The results are sorted from lowest E-value to highest E-value. Strong classifications have a low E-value. Weak classifications have an E-value greater than 0.0001. Weak hits are shown in gray. Weak hits are not shown on the domain architecture.
The family level classification is conditional on the domain being a member of the specified superfamily. There is a possibility that the selected domain is a member of a sub-family for which no structure has yet been solved.
| Sequence: |
FBpp0191392 |
| Domain Number 1 |
Region: 423-664 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Calponin-homology domain, CH-domain |
6.55e-28 |
| Family |
Calponin-homology domain, CH-domain |
0.0028 |
| Further Details: |
|
| |
| Domain Number 2 |
Region: 124-277,415-499 |
| Classification Level |
Classification |
E-value |
| Superfamily |
FAD/NAD(P)-binding domain |
4.19e-19 |
| Family |
HI0933 N-terminal domain-like |
0.078 |
| Further Details: |
|
| |
| Domain Number 3 |
Region: 1063-1093 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Glucocorticoid receptor-like (DNA-binding domain) |
0.0000491 |
| Family |
LIM domain |
0.022 |
| Further Details: |
|
| |
| Sequence: |
FBpp0191392 |
| Domain Number - |
Region: 1094-1125 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Glucocorticoid receptor-like (DNA-binding domain) |
0.000314 |
| Family |
LIM domain |
0.012 |
| Further Details: |
|
| |
The top 10 most specific Gene Ontology terms for each namespace assigned to this domain architecture as determined by 
(show help)
Information Content (IC) is an information theoretic score measured in bits of how informative it is to assign a given ontological term to a domain archtecture. The higher the score the more informative it is to talk about the term given the domain architecture.
H-score (hypergeometric score) indicates the strength of assigning an ontological term to this domain architecture. Assignments with higher scores are of a better quality. Details for the methodology be found on the dcGO website.
| Biological Process |
IC (bits) |
H-Score |
| Molecular Function |
IC (bits) |
H-Score |
| Cellular Component |
IC (bits) |
H-Score |
| External link(s) |
Protein: FBpp0191392 Gene: FBgn0164866 Transcript: FBtr0192900 |
| Sequence length |
4751 |
| Comment |
type=protein; loc=scaffold_19:join(824392..826054,826121..826253,826312..826814,827023..827087,827632..827895,829152..829676,830232..830495,830556..830976,831045..831160,831340..836340,838244..838405,838463..842656,842795..842827,845320..845644,845767..845971,846038..846115,846180..846280,846350..846546,846610..846615); ID=FBpp0191392; name=Dper\GL27285-PA; parent=FBgn0164866,FBtr0192900; dbxref=FlyBase:FBpp0191392,FlyBase_Annotation_IDs:GL27285-PA,GB_protein:EDW28032,REFSEQ:XP_002023829,FlyMine:FBpp0191392; MD5=cb64e6fec383a8726bb116507f14ee31; length=4751; release=r1.3; species=Dper; |
| Sequence |
MSRQHQRHHQTQQQQQLQQQQQQQQQQLTVQQQQQQQLLMAEHAAAAEAAELFDLLCVAT
TMRQILALHRTMCEAVGLRPSPLNDYYPKLKAKVRSWKAAALWKKFDARAAHRVYGKGTA
CAGTRVLVIGAGPCGLRTAIEAQLLGAKVVVLEKRDRISRNNVLHLWPFVITDLRNLGAK
KFYGKFCAGSIDHISIRQLQCMLLKVALLLGVEIHEGVSFEHALEPGGDAGGWRAAVTPA
DHPVSHYEFDVLIGADGKRNMLDFRRKEFRGKLAIAITANFVNKKTEAEAKVEEISGVAF
IFNQAFFKELYGKTGIDLENIVYYKDETHYFVMTAKKHSLIDKGVIIEDMADPAELLAGP
NVDTQKLHDYAREAAEFSTQYQMPNLEFAVNHYGKPDVAMFDFTSMFAAEMSCRVIVRKG
CRLLQCLVGDSLLEPFWPTGSGCARGFLSSMDAAYAIKLWSNPQNSTLGVLAQRESIYRL
LNQTTPDTLQRDISAYTVDPATRYPNLNRESVNSWQVKHLIDTDDPSVLEQTFMDTQHAG
PHVETPGRRKRRSGDSMPQGASLLRWIAAQLHSHQFVPELKEPSDVLRNGRVLCGLISRY
RPDLIEFAVTKDMSPLECNELAFAVLERELGVKRIMSAKQSLELTDIESRIWLNYLDQIC
ELFRGEIPHIKHPKMDFSDLRQKYRINHTHAPPDFSKLLQMKPKAKSPMQDAVDVPTTVQ
RRSVLEEERAKRQRRHEQLLNSGGAGTGTAGAAGGGAAVGGATAGGGQNDTPRRSKKRRQ
TSDKTANIEERQQRLQDIEENRQERMSKRRQQRYHQTQNFYKSLQLLQAGKLLREGEDGV
AEDGSPFEDYSIFLYRQQAPIFNDRVKDLERKLLFPDRERGDIPSALPRSAADEQFSDRI
KSMEQRMTGRGGLGGDKKPKDLMRAIGKIDSTDWNVREIEKKIELSKKTEIHGPKGREKV
PKWSKEQFQARQHKMSKPQRQDSREAEKFKEIDQTIKNLDKQLKEGHNLDVGERGRNKVA
SIAGQFVRKDDANSDEATTTVLQSNTVIPKSSSKVALAFKKQAASEKCRFCKQTVYLMEK
TTVEGLVLHRNCLKCHHCHTNLRLGGYAFDRDDPQGRFYCTQHFRLPPKPLPQRSNKARK
SAAAAAVQAAASPAARAAATVERMDTNQEEMDQAAARDQVDLLETTIPADALSDDEANVI
DEHEWSGRNFLPESNNDSQSELSSSDESDTESDSEIFEEADDSPFGAQTLQLASDWIGKQ
YCGESDDTTDSYDSSDGIADDGKDDTEGEDFKKARELRREEVRLQPLPANLPTDTETEKL
KLSVENDKENVERGSLRSANSFESARSQPATPTRVEMEQLERNAPRKFSSEIEAISEKLY
HMTNMVKMNKDLELLAKENLVKSDILRKLTLKEKWLAENAAIAAGMAKGSAAPAAAPPPK
PKSKFEEKYEKVQSLGADEAKPKPKPVIDFNLDELRPRKPNFEERPKELLQKPAAKGLKS
PRGSANVSRSNSLKSNASTQGSPRVKKKDDTHDSKMHIEGILGTIKKLQRQQSKDQNQLQ
DDEDMDVDADAEELQGSKELNSKLKEIQATSFAGTMDHIRSQLTMPTVSAQADPASVDLS
KYFPNQKLEKSAALNTNKNQKTLKDVDLAKYFPSSPAPQRRTVETVADRLKKSQTEASLA
KSQTPPKPVDEAKEKEKPVPPKRQASLNTFSLREHQMDGALDLTKKKATPVKVVKGTATA
TATGKGKIKIIKKIVPKGTKAKKAAAAQEAAAAAAKAKEVEKQPPKDEAERILDEILGDG
EVHSPSSEYQRLFQDEKSPSDLSDNIDRILEESGLDLELGLPRRSSKKLLKTKSLGEGDF
ELKPGARGELSGVQNILKRFESMSSVASSTQNSDEQAAAFKLRRMESSTSNLSSLTRSRE
SLASLASDSMSDLERTMDYLRNEWRNEATNFLQKKRDKFYAQKEVEQQQQQKRAAEEKAL
GDLPVQYRDSKLAKFFGLGSRKSPEKRRSPTKKTTTTKKKSPSPKKSPKVAAKANSSLEE
LAKIGSARQAKQQAAKKSSQKAMPPKVPPKPATPVPDDFEVLDLLEKATEAKEMVERSKT
KSPTVKEEPQEVFVVPIEDIKNLPKTGCDKSLNSSRRGSQSSLVLSRRQSLDISLTEKLH
QDALEALASMEKEQEQTQEVQHFEELFQDMSSEADPNDEDLDADSLCTTISKSPSAQPVT
VVKRGSSEDQSIEKLFGQFSDEMLVHVEFDSNDELVGITPTVAVVPASPSEERDCLDKLE
SLERDEEPTLELNRFQTDDTVHPDVVDGSHFPTRPQRRAKSSSSSSEPSLSAAPQRLLAK
LDPEDMAPSVQDLLQQVYAKPQDSEEQGKPLRFPSLVIDEDLVDSAGEQKEVEMEVEPPV
AAQAVGKPQSTSSSRSSLLEVAPKASKVPSRKESKENSLDWDMERLPASPMPRRRLPQNQ
AAASKESSLEWDMEKLPNSPMPPRRNKVRQPSPSSSVQLLNNLPSDGDEEVAQRRLIEDF
ERERRQALIRRDESFEATAAEQRRRDSLQSSNSNSNSSSKRSLPPPTPPVQRSSLARRGD
TARTETKHEGTPPMFKKLELDSDSCSLATPLDSTTTCSTRRSSFAFIELQDNKPVIVPMP
RKLKLPKLEQPRFVPEPVAVDEPVPEVFQGRAWPKVQIEGVPASLDSDPEEEEAEKLLPE
YARSDSPPAAAFKNRKWPDGKTIFDQNQAALQPDEEDDDEAIMSRYLEARRRVSKHKPRS
QSPQPFKPLAVSSRQSSKSYSDLKKGPSLQSLQSARSSQDTDTTHSTATTVATTRPVSSY
VNYDEPVDASTRALLDRSKRLHNRKREFVNERVVERNPYMREVIRSTDLHRAGSDEDLAS
YRPRHYASTSRFPSTAMRSNYSDYLSPSGGTSTGDYLSGHKRPYSTLGLTTASSYYPSTS
VSTSTTATPRSSHLSDLFKPRRHSPASSYGRSSDYGLLPVSKESCVQTESESTSPDEIEL
NSATEISTDSEFDNDEITRQTAPKIFIDDTHLRKPTKVQIKSTMITPNAAAAGVASTGLH
EKQLAAREKGGSYLKKYQPQPPLPQFKPLVQVDPTLLIGSQRAAATPLQNPRPGDYLLNK
TASTEGIASKKSLELKKRYLLGEPANGNKIQKSGSTSVLDSRIRSFQSNISECQKLLNPS
SDISAGMKSFLDRTKLGEGQANDLMRSATSNVINDLRVELKIQKAPSPSSNSTDNEKENV
FVNCKNELNKGMEYTDAVNATLLDQLNRKSSPTTPTNNQNNKTVIEVIDLVTPEKKPLEI
IDLTLETPKKPKIEGPDSNKLSEKQLQQEEKQEQKLEEDVAKPDVSKDVKECIPDILGDI
KAGVKQGTKATGTEEQQSLLSDEEKRDSPEKEEHDEQDTVQIQVPNIPWTKPKLEPMSTT
GSSGGTSCSSSSNTSSIEDIQHYILESTTSPDTQTAGGGGGKHNVPRLEVHDTSGALMQV
DSLMIVNGKYIGDPEDVKYLDMPADVIVPPAAALRTNELEEPEDDHDVDVEPVTATPEPA
ECTVIEAERLSTVKAPPPLPEMGPPKLRFDSKNENKIESLKNLPLIVERTAEHSQAVKPI
TLNLSSAAARTPDTPTTPTAHDSDKTPTGEMLSRGSDSETEHTGTGTGTGQVLTETELSD
WTADDCISENFVDMEFVLNSNKGTMKRRKERRRGGAASRLPSGSQVIHELARQAQAPVVE
MEGILSAIDIDDIEFMDTGSEGSCAEAYSATNTALLQNRGYMEYIETEPKRVPLKPSQAQ
PPLPGTGFVALPALVTKRDEKLGIDYIEQGAYIMHDDAKTPVNEQLPAAMTQSLTDSSTL
NDLDDDSMAGQTMPTTTEESEALTVVTSPLDTSSPRMLDQFASMLASGKADSTPSSSEQL
PKTSTVTTSSSSAANSSTPGGHESKEAAAAAAAPTDEDLQIQFEYVRALQHRISQISTQR
RKSSKGEAASTTVIESAEAQLQAQPQQPPDSPETSAMRPRSSSSSSKVPEIPTLSSKLEE
ITKERTKQKDLIHDLVMDKLQSKKQLNAEKRLHRSRQRSLLTSGYASGASLSPTPKLAAA
ASPQDSNCSSQAHYHASSATAEEKPSIAAIAPPPVPSNPLQKSATASYVSPYRTVQPPTR
SADLFKPPRPFSEHIDAHALEAGYKLNKTASFNSGSGRGLGDFVTPIAPARSNRGGGGVG
AGVGVVASVDVMNISVSTENLRSEARARARLKSNSDLGLSPEEKLQLLRKRLHYDHPRPL
KPKQQLEEPLSVDLAARARKMSASKSVNDLAYMVNSQQQQVGHSGLDKDAAAQAKAADFT
SDPNLAASSGVQEKAMKTKTGRQKDPERRKSLIQSLSSFFQKGSHSHSASASASASASTS
PKEQGVPVAASHSEQSERPGTSSSGTPTISDGGGNSGGGGGVFSRFRISPKSKEKSKSCF
DLRNFGFGDKDVLIGHATSSTNAATAAAATATRSQTNHSQDYLNTTTTTATTTTATNNSR
YRKQTNTAKPKIETFSSSSPQLYIHKPHHHLAAANALDDQTPPPIPPLPLNYQRSDDESY
ANETREHKKQRAISKASRQAELKRLRIAQEIQREQEEIEVQLKDLEGRGVLIEKALRGEA
QNFENLDTSKDNDEKLLKELLEIWRNITALKKRDEELTIRQQELQLEYRHAQLKEELNLR
LSCNKLDKSSADVAAEGAILNEMLEIVAKRAALRPTASQLDLTAAGIASTSTEAAGIKLT
GQPHDHEESNI
|
| Download sequence |
 |
| Identical sequences |
B4GZ14
FBpp0191392 XP_002023829.1.64850 |
