Input sequence

Protein name Extracellular matrix organizing protein FRAS1
Organism Mus musculus Length 4010
Disorder content 3.6% ProS content 2.6%
IDEAL NA UniProt Q80T14

Prediction

Order Disorder ProS BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP SEG:LCR TMHMM:TMhelix 0 4010 1-1095 1096-1111 1112-1385 1386-1395 1396-1547 1548-1553 1554-1767 1768-1772 1773-1894 1895-1899 1900-2699 2700-2704 2705-3233 3234-3240 3241-3677 3678-3682 3683-3684 3685-3839 3840-3901 3902-3924 3925-3967 3968-4010 1-1095 1112-1385 1396-1547 1554-1767 1773-1894 1900-2699 2705-3233 3241-3677 3685-3839 3902-3924 3968-4010 1096-1111 1386-1395 1895-1899 3234-3240 3683-3684 3840-3901 3925-3967 1096-1111 1392-1395 1895-1899 3234-3240 3683-3684 3840-3845 3851-3887 3925-3930 3943-3955 3961-3967 2555-2758 2930-3137 2810-3011 2676-2904 511-623 654-776 419-528 760-874 889-1022 1008-1095 92-151 25-86 283-341 217-277 101-1067 2919-3164 2556-2670 2797-3031 2673-2718 25-93 2557-2648 2789-2892 3031-3130 2664-2758 2915-3008 899-1055 599-775 94-151 220-277 158-215 453-615 27-86 94-151 158-215 220-277 284-341 2545-2648 2661-2772 2786-2892 2907-3009 3027-3131 710-864 604-765 805-961 469-611 845-1055 409-518 3037-3152 2806-2911 2557-2688 2928-3077 2672-2821 86-154 151-223 211-287 19-93 273-341 369-420 383-508 509-611 612-764 765-912 913-1055 1003-1114 1244-1260 1695-1709 2414-2422 2760-2768 3907-3921 3927-3935 3902-3924 3us9A(1-194) 2e-13 32.38% 3us9A(14-214) 1e-11 28.57% 3us9A(14-210) 1e-08 26.92% 3us9A(5-220) 0.001 22.65% 2ahxA(472-604) 5e-11 30.94% 2ahxA(473-604) 9e-11 28.57% 2ahxA(465-604) 5e-06 27.46% 3b2vA(244-374) 3e-07 30.6% 1igrA(185-304) 0.0001 26.47% 4c99B(5-103) 3e-07 28.28% 1u5mA(8-65) 0.0003 36.07% 1u5mA(8-65) 0.0005 29.03% 1u5mA(9-65) 0.0005 40.0% 1u5mA(7-65) 0.0008 33.87% 1h0hA(6-964) 8e-45 5.99% 3rb5A(3-225) 1e-20 24.39% 2qvkA(4-118) 1e-18 27.73% 3us9A(1-243) 2e-16 20.55% 2fwuA(4-49) 0.0006 21.74% 1u5mA(8-72) 0.0004 26.09% PF03160(11-97) 2e-10 42.39% PF03160(1-97) 3e-10 36.54% PF03160(2-96) 3e-08 35.0% PF03160(1-83) 0.0002 30.53% PF03160(7-96) 0.0005 31.91% PF00757(3-132) 9e-07 28.4% PF00757(4-136) 0.0006 28.96% PF00093(1-55) 8e-06 41.38% PF00093(1-55) 8e-06 41.38% PF00093(1-55) 2e-05 36.21% PF03302(38-183) 4e-05 22.83% PF00093 9.4e-06 29.7% PF00093 1.4e-11 49.1% PF00093 1.5e-09 42.4% PF00093 3.7e-15 61.0% PF00093 4.6e-07 34.1% PF03160 7.4e-15 60.0% PF03160 1.6e-09 42.3% PF03160 1.3e-09 42.5% PF03160 0.00011 15.8% PF03160 1.1e-20 79.3% 1ivoA3(1-148) 2e-18 26.99% 1ivoA3(1-148) 1e-11 21.76% 1ivoA3(1-147) 4e-07 18.75% 1igrA3(11-149) 2e-15 27.7% 1igrA3(2-149) 6e-12 19.34% 1igrA3(42-147) 6e-07 22.73% 2dpkA1(2-117) 7e-14 31.67% 2dpkA1(12-117) 2e-05 31.25% 2fwuA1(5-133) 4e-11 24.06% 2fwuA1(14-156) 3e-09 19.33% 2fwuA1(3-141) 5e-05 16.67% 1u5mA(2-68) 1e-10 27.54% 1u5mA(3-73) 1e-07 24.66% 1u5mA(2-73) 6e-07 27.27% 1u5mA(2-72) 1e-06 25.33% 1u5mA(3-65) 6e-05 27.54% 1u5mA(19-70) 0.0001 26.92% g.3.9 2.8e-15 42.5% g.3.9 3.8e-25 70.8% g.3.9 4.1e-31 88.0% g.3.9 2.2e-26 74.4% g.3.9 4.6e-30 85.0% g.3.9 1.8e-17 53.2%

Sequence

MGVLKAWLGVALALAEFAVLPNCEGACLYQGSFLADATIWKPDSCQNCRCHGDIVICKPV
VCKNPRCAFEKGEVLWIAPNQCCPQCAPRTPGSCHHEGKIHEHGTEWASAPCTVCSCTHG
EVRCSHQQCTPLSCGPQELEFLAEGRCCPICVGTGKPCSYDGHVFQDGEDWQLSRCAKCV
CRNGLTQCFAAQCQPLFCNQDEIVVRVPGKCCSQCSARSCSTAGQVYEHGEQWKEDACTL
CMCDQGQVRCHKQVCPPLRCAKGQGRARHHGQCCEECATPDRSCSSGGVLRYQDEMWKGS
ACEFCMCDQGQVTCQTGECAKVACALGEELVHLEGKCCPECISRNGYCIYEQKAETMSSS
AREIKHVPDGEKWEEGPCKLCECREAQVTCYEPSCPPCPVATLALVVKGQCCPDCTPVHC
HPDCLTCSHSPDHCDLCQDPTKLLQNGRCVHSCGLGFYQAGSLCLACQPQCSTCTNGLEC
SSCLPPLLMQQGQCVSTCGDGFYQDHHSCAVCHESCAGCWGPTEKHCMACRDPLQVLRDS
SCENTCGNGFYNRQGTCVACDQSCKSCGPSSPRCLSCAEKTILHDGKCISECPHGYYADS
TGSCKVCHSSCASCSGPTAAHCIACIHPQTLRQGHCLPSCGEGFYPDHGICEACHASCHT
CVGPQPSHCTQCKKPEAGLLVEQHSGENVPYGKCVSRCGTHFYLESTGLCEVCHPSCLTC
EGKSPHNCTGCESTHALLAGCCVSQCPETHFNLEGTCTECHPSCRQCHGPLESDCVSCHP
HLTLTSGHCKTSCKEEQFLNLVGYCADCHPLCQHCVANLQDTGSICLKCQHARHLLLGDH
CVPECPPGHYKERGTCKTCHSSCRSCQNGGPFSCSSCDTGLVLTHIGTCSTACFPGHYLD
DNQVCQPCNRHCRSCDSQGSCTSCRDPSKVLLFGECQYESCTPQYYLDIATKTCKECDWS
CNACTGPLRTDCLQCMDGYVLQDGVCVEQCSPQHYRDSGSCKRCDSHCVECQGPHECTRC
EEPFLLFQAQCVQECGKGYFADHAKHRCIACPQGCLRCSHKDRCHLCDHSFFLKSGLCMP
TCVPGFSGHSSNENCTDKMYTPSLHVNGSLTLGIGSMKPLDFSLLNIQHQDGRVEDLLFH
VVSTPTNGQLLLSRNGKEVQLEKAGHFSWKDVNEKKVRFVHSKEKLRKGYFSLKISDQQF
FSEPQLINIQAFSTQAPYVLRNEVLHVSKGERATITTQLLDIRDDDNPQDVVVNVLDPPL
HGQLLQMPPAPAASIYQFHLDELSRGLLLYAHDGSDSTSDIIVFQANDGHSFQNILFHVK
NIPKNDRALRLVTNSMVWVPEGGMLKITNRILKAQAPGVRADDIIYKITHSRPQFGEVVL
LMNLPADSPAGPAEEGHHLPDGRMATPISTFTQQDIDDGVVWYRHLGAPTQSDSFRFQVS
SATSAQEHLESHMFNIAILPQAPEAPKLSLGTSLHMTAREDGLSVIQPQSLSFVKAESPS
GKIIYNITVPLHPNQGIIEHRDRPHSPIQYFTQEDINQGQIMYRPPVAPPHLQEIMAFSF
AGLPESVKFYFTVSDGQHTSPEMALTIHLLHSDLQPPAFQVKAPLLEVSPGGRTSLGLQL
LVRDAQVVPEELFFQLQKSPQHGMLVKYTAKSSVTMAAGDTFTYDEVERNVLQYVHDGSS
AWEDSLEISVTDGLTVTTSEVKVEVSPSENRGPRLAPGSSLSMTVASQHTAIITRSHLAY
VDDSSSDPEIWIRLSSLPLYGVLFRSSGPDMDELSGDSNFTMEDINKKNIRYSAVFETDG
HSVTDGFHFSVSDMDGNHVDNQVFTITVTPAENPPHIIAFADLITVDEGGRAPLSLHHFF
ATEDQDNLQDDAVIKLSALPKYGCIENTGTGDRFGPGANSELEASFPIQDVLENYIYYFQ
SVHESIEPTHDVFSFYVSDGSGRSEIHSINITIERKNDEPPRMTLRPLGVRLSSGVAISN
SSLSLQDLDTPDNELIFVLMKKPDHGHLLRRSTASDPLENGTVLDQGSSFTYQDVLAGLV
GYLPGDIYMAVDEFRFSLTDGLHVDTGRMEIYIELPSTNIPHLAINRGLQLSAGSVARIT
EQHLKATDTDSEAGQVVYIMKEDPGAGRLLMAKADNLEQISVRGPIRSFTQADVSQGQIE
YSHGPGEPGGSFAFKFDVVDGEGNKLADQSFSIGVLEDKSPPVVITNRGLVLDENSVEKI
TTAQLSATDQDSKPTELIYRITTQPQLGHLEHVASPGIQISSFTQADLASRNVQYVRSSG
TGKQSDAFSFVLSDGLHEVTQTFPITIHPVDDARPLVQNRGMRVQEGVRKTITEFELKAV
DVDTEAESITFTIVQPPRHGTIERTARGQRFHQTSSFTMEDIYQNRVSYSHDGSNSLKDR
FTFTVSDGTNPFFIIEEGGEEIMTAAPQQFHVDILPVDDGTPRIVTNLGLQWLEYMDGKA
TNLITKKELLTVDPDTEDSQLIYEVTTGPMHGYLENKLQPGRAAATFTQEHVNLGLIRYV
LYEEKIQKVMDSFQFLVKDSKPNVVSDNVFHIQWSLISFKYTSYNVSEKAGSVSVTVQRT
GNLNQYAIVLCRTEQGTASSSSHPGQQDYMEYAGQVQFDEGEGTKSCTVIINDDDVFENI
ESFTVGLSMPAYALLGEFTQAKVVINDTEDEPTLEFDKKTYRVNESAGFLFAPIKRQGDS
SSTVSAVCYTVPKSAMGSSLYALESGSDFKSRGRSAESRVIFGPGVTVSTCDVMVIDDSE
YEEEEEFEIALADASNNARIGRQAVAKVLISGPNDASTVSLGNTAFTISEDAGTVKIPVI
RHGTDLSTFTSVWCATRPSDPASATPGVDYVPSSRKVEFGPGITEQYCTLTILDDTQYPV
IEGLETFVVFLSSAQGAELTKPSQAVIAINDTFQDVPSMQFSKDLLLVKEKEGVLHIPII
RSGDLSYESSVRCYTQGHSAQVMEDFEERRNADSSRITFLKGQKTKNCTVYIHDDSMFEP
EEQFRVYLGHPLGNHWSGARIGKNSVATVTISNDEDAPTIEFEEAAYQVREPAGPEAIAV
LSIKVIRRGDQNRTSKIRCSTRDGSAQSGVDYYPKSRVLKFSPGVDHIFFKVEILSNEDR
EWHESFSLVLGPDDLVEAVLGDVTTATVTILDQEAAGSLILPAPPIVVTLADYDHVEELA
KEGVKKAPSPGYPLVCVTPCDPRYPRYAVMKERCSEAGINQTSVQFSWEVAAPTDGNGAR
SPFETITDNTPFTSVNHKVLDSIYFSRRFHVRCVAKAVDKVGHVGTPLRSNVVTIGTDSA
ICHTPVVAGTARGFQAQSFIATLKYLDVKHKEHPNRIHISVQIPHQDGMLPLISTMPLHN
LHFLLSESIYRHQHVCSNLVTAQDLRGLAEAGFLNDAGFHSTALGPGYDRPFQFDSSVRE
PKTIQLYRHLNLKSCVWTFDAYYDMTELIDVCGGSVTADFQVRDSAQSFLTVHVPLYVSY
IYVTAPRGWASLEHHTEMEFSFFYDTVLWRTGIQTDSVLSARLQIIRIYIREDGRLVIEF
KTHAKFRGQFVIEHHTLPDVKSFILTPDHLGGIQFDLQLLWSAQTFDSPHQLWRATSSYN
RKDYSGEYTIYLIPCTVQPTQPWVDPGEKALACTAHAPERFLIPIAFQQTNRPVPVVYSL
NTEFQLCNNEKVFLMDPNTSDMSLAEMDYKGAFSKGQILYGRVLWNPEQNLHSAYKLQLE
KVYLCTGKDGYVPFFDPTGTIYNEGPQYGCIQPNKHLKHRFLLLDRSQPEVTDKYFHDVP
FEAHFASELPDFQVVSSMPGVDGFTLKVDALYKVEAGHQWYLQVIYIIGPDSTSRPRVQR
SLTVSLRRHQRDLVDPSGWLSLDDSLIYDNEGDQVKNGTNMKSLNLEMQEPVIAASLSQT
GASIGSALAAIMLLLLLFLVACFVTRKCQKQKKKQPPEDTLEEYPLNTKVDVAKRNADKV
EKNANRQYCTVRNVNILSDNEGYYTFKGAKVKKLNLEVRVHNNLQDGTEV

Region:1-4010
Length:4010aa
Label:Full sequence
Reset:click