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GPI Biosynthesis Report | |
| GPI Biosynthesis Main Page | GPI Site Motif | GPI Site Prediction | Home Page B.E. |
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Sequence Analysis |
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| Name | From | To | Source/E | Description |
|---|---|---|---|---|
| COG1524: Uncharacterized proteins of the AP superfamily | 1 | 395 | COG: E=5.9e-13 | |
| TM | 12 | 32 | toppred2=2.361 | |
| PF01663: Type 1 Phosphodiesterase/ Nucleotide Pyrophosphatase | 59 | 380 | Pfam E=1.5 | |
| PF00884: Sulfatase | 76 | 484 | Pfam E=2.7 | |
| LCR | 197 | 207 | SEG | |
| PF01676: Metalloenzyme Superfamily | 213 | 306 | Pfam E=1.4 | |
| TM | 300 | 320 | toppred2=1.425 | |
| LCR | 316 | 329 | SEG | |
| TM | 326 | 346 | toppred2=1.677 | |
| LCR | 331 | 344 | SEG | |
| LCR | 357 | 368 | SEG | |
| LCR | 425 | 436 | SEG | |
| TM | 460 | 480 | toppred2=1.925 | |
| LCR | 461 | 477 | SEG | |
| TM | 490 | 510 | toppred2=1.824 | |
| TM | 517 | 537 | toppred2=1.601 | |
| LCR | 519 | 532 | SEG | |
| LCR | 547 | 567 | SEG | |
| TM | 579 | 599 | toppred2=1.626 | |
| TM | 625 | 645 | toppred2=1.248 | |
| TM | 676 | 696 | toppred2=1.557 | |
| LCR | 680 | 701 | SEG | |
| TM | 715 | 735 | toppred2=1.653 | |
| TM | 752 | 772 | toppred2=1.281 | |
| LCR | 755 | 768 | SEG | |
| TM | 841 | 861 | toppred2=2.183 | |
| LCR | 849 | 859 | SEG | |
| TM | 864 | 884 | toppred2=1.995 | |
| LCR | 866 | 882 | SEG | |
| TM | 889 | 909 | toppred2=1.477 | |
| TM | 953 | 973 | toppred2=1.941 | |
| LCR | 987 | 1008 | SEG | |
| Cluster | 988 | 1007 | SAPS | Negative charge cluster |
| TM | 1026 | 1046 | toppred2=1.561 | |
| TM | 1062 | 1082 | toppred2=1.958 |
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Sequence Information | |
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| Protein | NP_064419 | ||
| Analysis |
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| Protein Description |
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| Protein Sequence |
MNILFSPRMR KVSVLLFLAW VCFLFYAGIA LFTSGFLLTR LELTNQSSCQ ELPGPGPLPW GSHGKPGACW MPSRFSRVVL VLIDALRFDF AQPQRSHVPG EPPVSVPFLG KLGSLQRILE SQPHHGRLYR SQVDPPTTTM QRLKALTTGS LPTFIDAGSN FASHAIVEDN VIQQLNSAGR RVVFMGDDTW RDLFPGAFSQ AFFFSSFNVR DLHTVDNGIL EHLYPTLDGG SWDVLIAHFL GVDHCGHKHG PHHPEMAKKL SQMDQVIQGL IERLENDTLL VVAGDHGMTM NGDHGGDSEL EVSAALFLYS PTALFPSVPP EEPEVIPQVS LVPTLALLLG LPIPFGNTGE VMAELFSGGS DSSHPHSSAL AQVSALHINA QQVSRFLHTY SAATQDLQVK ELHRLQTLFS KASARYQHFL RDPQEAEAAL STLTAEFQQF LRGARALCIE SWARFSLVRM AGGAALLAAA CLLCLLASQL AVAPGFLFRP LLLIPVAWGL TWTILYAGVS VTTGSKIDLV VLGAVAAAGS LLPFLWKAWV SRGSKRPLAP LLPVPRPVLI LLLIRLATFF SDSFFVVEAR ATPFLLGSLV FFLVAQLHWE GQLLPPKPLT MSRLGSSAPT APPRHSGAHA LWLGIGLLLF TRLAGLFHRC PEETPACRSS PWLSPLASMV GGRAKNLWYG ACVGALVALL VVVRLWLRRY GNLKSPEPPV LFVRWGMPLM VLGTAAYWAL ASGAEEAPPR LRALVAGASA VLPRAVMGLA ALGLVLLLWR PVTVLVKAGA ATSRTRTILT PFSGPPTSQA DLDYVVPQIY RHMQEEFQGR LERTKAQGPI TVAAYQLGSV YSAAMVTALL LLAFPLMLLH VERVSLVFLL LFLQSFLLLH LLAAGTPVAT PGPFTVLWQA VSAWVLLATQ TFYSTGHQPV FSAIHWHAAF VGFPDGHGSS TWLPALLVGA NTFASHLLFA VGCPLLLLWP FLCERQGPKR RQPLPGSESE ARVRPEEEEE LQEPLMEVRL RDAPNHFNAA LLQLGLKYLF ILGAQILACA LAASILRRHL MVWKVFAPKF IFEAVGFIVS SVGLLLGIAL VMRVDVAVSS WFKKLVLAQQ R |