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: |
FBpp0079167 |
| Domain Number 1 |
Region: 2029-2204,2356-2374 |
| Classification Level |
Classification |
E-value |
| Superfamily |
WD40 repeat-like |
0.00000000843 |
| Family |
WD40-repeat |
0.039 |
| Further Details: |
|
| |
| Sequence: |
FBpp0079167 |
| Domain Number - |
Region: 4264-4446,4659-4771 |
| Classification Level |
Classification |
E-value |
| Superfamily |
ARM repeat |
0.000201 |
| Family |
Armadillo repeat |
0.061 |
| Further Details: |
|
| |
| Domain Number - |
Region: 3863-3933,3992-4065,4123-4139,4250-4349 |
| Classification Level |
Classification |
E-value |
| Superfamily |
ARM repeat |
0.0158 |
| Family |
Mo25 protein |
0.082 |
| Further Details: |
|
| |
| Domain Number - |
Region: 3815-3856 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Zinc hairpin stack |
0.0484 |
| Family |
Zinc hairpin stack |
0.0057 |
| 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 |
| Cellular Component |
IC (bits) |
H-Score |
| Molecular Function |
IC (bits) |
H-Score |
| External link(s) |
Protein: FBpp0079167 Gene: FBgn0011230 Transcript: FBtr0079545 |
| Sequence length |
5322 |
| Comment |
type=protein; loc=2L:complement(8054511..8054593,8054657..8056253,8056309..8058244,8058302..8058784,8058841..8060504,8060566..8061258,8061308..8061512,8061570..8067555,8067625..8068152,8068214..8070380,8070636..8071048,8071172..8071266,8071448..8071566); ID=FBpp0079167; name=poe-PA; parent=FBgn0011230,FBtr0079545; dbxref=FlyBase:FBpp0079167,FlyBase_Annotation_IDs:CG14472-PA,GB_protein:AAF52598.1,REFSEQ:NP_476986,GB_protein:AAF52598,FlyMine:FBpp0079167,modMine:FBpp0079167; MD5=b7b6a19b9d21da62baebd71068062a18; length=5322; release=r5.30; species=Dmel; |
| Sequence |
MSAHSGGTDWNSVVKALILNRTGALNKNEVVNLLKAITRCEHDFFEEESNFTQFYTAFAA
LAADKLMQIKTICQTQICQLHDATAVLIRFIIYRLPRVSVYETKWLLGALKMLCEGRECP
ASASSSMFDYNAVANVLKSCKHPESTTKSIMPSSSSSGSGASNDKESPKSEIKRSRSDLS
SVILQQLIAPLEPGKMTWVPLSEEVTDCTEQILAANVEYFQEQNGVDTLLDVCVSLPILN
RYRSKYMETINGGKSLYLPLTQVEATAVKSSMNHMLTDLTILSQAQALIEMQPLTPSRIE
RLSMCGIAALYNAVLTSIATSVLGMSQASSSQKQTASTSQGSGVGGSSGGQSNKDHDDFE
DQACSIVNKALEIYSNIGHMFKTSARIHVYQNHLCYGSWLLISGIQGAMGASGSGGSSSD
SASKSASKATKSGSEAGTAPTTPIARVNLFKVQQGFGELNAAIANHSIKLLSELIEDLKV
EAACGQSLESTELPEPAQFDILQNYSSLERIVRVLNTATLHQLFTFLATVAYRKACTLKR
ASAKDRTECEPISYSDSTTYFNDSLSCSDNSEEDDSESYLGHWFKETLSPETHDDNANTS
TQERAEQKSALVPKLDEPHEYLDLAADIFCFLDQFLANRHAYMQRYVKAGVSDQQMLLMA
NIIKDFDRDVMRNESDQGSGNAPAASAGAGTSAGASTKWQTSMIRFSGAAGRYIHNLIST
SLLSEQLQSNLLQHLSISPWSTDTNTWPLQVYPSTLSVLVQILLLKPTQEKEAACLSVWH
RLINTLVEGVCSSNTASDSDYEDLNIEHAQLLLFLFHSLNLMQKKSILLLTAGGVIRCAE
VCRGISEDRPVKNSQIMLLSRLLLFLEYLMKHLYNAPPELLDQVRWNLFSVSSMPDTQKI
TDLLNCRTKLNSYCRHDIEENFRKSAGEYGSSIRPTFYSLVMGDPEISYWAQEFKLDGLA
WNFILCTPDKLKYPLLVDALTDILSITDMSMYSKEKDKEASMHNLCAIQYCFTIAWKLNL
GLPPSTSHVESLKAERSPNLHSLMWSIRLPLASSHYLVVSSLIKQGMYTQYAETLWTHVG
DIGADIKYSLKQTILGVEAFNSQMNGNGTPRLSDLILFDSLVAHMQAVAWANKEGLKWPR
KESEDAAGEQSAGTSLTSSSNDPELYSSNESIDDQKLKQDDDGKLSSDLQKYNQLVNELM
VKLMNSYQLLSVIVRGQMLKQLSSSTPEKALNLIVPIVSDKPAIMLELHAAFLKLLPNED
KQLIANEWPKCLMVNDFAFNGKQHPVEPYILNVIDAHIIELTRGSNYSTLHTLKHCLKSI
LQLFELLLPHRTANAEVETQLKQLLISSMLDMRTDYLQGHSEHCLREILSGLTQEAQKLL
LYEHMVGYCYRMLKEFAADLRQPQSAGPSGGAPLDQDRAMFNESMLFAVLKTMFKMLEKP
VAVQAMRQFFKDQRSGSLTTLLLSFTGTSLPVSYARKMLQFVNRLFQLSLQADSQFQHED
LVECFSELATVDVARLKQWLGHIIYGPNVSTDVSTSEALDTTCRMLTSILQPSSSSSSNA
QTPTNMATVSAMPSISDQLDPMEIEYDCGTAAGGGESNPGTGGAAANTSQILSLWQAAQP
NPSEESSQACDHSDSERNGALLLSFVKSLVKDQSKASQIAPPLFQALLQLGQTLISPPQE
GCDFADVLQIMITLADASPARGHVALFNTTLLWLELAKLQLPDKHLKHAENVSAQLRYLS
ELLQSIGFRGSRQHNPPWDDELQTDIDELYDELAEEGEQDSLLDDSDEDTLNNKLCTFSQ
TQKEFMNQHWYHCHTCNMINTVGVCSVCARVCHKGHDVSYAKYGNFFCDCGAKEDGSCQA
LSRRIGSNEVRDSAGIGSYLPSHMSLLAGKKRSSLPVGQPVLTRKDSLTNERIAVLTKLL
EPYRETLQHQDQWLLVVRCILEYFDLLLPSINENCMLYSIVGCHKRATAALERLHLLEQS
FQVTDQLMFATLGSQEGAFENVRMNYSGDQGQTIKHLLSSGVVRRVAFCCLSSPHGRRQQ
LAVSHEKGKVTILQLSALLKQADASKRKLTLTQLSSAPIACTVISLAANPCNEDCLAVCG
LKECHILTFSSSGSTNEHIVVNPQLENGNYIKKAVWLPGSQTLLAVVTSDYVKIYDLAVD
TYSPKYYYLVAVGKIRDCTFVYQDGNYNMLTFASSGYIYTQQLDQQSLAVHGDFYVTNTL
ELSHQHIKDIAGHIGGGGVSIYYSHTLQLLFYSYSCGRSFFSPLTNVSEGVKGIYHLDTN
SASKSASKGPLQPLVQWTEVTGHPGLVYASMQTSNNPIILMITPERIYLQEIKAQSAKSR
IMDVVGIRHAVAGVEKTTLLLLCEDGSLRIFSAQPEYTSFWLSPQVQPFGNQLYSSTLMA
KGGGSGSTSKSKSNTASGKMTSRKASQQQKQPTAGGQPVFPIDFFEHCNMLADVEFGGND
LLQIYNKQKLKTRLFSTGMFVASTRSNGFTLEVINNDPNVVIVGIRVLIGTQDVQRAPQS
VTILGRTIPTPVRRARWFDIPLTREEMLQSDKLLKVVFAKAPDPEHVTLLDCIEVYGKSK
ELVGWPDESEDVTVPGSSAPAVSSSQASSANFGEGFNCITQLDRMANHLLEVMDCALHLL
GSGVPASMRQKAVKTASALLLLPTPNPVQTQARYVLATLYGTRALYHNYKDGVLLQFVNR
ELQSMQPKLEKLETLREIDPEAFYRLVLMVRGIANARPQSLAKICVENNYDIVPTLMGIV
LELHKVTPTLDEPVNIVKRGLCQPETIVHCLVEIMYGFALADPGQVGRMTKYFIDLLKHD
ASVISHSAKEALILLLSPRMKRRKVAIVTPPACSTPTPSTSTMQALQAAASSAASDIIEE
AAGVVVDGSVGGGGLPEPNADAEGAAVGVGGVGQQQMLNLEAFMGGGFPRLLGLPEDADD
EAIMDIAIALSLQQHGGDANALQSLQQGLANLQGIRQATAMAAAVNAAANVSLGGSDDDE
GSNVATDGSTLRTSPAEPAGSGGSESGGSGVESIGGTSARSSNFGDHANASPPRQGSTKD
DQEQPGPSGVAGSGGVAVLSAMSSSEDNEANEDDKLSKLHDLRIAVLESIIQHLGTFDLC
NGLQAIPLIQVILMLTTDLNGNNERDQQVLHDLLTALVDYVEIGKRGAAARMETKCPGNE
VRLALLSLFGVLMGKTKSKQTGTTSPPHQFKDNSSFVASTTANVLSKSGAFVYALEALNT
LLVHWKNVLGDPYAAGGGLASQSAQASGGASGPGVQLLKPIKHGPKPDISILIPHNYLKN
YPDIFESYDGLLTEIIVRLPYQILRLSSAHPDNYDSGFCEAMTFTLCEYMMLNLNTLLRR
QVRKLLMYICGSKEKFRMYRDGHSLDAHFRVVKRVCNIVSSKTGAPYNANPPMLSYDALV
ELTEHLRTCQEISQMRTGNWQKFCVVHEDALAMLMEIACYQLDDGVSPIIIQLLQAAVCN
LPPPSGSKQAQPQPSTSSASGKLRTDREKSEDTDAYYSKFDPAQCGTFVHQIFRYACDAL
IIRFVRIFLLENNITQLRWQAHSFMTGLFEHANERQREKLLNIFWNLWPLVPTYGRRTAQ
FVDLLGYLTLSTRSITERLPEFVSRAVDVLRQQNELLCKHPNAPIYTTLESILQVNGYYL
ESEPCLVCNNPEVPMANIKLPSVKSDSKYTTTTMIYKLVQCHTISKLIVRIADLKRTKMV
RTINVYYNNRSVQAVVELKNRPALWHKARSVSLQSAQTELKIDFPLPITACNLMIEFADF
FETVSGSSENLQCPRCSAAVPAYPGVCGNCGENVFQCHKCRAINYDEKDPFLCHSCGFCK
YAKFDFSMYARVCCAVDPIESAEDRVKTVSLIHSSLERADRNYRQLLTNKQMLELLIQKV
AEHRSSDRMVEDNMASVHSTSQVNKIIQLLAQKYCVESRTSFEELSKIVQKVKACRSELV
AYDRQQQDQPPVNPGSTTGAENPTTNRCYGCALASTEQCLTLLRAMAYNYDCRVCLYSQG
LVSELAEHNLRRGTPLIQEEVRNLLVVLTKDNAEACMHLLQLVTTRVKNALMGSIPLISL
EAAVHQEMTLLEVLLGQDDICWEYKLKVIFELFISNCRLPRGPVTAVLHPCLRIMQNLIC
PVLPGSKPNQKVATTDLCSMKMFEGNTVDYRAWLNSDRNHEYAAWSKRMPSNNQAKLKNA
KDQNVAASGGSDAPPKSRREVRVAFLSEKYGKRWRERVLDKQRVIKPLVFNAKWIQPLLF
NANSRFGRQLACSLLSSLSRTNERRQQALNMLTSFLKHVGEAGEASAEYLMLYKNMATEQ
PWLQYLVLKGVLSQISQLLAIEISKVHRMEEYSLSSDLSLGYALRQYVELLWLLLECPNI
RRTYKTRMLGPVLESYLALRSLVVQRTRLIDDAQEKLLEMLEDMTSGTEEETRAFMEILI
DTVEKTRMNDIKTPVFVFERLYSIIHPEEHDESEFYMTLEKDPQQEDFLQGRMLGNPYPS
SEMGLGPLMRDVKNKICTDCELIALLEDDNGMELLVNNKIISLDLPVKDVYKKVWLAEGG
DRDAMRIVYRMRGLLGDATEEFVETLNNKSQEQVDTEQLYRMANVLADCNGLRVMLERIG
SLQRISRNRELIQVLLKLFLICVKVRRCQEVLCQPEIGAINTLLKVLQMCLQSENDSIQS
AVTEQLLEIMETILSKAASDTLDSFLQFSLTFGGPEYVSALISCTDCPNVRNNPSVLRHL
IRVLAALVYGNEVKMALLCEHFKDTLNFNRFDNERTPEEEFKLELFCVLTNQIEHNCIGG
TLKDYIVSLGIVERSLAYITEHAPCVKPTLLRTDSDELKEFISRPSLKYILRFLTGLSNH
HEATQVAISKDIIPIIHRLEQVSSDEHVGSLAENLLEALSTDSATAARVQQVRDFTRAEK
KRLAMATREKQLDALGMRTNEKGQVTAKGSILQKIEKLRDETGLTCFICREGYACQPDKV
LGIYTFTKRCNVEEFELKSRKTIGYTTVTHFNVVHVDCHTSAIRLTRGRDEWERASLQNA
NTRCNGLLPLWGPAVGEAAFSACMTRHSSYMQESTQRCDISYTSSVHDLKLLLVRFAWER
SFHDDAGGGGPQSNMHFVPYLLFYSVYLLLSSRSAARDSKTLLTYLQAPPSEKWLECGYE
VDGPLFMATISLSLHSRELWNKHKLAHLKRMIAVAQGRHVSPAVLCKALLAPADRQVKDY
TVYKPFLMMWALVDLIYDNLFKTVSTPKEEDWPISLFDYLRKNDEALLKSTDSILQTLTE
EFLPCTSFVEFCDVAGLLHLIEHPDNFIEEILAALPSTSSSN
|
| Download sequence |
 |
| Identical sequences |
M9PB68 Q9VLT5
7227.FBpp0079167 FBpp0079167 NP_001260222.1.81976 NP_476986.1.81976 FBpp0079167 FBpp0305301 FBpp0079167 |
