Summary
Q9PKM6_CHLMU
This is the summary of UniProt entry Q9PKM6_CHLMU (Q9PKM6).
| Description: | Adherence factor |
| Source organism: |
Chlamydia muridarum
(NCBI taxonomy ID
83560)
View Pfam proteome data. |
| Length: | 3225 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 Q9PKM6. 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
MEQALCTMTL SNTASSTVSP KSTQLNHTLS NQTHPVAQSN RNIDFQIYDE
50 51
QIHNNHSTED VVAIGRRIQQ EYANLTTSKQ VNFSASPSNH TGNWKISLLY
100 101
NLSMLVANLF PTTIQPVQPQ KVIFKNQDSS KETQLTKSSK VVSSRSSLKE
150 151
IFSKKSPPLR KSFSSSKISR AIPRRKKRSN DDPVQATNTY DLTAENILEK
200 201
LSLTQEQQIK HDNLISNLKE AINRYSDLNR KNSRKGQSLL VRQAKILDEI
250 251
LSQTKSTEER ASNSVMTTIK KEFTSHRVPV EKNIHGIWIA GSPPEGTDEY
300 301
IKLFLHTYPE FSFLFWVDKT AYGAAKFSST LKRIAFDAAV NSLREATPEP
350 351
VKQFVQRYDK LKKSYDTSRD FDEKQRLSEQ LVELYDNYNK FSKEIQSNFD
400 401
VLLLHEMITI QDSFFNYCQL KGVGAITDET RIEYLEKVLK VKEEDLSHYK
450 451
ETIKRNKESI EKLVKEINDS TGRERVVIKD IRDLKSLQDL TNSYNYETEM
500 501
LLRWNYAAAT DQLRMYMLKE YGGIYTDLDI MPQYSQDVLQ KIMDVGGSRF
550 551
FEHDKLRRTL SFAALKLGSG KQTTVSFEEA KKAMTLPTFT LQDKSQISEI
600 601
FKYLETETQA KKSLFQPMDV TVVRDFMPIL QRYHKWQTGW NVRGLNGLMM
650 651
AHKDSAVVDA VIARQRAAYD EMRALRQNVV SGEFFRSLGD LEHVNREKNI
700 701
GGYLAKNYLG GSLFFDFRQD SVIPGAISTL GISGPDIIMD TMSDYFTNLG
750 751
PVGEDFLYEG KLGKAAFLGA YQAQKTPKGE LTYDWLHPLS IGANDVTPAD
800 801
ASTWCETRQH CAAELLLSDS ISSDEHPKGI RRERVNPNDF SKLWSKEAQG
850 851
ILSSDFADLL PRFNLLIESS ALDIHTLSAL DRDIQHLFTK VQKDPVASVA
900 901
VFSLQLQLAE MIRAIPFPIR NQVHILPEAQ AHFEADWKKA IQLYLHSHPQ
950 951
TEVVIWYSST HTQIVFGKDL LAVAERVAAA KSLMSDHDPS LITSYLKYKT
1000 1001
QSHLGVLTEF DQEDFFELMV DIAEEPELHK QLLKIEEQVN SGLYSHVEHS
1050 1051
LGEWLKLSKE ERKSKFLKIL KETFQEEERE DSQQQHKTWF EELYEKRHQE
1100 1101
RVKDPAKKIQ ELITVFQESQ RVQAQDIDTY FAHKPFYQDL MKDGYAFEDI
1150 1151
SVITKYLLAS DGVSGIITTD PIFPPPSKQL IDAMKQSLGE DFGELHYTLQ
1200 1201
MVYDWLSKET NSVTSEQAKQ KLPQKLHEKL EGYTTHDLLI PPIDGSVSAL
1250 1251
GLRFSTEEGK VSDRVLTSIA PGVPNSASYA MTSYLYGLFL ITKDIQSGRL
1300 1301
THEILKERLQ TYGGAYFINE SKIDVLLALS RKKAQISLID AHKALTGFSS
1350 1351
FSEASLALLT GRMPGTSRVL SREVEFGRPS AIVMEGATAI RAQSYDAVGL
1400 1401
RKDFFLLPHT VPSIQSIVEQ AKYTVLSWPE FYENHADKWN DLANRFGAED
1450 1451
LSVHPQTFLY DTEGRCMGLA LLYMLADDSV SYRLLQQNLM TLASLFDEQN
1500 1501
RRNIPLTPAD QKFLNKGLSL IEWLQFKGNQ QLQTEGFFHT LDWDIPQLMK
1550 1551
HFASSTVKSW LITTPAHSLV LSLMGNFFRV TDPNYGHTDF PSLEAAITFL
1600 1601
ERMVQVSPAV LERYGFDKEK SVTSQLKVHS LETSELQNAV FASSDLGFTS
1650 1651
RYFTTTLEEM TVRGPITMNQ RHTDWATLYK IGGTVQGKRI DSRTRESDLN
1700 1701
FLKINGDILE EFLTRTVLDS DLVELIQSLL KTHGLEPGTT LISPSSIVET
1750 1751
AIDHVSLLQA VKTKTSRMHT ILQSLGERIF KLFKNSGVQD SDKISIDRVQ
1800 1801
LVDESDSATI DFTVIKDKQR SQKKSITVGI ESLAGSFRKF SASMHEVIGT
1850 1851
GVLDLDLGMT VVSLVQYVRL VEAGQGKDAL AVANLVMNLK IALEVSIGNV
1900 1901
IQALGKKLLT QEGLNTFRLE TELARQLHKV GARVGGTVGK TLTRVAHVLE
1950 1951
LPILESAIGT WNLYNSVNEL LHADSWSDQV AARVQVAFDS ISLGITIASV
2000 2001
VSPALMMAAG PIAAIGMGAA SIARNVARKE ERHSQWLKYK SFLDNGSKHT
2050 2051
VAAFPHKGLI DLSENLVLGN IVLNLRVYPP LLTGDRSYNA NRWFGNKPGW
2100 2101
SDWQVRERLG YAYRSSPSYA LARGHANSFW PLSMPSIDKG VYRTVILGYG
2150 2151
IQYKAVTEVV YLSNEMVWRE AVMQFDSRYY VEPLTAEKEC ATVLAGDTPL
2200 2201
SVIPVRLLEE ESLEREKNAA SYKNYQIIIE GGKGGLTVQI GGAGYYKLTA
2250 2251
QPGKGNILSF RAIPGYLSVT FDLSRLEQEV PLTKQNGTAL KILKVRQTGF
2300 2301
DTIVGSSGGS DNLTGNHNTK FYLSTGGGHV TSGSGKNWYN IPSLTRSLGF
2350 2351
DFTSNAIEHK ASVEMLLADF SPANNLSLIV ERFANVSIHV FNYSNKTAPY
2400 2401
TVNLKDGVSL QASKQGFSGS LLEVASFDQT LWQKSYPEDR GFVEDILSWL
2450 2451
LKLQWSLASR VRIFLQGGTA QYETTQKSLI YRPDPHSSIS IQATDSYNTQ
2500 2501
VYGNVGCSYI LFSSPGVTAK TLDILLFEDS GLPQIIDLST LVPTSIQGFL
2550 2551
YPGGFINFQV SSARYAFPFS VSWRRHHYTF PAQTIIQVLP RLRFELGDWF
2600 2601
TILQKSVGKW VTLYQHDMII PERIEGVLSL NNTATLMSHH NQTTHMLGVE
2650 2651
NRGDLSLKVL GILQSGQIKG SKSENSASGH FSKLLSVPAH TIKNLSFKEE
2700 2701
EGTKSKNILF YSVLEETFLK ATDKPLTIIK RDKWSLYDEI QVFATTLNLQ
2750 2751
NFLRYHISEE TPMLSRLLMY AQKRVSIQNR DLALKFFYVR ERSGIGAIRL
2800 2801
VFKNFFEESL QGILHGTLER EVKPMLAENP NTLIHSSYRN HLELILGEET
2850 2851
LDLAIIVQEF SSSKNIVELQ KDLATHRLIY PQGKEALSLA IYTHTFSKES
2900 2901
LVTSKQRSEG LKFIDPSMQE YRLPETTILE NSYYLDPSTG DLYLTKIIAQ
2950 2951
PSQSRAFLIK FKKYKRHWLD FQKLVLSGSH LELIASTGTA LTFVGPELRH
3000 3001
LEIDFPGALN GTIAKEHISS RASIVIPTNN QVTHYDPRIA KQHYSSINYM
3050 3051
LWDLRDRATL SKRAKTLDSY LLEVCMNLDS SNPTWNIPND VLNYAVGYYR
3100 3101
TILPSWVKNK IRVGSLIKVE ADTAKTLSFS LITTQNDLFQ PVVDKGFYIY
3150 3151
YSVSKLANHV KLRNVTGDML LDIDKETTFI VRGVDESDYD KKQIYVVLDL
3200 3201
TTEEERKLRT DKNIIIIPGG ERLNR
3225
Show the unformatted sequence. |
| Checksums: |
CRC64:4D2ABA12D40AF82F
MD5:08ce6a2cef3845d1e2a29c5b110cda86
|