism: Homo sapiens (Human) (NCBI taxonomy ID 9606)
Length: 2850 amino acids
Reference Proteome: ✓

Please note: when we start each new Pfam data release, we take a copy of the UniProt sequence database. This snapshot of UniProt forms the basis of the overview that you see here. It is important to note that, although some UniProt entries may be removed after a Pfam release, these entries will not be removed from Pfam until the next Pfam data release.

Pfam domains

Download the data used to generate the domain graphic in JSON format.

Show or hide the data used to generate the graphic in JSON format.

Source Domain Start End
Pfam S_100 4 46
low_complexity n/a 27 39
disorder n/a 55 59
disorder n/a 99 2816
coiled_coil n/a 101 121
low_complexity n/a 101 123
low_complexity n/a 165 183
low_complexity n/a 187 201
low_complexity n/a 205 216
low_complexity n/a 220 292
low_complexity n/a 283 308
low_complexity n/a 305 342
low_complexity n/a 345 404
low_complexity n/a 406 442
low_complexity n/a 448 477
low_complexity n/a 473 526
low_complexity n/a 517 547
low_complexity n/a 554 578
low_complexity n/a 575 585
low_complexity n/a 590 626
low_complexity n/a 623 666
low_complexity n/a 669 692
low_complexity n/a 694 733
low_complexity n/a 728 777
low_complexity n/a 768 805
low_complexity n/a 817 836
low_complexity n/a 838 871
low_complexity n/a 871 904
low_complexity n/a 902 961
low_complexity n/a 958 992
low_complexity n/a 983 1039
low_complexity n/a 1040 1057
low_complexity n/a 1054 1142
low_complexity n/a 1137 1165
low_complexity n/a 1156 1278
low_complexity n/a 1308 1321
low_complexity n/a 1330 1352
low_complexity n/a 1354 1407
low_complexity n/a 1409 1431
low_complexity n/a 1428 1462
low_complexity n/a 1453 1509
low_complexity n/a 1503 1527
low_complexity n/a 1524 1612
low_complexity n/a 1607 1635
low_complexity n/a 1626 1720
low_complexity n/a 1711 1748
low_complexity n/a 1778 1791
low_complexity n/a 1796 1877
low_complexity n/a 1879 1901
low_complexity n/a 1898 1932
low_complexity n/a 1923 1979
low_complexity n/a 1980 1997
low_complexity n/a 1994 2082
low_complexity n/a 2077 2099
low_complexity n/a 2101 2218
low_complexity n/a 2248 2261
low_complexity n/a 2266 2347
low_complexity n/a 2349 2371
low_complexity n/a 2368 2402
low_complexity n/a 2393 2449
low_complexity n/a 2450 2467
low_complexity n/a 2464 2552
low_complexity n/a 2547 2575
low_complexity n/a 2566 2660
low_complexity n/a 2651 2681
low_complexity n/a 2718 2731
low_complexity n/a 2740 2762
low_complexity n/a 2764 2811
low_complexity n/a 2814 2825
low_complexity n/a 2821 2837
disorder n/a 2824 2829

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Sequence information

This is the amino acid sequence of the UniProt sequence database entry with the accession Q86YZ3. This sequence is stored in the Pfam database and updated with each new Pfam release, but this means that the sequence we store may differ from that stored by UniProt.

Sequence:
1
MPKLLQGVIT VIDVFYQYAT QHGEYDTLNK AELKELLENE FHQILKNPND
50
51
PDTVDIILQS LDRDHNKKVD FTEYLLMIFK LVQARNKIIG KDYCQVSGSK
100
101
LRDDTHQHQE EQEETEKEEN KRQESSFSHS SWSAGENDSY SRNVRGSLKP
150
151
GTESISRRLS FQRDFSGQHN SYSGQSSSYG EQNSDSHQSS GRGQCGSGSG
200
201
QSPNYGQHGS GSGQSSSNDT HGSGSGQSSG FSQHKSSSGQ SSGYSQHGSG
250
251
SGHSSGYGQH GSRSGQSSRG ERHRSSSGSS SSYGQHGSGS RQSLGHGRQG
300
301
SGSRQSPSHV RHGSGSGHSS SHGQHGSGSS YSYSRGHYES GSGQTSGFGQ
350
351
HESGSGQSSG YSKHGSGSGH SSSQGQHGST SGQASSSGQH GSSSRQSSSY
400
401
GQHESASRHS SGRGQHSSGS GQSPGHGQRG SGSGQSPSSG QHGTGFGRSS
450
451
SSGPYVSGSG YSSGFGHHES SSEHSSGYTQ HGSGSGHSSG HGQHGSRSGQ
500
501
SSRGERQGSS AGSSSSYGQH GSGSRQSLGH SRHGSGSGQS PSPSRGRHES
550
551
GSRQSSSYGP HGYGSGRSSS RGPYESGSGH SSGLGHQESR SGQSSGYGQH
600
601
GSSSGHSSTH GQHGSTSGQS SSCGQHGATS GQSSSHGQHG SGSSQSSRYG
650
651
QQGSGSGQSP SRGRHGSDFG HSSSYGQHGS GSGWSSSNGP HGSVSGQSSG
700
701
FGHKSGSGQS SGYSQHGSGS SHSSGYRKHG SRSGQSSRSE QHGSSSGLSS
750
751
SYGQHGSGSH QSSGHGRQGS GSGHSPSRVR HGSSSGHSSS HGQHGSGTSC
800
801
SSSCGHYESG SGQASGFGQH ESGSGQGYSQ HGSASGHFSS QGRHGSTSGQ
850
851
SSSSGQHDSS SGQSSSYGQH ESASHHASGR GRHGSGSGQS PGHGQRGSGS
900
901
GQSPSYGRHG SGSGRSSSSG RHGSGSGQSS GFGHKSSSGQ SSGYTQHGSG
950
951
SGHSSSYEQH GSRSGQSSRS EQHGSSSGSS SSYGQHGSGS RQSLGHGQHG
1000
1001
SGSGQSPSPS RGRHGSGSGQ SSSYGPYRSG SGWSSSRGPY ESGSGHSSGL
1050
1051
GHRESRSGQS SGYGQHGSSS GHSSTHGQHG STSGQSSSCG QHGASSGQSS
1100
1101
SHGQHGSGSS QSSGYGRQGS GSGQSPGHGQ RGSGSRQSPS YGRHGSGSGR
1150
1151
SSSSGQHGSG LGESSGFGHH ESSSGQSSSY SQHGSGSGHS SGYGQHGSRS
1200
1201
GQSSRGERHG SSSGSSSHYG QHGSGSRQSS GHGRQGSGSG HSPSRGRHGS
1250
1251
GLGHSSSHGQ HGSGSGRSSS RGPYESRSGH SSVFGQHESG SGHSSAYSQH
1300
1301
GSGSGHFCSQ GQHGSTSGQS STFDQEGSST GQSSSYGHRG SGSSQSSGYG
1350
1351
RHGAGSGQSP SRGRHGSGSG HSSSYGQHGS GSGWSSSSGR HGSGSGQSSG
1400
1401
FGHHESSSWQ SSGCTQHGSG SGHSSSYEQH GSRSGQSSRG ERHGSSSGSS
1450
1451
SSYGQHGSGS RQSLGHGQHG SGSGQSPSPS RGRHGSGSGQ SSSYSPYGSG
1500
1501
SGWSSSRGPY ESGSSHSSGL GHRESRSGQS SGYGQHGSSS GHSSTHGQHG
1550
1551
STSGQSSSCG QHGASSGQSS SHGQHGSGSS QSSGYGRQGS GSGQSPGHGQ
1600
1601
RGSGSRQSPS YGRHGSGSGR SSSSGQHGSG LGESSGFGHH ESSSGQSSSY
1650
1651
SQHGSGSGHS SGYGQHGSRS GQSSRGERHG SSSRSSSRYG QHGSGSRQSS
1700
1701
GHGRQGSGSG QSPSRGRHGS GLGHSSSHGQ HGSGSGRSSS RGPYESRSGH
1750
1751
SSVFGQHESG SGHSSAYSQH GSGSGHFCSQ GQHGSTSGQS STFDQEGSST
1800
1801
GQSSSHGQHG SGSSQSSSYG QQGSGSGQSP SRGRHGSGSG HSSSYGQHGS
1850
1851
GSGWSSSSGR HGSGSGQSSG FGHHESSSWQ SSGYTQHGSG SGHSSSYEQH
1900
1901
GSRSGQSSRG EQHGSSSGSS SSYGQHGSGS RQSLGHGQHG SGSGQSPSPS
1950
1951
RGRHGSGSGQ SSSYGPYGSG SGWSSSRGPY ESGSGHSSGL GHRESRSGQS
2000
2001
SGYGQHGSSS GHSSTHGQHG SASGQSSSCG QHGASSGQSS SHGQHGSGSS
2050
2051
QSSGYGRQGS GSGQSPGHGQ RGSGSRQSPS YGRHGSGSGR SSSSGQHGPG
2100
2101
LGESSGFGHH ESSSGQSSSY SQHGSGSGHS SGYGQHGSRS GQSSRGERHG
2150
2151
SSSGSSSRYG QHGSGSRQSS GHGRQGSGSG HSPSRGRHGS GSGHSSSHGQ
2200
2201
HGSGSGRSSS RGPYESRSGH SSVFGQHESG SGHSSAYSQH GSGSGHFCSQ
2250
2251
GQHGSTSGQS STFDQEGSST GQSSSHGQHG SGSSQSSSYG QQGSGSGQSP
2300
2301
SRGRHGSGSG HSSSYGQHGS GSGWSSSSGR HGSGSGQSSG FGHHESSSWQ
2350
2351
SSGYTQHGSG SGHSSSYEQH GSRSGQSSRG ERHGSSSGSS SSYGQHGSGS
2400
2401
RQSLGHGQHG SGSGQSPSPS RGRHGSGSGQ SSSYSPYGSG SGWSSSRGPY
2450
2451
ESGSGHSSGL GHRESRSGQS SGYGQHGSSS GHSSTHGQHG STSGQSSSCG
2500
2501
QHGASSGQSS SHGQHGSGSS QSSGYGRQGS GSGQSPGHGQ RGSGSRQSPS
2550
2551
YGRHGSGSGR SSSSGQHGSG LGESSGFGHH ESSSGQSSSY SQHGSGSGHS
2600
2601
SGYGQHGSRS GQSSRGERHG SSSGSSSHYG QHGSGSRQSS GHGRQGSGSG
2650
2651
QSPSRGRHGS GLGHSSSHGQ HGSGSGRSSS RGPYESRLGH SSVFGQHESG
2700
2701
SGHSSAYSQH GSGSGHFCSQ GQHGSTSGQS STFDQEGSST GQSSSYGHRG
2750
2751
SGSSQSSGYG RHGAGSGQSL SHGRHGSGSG QSSSYGQHGS GSGQSSGYSQ
2800
2801
HGSGSGQDGY SYCKGGSNHD GGSSGSYFLS FPSSTSPYEY VQEQRCYFYQ
2850
2851
                                                      
2850
 

Show the unformatted sequence.

Checksums:
CRC64:F25D8028C5AB6701
MD5:965e8393e8ce33011d191a71fa2d9cde

TreeFam

Below is a phylogenetic tree of animal genes, with ortholog and paralog assignments, from TreeFam.