Summary
Q9FDJ9_9FIRM
This is the summary of UniProt entry Q9FDJ9_9FIRM (Q9FDJ9).
| Description: | Cellulosomal scaffoldin |
| Source organism: |
Bacteroides cellulosolvens
(NCBI taxonomy ID
35825)
View Pfam proteome data. |
| Length: | 2319 amino acids |
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
| Source | Domain | Start | End |
|---|
Sequence information
This is the amino acid sequence of the UniProt sequence database entry with the accession Q9FDJ9. 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
MRTKRLLAVL LTTLLLLGSV FTNVSLAAAA LSISVTLDKT TASVGDIITA
50 51
TISANGIQNF AGYQANVKYD PAVLQPVYSA TEPYDGSSVP EYGTLLQKRY
100 101
SPTDMGANDL ANGSLTFGRT YMNLSGYMNP GSSESTGTLA IIKFKVLKKA
150 151
STQIKLQNAA SLTNAVDGTM VFDWTGAQLS NYSVERAPVL NDDGTKPSVA
200 201
PTTAPTTVKP TAGPTSPVRP IDSGVTVEVD KTDAKVGDII TATINVKNIN
250 251
GFAGYQANLK YNPAVLQPVY EDGTAYDNAS APEYGKLLQK RYSPTDMASN
300 301
DITKGTLTFG RTYMNLDSYK NSGAAEKEGS IAVIRFKVLK VEATTITLQN
350 351
AASLTNAVDG TMLFDWTGAQ LAGYRVQQAP SINGVVVTTT PLPTVSTVPS
400 401
TTPLTGSGVE ATVDKTTASV GDIITYTISV KDIAGFAGYQ ANVKYDPSVL
450 451
KPVYEDGTEY DNAAVPDYGK LLQKRYSPTD MASNDLSKGT LTFGRTYMNL
500 501
DSYKASGSAE TSGSIAVIRF KVLKNTATTI KLQNAASLTN AVDGTMLFDW
550 551
SGAQLAGYKV AQAPSINGVV VETPVPTVSL PPSQTIGSGV TATVDKTTAS
600 601
VGDIITYTIN VKDVAGFAGY QANVKYDPSV LQPVYDDRSA YDSAAVPEYG
650 651
TLLQKRYSPT DMASNDLSKG TLTFGRTYMN LDSYKASGSA ETTGSIAVIR
700 701
FKVLKNTATT IKLQNAASLT NAVDGTMLFD WSGAQLAGYK VAQAPSINGV
750 751
VVETPVPTVS VPPSQIPGSG VVATVDKTTA SVGDIITYTI NVKDVAGFAG
800 801
YQANVKYDPA VLQPVYDDGT AYDSAAVPEY GTLLQKRYSP TDMASNDLSK
850 851
GTLTFGRTYM ALDSYKASGS AETTGSIAVI RFKVLRSTAT AILLQNAASL
900 901
TNAVDGTMLF DWTGAQLKGY KVAQASSING TVTPTKPGNT PTITKPATPT
950 951
KPANTPTPVQ VNSDLKLLFS NNGAAASSNQ ICMNMKLQNT GSSTYDLSKI
1000 1001
TIRYFYTSDD DKALTYYSDY VSIGSASATF NNLSPVHAKA NKYIEIKLAS
1050 1051
GTLGAAGAQW PSQSEVTIQG RVAKADWTNV DQSNDYSYPG SMSQFGENKL
1100 1101
VAVYYNGALV YGTPPPTGPE NTPTDRPTST PTKPKNTPTP TKNTSTPIDG
1150 1151
TVELSLDKTT AGVGDIITAT LKINKIPGFA GYQANIKYDP AALTPVYSDG
1200 1201
TAYDDAAVPE YGDLLQKRYS PTDMAANDVA KGTLTFGRTY MALDSYKASG
1250 1251
SAETTGSIAV IRFKVLKSTG STSIKLENAA SLTNAVDGTM LFDWTGAQLG
1300 1301
GYTVKQASTI KLGSGVTKGE VFVTLDKSTA AAGDIVTATI NVKEFDVISG
1350 1351
YQANIKYDPS ALQPVYSDGT AYDSSSVPES GDLLQKRYSP TDMASNDLTK
1400 1401
GTLTFGRTYM NLASYKTAGV KENTGSIAKI SFKVLKSGPV SILLADSPSL
1450 1451
TNAITGTMMF DWDGVQLDNY KVTQAGGSTT SPTPTQGITK GEVFVTLDKT
1500 1501
KAAVGDIITA TINVKDFDSV AGYQASVKYD PAVLQPVYSD GTAYDNSSVP
1550 1551
EYGKLLQKRY SPTDMGANDT ANGILTFGRT YMNLSGYKAS GVAEKEGSIA
1600 1601
VISFKVLKAT ETKVLLKNVP SLTSPVDGTM VFDWDGVQLA DYKVTQAPAV
1650 1651
NAPVVVTPTP TTVSATPTTA TATPTPTKVN TKGEVFVTLD KTTAAVGDII
1700 1701
TATINVKDFD SVAGYQANIK FDPAVLKPVY SDGTAYDNSS VPEYGKLLQK
1750 1751
RYSPTDMGAN NLENGILTFG RTYMNMAGYK ASGVAEKEGS IAVISFKVLK
1800 1801
ATETKIELKN VPSLTSPVDG TMVFDWDGVQ LANYKVTQAP VVNGPVVVTP
1850 1851
TPTTVSATPT TATATPTPTK VNTKGEVFVT LDKTTAAVGD IITATINVKD
1900 1901
FDSVAGYQAN IKFDPAVLKP VYSDGTAYDN SSVPEYGKLL QKRYSPTDMG
1950 1951
ANNLENGILT FGRTYMNMAG YKASGVAEKE GSIAVISFKV LKATETKIEL
2000 2001
TNVPSLTNPV DGTMVFDWDG TQLANYKVTQ APAVNAPVVV TPTPTTATAT
2050 2051
PTTATATPTT ATATPTPTTP VDGSVLTAID NDKVAVGDKV TLTINVDKIT
2100 2101
NFSGYQFNIK YNTTYLQPWD TIADEAYTDS TMPDYGTLLQ GRFNATDMSK
2150 2151
HNLSQGVLNF GRLYMNLSAY RASGKPESTG AVAKVTFKVI KEIPAEGIKL
2200 2201
ATFENGSSMN NAVDGTMLFD WDGNMYSSSA YKVVQPGLIY PKGTATVLYG
2250 2251
DVDNDGNVDS DDYAYMRQWL IGMIADFPGG DIGLANADVD GDGNVDSDDY
2300 2301
AYMRQWLIGM ISEFPAEQK
2319
Show the unformatted sequence. |
| Checksums: |
CRC64:1BFD22BBCB8D9254
MD5:65f25b658e2eaf2feefeacda04050135
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