Summary
Q9PKM8_CHLMU
This is the summary of UniProt entry Q9PKM8_CHLMU (Q9PKM8).
| Description: | Adherence factor |
| Source organism: |
Chlamydia muridarum
(NCBI taxonomy ID
83560)
View Pfam proteome data. |
| Length: | 3255 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 Q9PKM8. 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
MPPSAISKIS NSTTPQVQSS SAPNLTMLEG KGISVEKSFR VYSEEENQNH
50 51
TTEDVVRIGA MLQQQFYNMT TGRNESFTVS PAHHSGNWKT SLLYNFAQLV
100 101
AHIFSLNTVP AKIIHHENGT KQNWESKQPT VSSEKSSNKR DVSESIAVVQ
150 151
RVNPEVITKS SLKATKSIRR RKPRSVEEKR EQLVKDPADK IVYDLRADTI
200 201
ASRLKLTEEQ IQKCRISLNN LKKAIQRYLN IDESERNSRK GQDLLVKQSI
250 251
FLNNILENAK MEESEEFKNV MSVIKTEFNS HRVKIDSHFH GIWIAGAPPE
300 301
GTDVYIKTFL QTYEEFDFLF WVDRQAFGAA KFSSILKKIA FDSSLKELRS
350 351
ITSQETQDFV KEYDELQAKY QTSGRREERR ELEKDLRKLF DRYKHLSQEI
400 401
RTNFDALFLK NMVLSQDGFF NYCLLKGIGT IDDQTRIAYL QDELHLPEEE
450 451
IQQYKDLIKA NEQKIKDIVG KVNTDLGKER VFIKNIRDLS SMQDRTNTYN
500 501
YEMEMLLRWN YPAASDQIRM YMLKELGGIY TDLDMMPQYS PDVLQMINEI
550 551
GGDRFFEELP IRRAVSDGVL RLANGESGIT IDNIAQDIDI SKLTRSDRTQ
600 601
LEKLLTDIEN KQKSSGTSKF SLFQRMAPDS VRDFMPILQR HHKWSTGWNV
650 651
RGLNGLMMAH KGSAMVDAVI KGQRQAYREL KSLRETVLSG EFFKTLDDLK
700 701
HLNHKALIGG HLVEDFLGKS LFSEFRQDTI IAGALSTLGI TGPDLIVDEM
750 751
KTYFRSLGPI GKDYLEGKKL GNKAFLGSYN KIVKEGKQTF DWLHPVTVGA
800 801
NDVTPADEST WCGIKQRCLA ELLFSDESKF RPETPKGISR TKIDKKTFTK
850 851
LWSEQSKRAL SPELLDRFNE LIEAKNFDLI KFTDVDRALY VLRNQVCDDA
900 901
SASAAVFSLQ LQLAELLRGT SFPIANQLNV FPDLNRNIAS SLEKTIKLYL
950 951
QSHSQTETVI WHSAISDRVM FLRDMLATAE RMRLVKESIF SKEETPLTTE
1000 1001
EIKLLNSWAE LQSKDNLGIL SLEEVDKLLD VTSSIMENSK LKKRVSAIED
1050 1051
SIVAGYFYLR LEETLSEWVR IPPKDLKKRV IRFMEGMDAN QQHPDERGGR
1100 1101
WYSQLYDESF KKRVTAPVKK IQELAKKYLN EQRVHVLEID DYLTKNPLFN
1150 1151
RLHEEGYAFS DLTEITRYML AEYGISGIFS EGNILPSPSA RLVNIIKTYV
1200 1201
GGDYHDMQDV LPKIYDWLAS GGAADLTNER FAAIPESLRK NLEGLHGTDL
1250 1251
LTPPVDASVS GWGMSFGVEN GVESDHTMIS IAPGFFNGAS YSMQHYLSAL
1300 1301
YEIHRHIHLG SLTSDLIKKE LESKGAGCFV HEERFDSLLK ASSEKQYLSL
1350 1351
TEIHKSLSNQ VHLAEAVSHL MNTALPGVGK IIEREGDFGR LGITTTETSV
1400 1401
AMRSYDYRGI GVSKDLFSLP QEVPTIQNVV EQAKYTLLSW PEFYNRYANA
1450 1451
WSDLATHYGA EILEAHPQSF LYEVEGRCMG LSLLYMSIED EGGYRTLQGN
1500 1501
LDTVSALYQQ KERDHLPLSS KDQSLLSRDL SLINWLQYQG NKVLLENRGF
1550 1551
NHAKWDVLQL TSTFEKSLTK SLLITTPTHS LTLNFMGSFF RVTDPNFGHV
1600 1601
DFPSLAAALY FIEDMVQVSP HIKQRYGFSE TLSVREQLQV YFLDAPEGIQ
1650 1651
SLLSFTDAGL LSSHQATTLE KMRERGPVII ERIQTTWGKL YEIGGSIHHR
1700 1701
RIDEFTSETD LDEMKLNGDV LTDFLTKHVL DSETVSLILV LLETRGLEEG
1750 1751
TKHVSRSLIV ETPDEAASLF QFLKNKTAKT REMLVSLLSE VTDKLKSAQL
1800 1801
DGEDVEVSRV SFSDNSDEIT VEVKKGSLLK KLSIRGGGIF DSFKQFSAKA
1850 1851
NELGATGVMD LELGMSIVSI VQYMRLLEEG KGKDPLAVAN LVMDVKETAE
1900 1901
MTVGAVIQGL SKKFITQEGV DGFRLETAIA SQLKKASSRV GGSVGKVFSK
1950 1951
TAAVLELPVL ETALGAWNLY DSVVSLKEAQ THSDRMAARV DIAFNSITLG
2000 2001
ITIASVALPS LMLAVGPLAA IGMGASAIAR NVALKEERYD QWLVYKKFLT
2050 2051
EGGSHILFAD PDRHLLDFSG NYVLGNFLLD LRQNPPILKG DRSYNSNWRI
2100 2101
GNKAGWTDWQ IRDRIGYGYR ISPTSALARG HANSFWPPEL PTIPKGDYRT
2150 2151
VILGYGTTYE AVTEVVYLSN KVVWREAVME SSSRYYRPPL TAKSKLSTII
2200 2201
GGDSPLTVIP VRLIEKDEKE NIDHAASYKD YKINIKGGKG GLTVQIGGAG
2250 2251
FYNLTGTLPA TNTISFRAIP APFGVKFNLS LVEQDVPLIR PNGTEEKFLK
2300 2301
IRQTGFNTIL GSSEGNDTLT GGNDTKFYSS PGGGTIYSGK GKVEYHIPQL
2350 2351
THPLHIILSK GSSAHQLVTE INADQVKPVL GSLSLTSSME LISKQEIHVS
2400 2401
SEDTKEDLGV WKERYEVRLG DGITATPIDQ MNAGTRLVTM GVKTCDVAKW
2450 2451
QKQHPTETSY PEDILDWLTQ KSWFLAPEVL FVLENGTAKF ITNRKHIVYS
2500 2501
PKPYSELAVT QSRDIKAFVQ GNTGCSYVFS TIYRSSQKTQ QTELTLVDDD
2550 2551
VYAQTIDVSS ILPTLILAKK SGDNQIDFEF SSSHHLMAIR VSWKGVIPER
2600 2601
TRVKINNETI LRLGWLNAKL MASRNPSYWN LLYYNRNVIP ERVEDVKSLN
2650 2651
NTVILMPPNT KRNGEHVFAI ENQEGVDVKV LGFLQSGHVL GEYEEDLMYK
2700 2701
DVFARKITHF AVTVPAHKTK YLFFTDEESL ANPEDNVLFY SKLGSNTLQA
2750 2751
SQKPLTQFAR QLWASYDEIS VSDTSLKLEN FVRYLMEAET IELYRQLLYA
2800 2801
QNLLRIHNRD LVLKLFYVRQ SEGMGAVLIT FKNFFIESME GISAPTLERE
2850 2851
AKPILASDPM GLINPAYREH LDLFLGEDKL NLAILVQEFS MLQYIVSMQE
2900 2901
GKALGSLLTP PRYKDMNLAV LTYTVASSWE GRREASWLKA PIEYKLPLET
2950 2951
TLTASYYLXP VSGDLYVTCL MNRRPQNQAF VIRFKGYKFQ KGAFRSIALI
3000 3001
SSHSVGESRI AKTVLQFRGQ ELFHLEKSAP NKSAVLQLDS KLLSLSRMLF
3050 3051
YGGDQVIRYT PLSVQQFLSL DDLWLADLKE RVMNANEEGF KLISQMHDSY
3100 3101
LMESCMNLRD AVPQWKINPN VINNAITYYR VVVPFWIRNR LTKGSLIRIP
3150 3151
AHSIPIALTT TQNDVFKTIY APGFSIYFSF LGLDAFLKPR THNRVGDMLL
3200 3201
ELEKEVVVTV KKVDETDYNK KRVYIVTELT KEEERVLKAN KNVITIPMKS
3250 3251
SYTKK
3255
Show the unformatted sequence. |
| Checksums: |
CRC64:8F648038634AF23F
MD5:0876354b6a7d02009a8a234d13a7c769
|