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: |
FBpp0081687 |
| Domain Number 1 |
Region: 425-669 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Calponin-homology domain, CH-domain |
1.44e-32 |
| Family |
Calponin-homology domain, CH-domain |
0.002 |
| Further Details: |
|
| |
| Domain Number 2 |
Region: 128-281,422-503 |
| Classification Level |
Classification |
E-value |
| Superfamily |
FAD/NAD(P)-binding domain |
5.1e-19 |
| Family |
HI0933 N-terminal domain-like |
0.097 |
| Further Details: |
|
| |
| Domain Number 3 |
Region: 1069-1099 |
| Classification Level |
Classification |
E-value |
| Superfamily |
Glucocorticoid receptor-like (DNA-binding domain) |
0.0000491 |
| Family |
LIM domain |
0.022 |
| Further Details: |
|
| |
| Sequence: |
FBpp0081687 |
| Domain Number - |
Region: 1100-1131 |
| 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: FBpp0081687 Gene: FBgn0053208 Transcript: FBtr0082209 |
| Sequence length |
4723 |
| Comment |
type=protein; loc=3R:complement(5828157..5828162,5828220..5828416,5828475..5828575,5828632..5828709,5828769..5828973,5829096..5829372,5830132..5830164,5830378..5834358,5834418..5834576,5835026..5835094,5835455..5840548,5840712..5840827,5840897..5841317,5841385..5841648,5842012..5842548,5843295..5843561,5844219..5844280,5844664..5845157,5845231..5845363,5845427..5847104); ID=FBpp0081687; name=Mical-PF; parent=FBgn0053208,FBtr0082209; dbxref=FlyBase_Annotation_IDs:CG33208-PF,FlyBase:FBpp0081687,GB_protein:AAO41535,REFSEQ:NP_788624; MD5=fd5c66cc50270320cf8ab90c17ec49da; length=4723; release=r5.30; species=Dmel; |
| Sequence |
MSRQHQRHHQQHHHLPPHQQPQQQMPQQQQQLTAQQQQQQQLLMAEHAAAAEAAELFDLL
CVATTMRQILALHRAMCEAVGLRPSPLNDFYPRLKAKVRSWKAQALWKKFDARAAHRVYG
KGAACTGTRVLVIGAGPCGLRTAIEAQLLGAKVVVLEKRDRITRNNVLHLWPFVITDLRN
LGAKKFYGKFCAGSIDHISIRQLQCMLLKVALLLGVEIHEGVSFDHAVEPSGDGGGWRAA
VTPADHPVSHYEFDVLIGADGKRNMLDFRRKEFRGKLAIAITANFINKKTEAEAKVEEIS
GVAFIFNQAFFKELYGKTGIDLENIVYYKDETHYFVMTAKKHSLIDKGVIIEDMADPGEL
LAPANVDTQKLHDYAREAAEFSTQYQMPNLEFAVNHYGKPDVAMFDFTSMFAAEMSCRVI
VRKGARLMQCLVGDSLLEPFWPTGSGCARGFLSSMDAAYAIKLWSNPQNSTLGVLAQRES
IYRLLNQTTPDTLQRDISAYTVDPATRYPNLNRESVNSWQVKHLVDTDDPSILEQTFMDT
HALQTPHLDTPGRRKRRSGDLLPQGATLLRWISAQLHSYQFIPELKEASDVFRNGRVLCA
LINRYRPDLIDYAATKDMSPVECNELSFAVLERELHIDRVMSAKQSLDLTELESRIWLNY
LDQICDLFRGEIPHIKHPKMDFSDLRQKYRINHTHAQPDFSKLLATKPKAKSPMQDAVDI
PTTVQRRSVLEEERAKRQRRHEQLLNIGGGAAGAAAGVAGSGTGTTTQGQNDTPRRSKKR
RQVDKTANIEERQQRLQEIEENRQERMSKRRQQRYHQTQNFYKSLQLLQAGKLLREGGEA
GVAEDGTPFEDYSIFLYRQQAPVFNDRVKDLERKLLFPDRERGDIPSALPRTADEQFSDR
IKNMEQRMTGRGGLGGDKKPKDLMRAIGKIDSNDWNVREIEKKIELSKKTEIHGPKGREK
VPKWSKEQFQARQHKMSKPQRQDSREAEKFKDIDQTIRNLDKQLKEGHNLDVGERGRNKV
ASIAGQFGKKDEANSDEKNAGSSNATTNTNNTVIPKSSSKVALAFKKQAASEKCRFCKQT
VYLMEKTTVEGLVLHRNCLKCHHCHTNLRLGGYAFDRDDPQGRFYCTQHFRLPPKPLPQR
TNKARKSAAAQPASPAVPPTAGSVPTAAATSEHMDTTPPRDQVDLLETSRANASADAMSD
DEANVIDEHEWSGRNFLPESNNDSQSELSSSDESDTESDSEMFEEADDSPFGAQTLQLAS
DWIGKQYCEDSDDSDDFYDSSEGIADDGKDDTEGEEFKKARELRRQEVRLQPLPANLPTD
TETEKLKLNVDNKENMADRSSLKSGNSFESARSQPSTPLSTPTRVEMEQLERNAPRKFSS
EIEAISEKLYHMNNMVKMNKDLEVLAKENLVKSDILRKLTLKEKWLAENAAIAAGQKVTP
TPSATAPGLQPKSKFDEKFEKVVSPPQPVVEPKPKPVIDFNLDELKPRKPNFEERPKEQL
PRPESLKKPPQQKPKGSSTNVSRSNSLKSNASNGSPKVKKAPISNNSKMQIEGILGTLRK
IQSQNSSDQDEDMDVDEDVERKPNKELNSKLKEIQASSFAGTMDHIKSQLTMPTVSAQAP
PSMDLSKYFPNQKQEKSSTSSTNKNQVTLKDVNLAKYFPSSPAPQRRTVETVADRLKKSQ
TEAALAKTKLLEDQANNQAEKTKKEVEKEGESKKITKKVADSKAVPPKRQASLDTFSLRE
HQMDGALDLTKKKGPTKASAGVKKPAKSGSTTSVTKATATSKGKTIKIVKKIVPKGTKAK
KAAEAAQESAVVEAPPEKKPPKDEAERILDEILGDGEYRSPSSEYQRLFQDEKSPSDLSD
NIDRILEESGLDVELGLPKRSSKKLVKTKSLGEGDFDMKPSKERLTGVQNILKRFESMSS
VTSQNSDEQAAFKLRRMESTTSNLSSLTRSRESLVSVSDSMSDLEKTMDYLRNEWRNEAT
NFLQKKRDKFYAKKEEQEKESKILAKPDPLDNLPVQYRDSKLAKFFGLAASKSPENRKSP
IKKKKSPSKTPKVTKANNSLEELAKISNVRQTKKAQPKTLKPVEVKPLKPASPVPDDFEI
LDLLEKATEAKELERSKTKSPAVESISQTPKEAIVEISLPVEDIKNLPKTGCDKSSNSSR
RGSQSSLIMSRRHSEISLNEKLNQDALAALNQIEKEREAEQVDELFQSMVEEMEQEPQPT
AIVEPPEEDIDADSLCTTISKSPSAQPVTVVKRGSSEDQSIEKLFSHFSDEMLVNVEFDS
NDELVGITPRATLVSRNTEDRDYLDKLESLERDEETFQPVVGEKFIQENVQDEVDGLHFP
SRPQRRPKSSSSSSEPSLPVAPQRLKKKLSKLDPEDMPPSVQDLLQQVYQKNIQPELVEV
IPVEGKQTLRFPSMLAEEDVDEVDHSKEGIKKIETAPEEVRKVTEPEDVARVIPSPIKPS
ISQSNSLKSENSSGSSLVEIPKIITPPKSSSKENSSDWDMEKLPASPMPRRRLLPNQTPY
KAPSVASKESSLEWDMEKLPNSPMLPRRNKMRAISPSTNPVQLLNNLPSDVDDEAAQRRL
IEDFEQERRQALIKRDENFEAIAAEQRRRDSLQSSSNSSSKRSLPPPTPPMMASRRGTTQ
DTNRTQDTASRHEGTPPMFKKLDVDGSGTSMDSTSCSTRRSSFAFIELQDNKPVIVPMPK
KLKLPKPEPPRFVPEPVATDEPVPEVFQGRAWPKTQLEGEVDLGDSDNEDETEKLKKQLP
EYARSDSPPSAAFKNRKWPDGKTVFDKRAESLEEEDIFEGLLSPRKRGSQRFMDKPRSQS
PQPFKPLANSSRKSSKSFSDLKKGPSLQSLSAQSSQDTDTLSTTTTVATARPASYANYED
PMDASTQALLDRSKRLHNRKRDFVNERVVERNPYMRDVLRSTDRRDYDDVDEDLTSYRPR
HYASSTLNRFPNTTIRKSNNYDYLSPSSDYLSRRSYIPSASATSSYYPSTTRSSHLSDLF
RRRSPASGTVSALSGYGNKESCIGLALDRVGHLIESKCTWVRSTKVQTESESTSPDEVEL
NSATEISTDSEFDNDEIIRQAPKIFIDDTHLRKPTKVQIKSTMIGPNAASAGLHQKQLAA
REKGGSYLQKYQPQPPLPQFKPLVQVDPTLLIGSQRAPLQNPRPGDYLLNKTASTEGIAS
KKSLELKKRYLLGEPANGNKIQKSGSTSVLDSRIRSFQSNISECQKLLNPSSDISAGMRT
FLDRTKLGEGSQTTPGQTNELIRSATSNVINDLRVELRIQKTGSSHSTDNEKENVFVNCK
NELNKGMEYTDAVNATLLDQLARKSSPTTPTNKTVVEVIDLVTPEKPIDIIDLTALETPK
KQLVDGSAMDVDERLTPDSNKISELQQEVKEEPKPDVSRDVKECIPDILGHIKEGTGSKE
PGGEDQQSLLEQSDEEKRDSPEKDVAEHELYEPDSVQIQVPNIPWEKSKPEVMSTTGSSG
SICSSSDSSSIEDIQHYILESTTSPDTQTVGGKHNVPRLEVHDTSGALMQVDSLMIVNGK
YIGDPEDVKFLDMPANVIVPPAPALKTNELDMEDDQEAEAEPVTATPEPVECTVIEAERR
VTAPPPLPEMGPPKLKFDSKNENKIESLKNLPLIVESNVEHSQAVKPITLNLSNLARTPD
TPTTPTAHDSDKTPTGEILSRGSDSETEHTGTGQVLTETELSDWTADDCISENFVDLEFA
LNSNKGTIKRRKDRRRSGASKLPSGNEVIHELARQAPVVQMDGILSAIDIDDIEFMDTGS
EGSCAEAYSATNTALIQNRGYMEYIEAEPKKTTRKAAPPSSYPGNLPPLMTKRDEKLGVD
YIEQGAYIMHDDAKTPVNEVAPAMTQSLTDSITLNELDDDSMIISQTQPTTTEESEALTV
VTSPLDTSSPRVLDQFASMLAAGKGDSTPSSSEQQPKTSTVTSSSTGPNSSTTGNVSKEP
QEEDLQIQFEYVRALQQRISQISTQRRKSSKGEAPNLQLNSSAPVIESAEDPAKPAEEPL
VSMRPRTTSISGKVPEIPTLSSKLEEITKERTKQKDLIHDLVMDKLQSKKQLNAEKRLHR
SRQRSLLTSGYASGSSLSPTPKLAAACSPQDSNCSSQAHYHASTAEEAPKPPAERPLQKS
ATSTYVSPYRTVQAPTRSADLYKPRPFSEHIDSNALAGYKLGKTASFNGGKLGDFAKPIA
PARVNRGGGVATADIANISASTENLRSEARARARLKSNTELGLSPEEKMQLIRSRLHYDQ
NRSLKPKQLEEMPSGDLAARARKMSASKSVNDLAYMVGQQQQQQVEKDAVLQAKAADFTS
DPNLASGGQEKAGKTKSGRRPKDPERRKSLIQSLSSFFQKGSGSAASSSKEQGGAVAAVH
SEQSERPGTSSSGTPTISDAAGGGGGGGGVFSRFRISPKSKEKSKSCFDLRNFGFGDKDM
LVCNAASPAGATSASQKNHSQEYLNTTNNSRYRKQTNTAKPKPESFSSSSPQLYIHKPHH
LAAAHPSALDDQTPPPIPPLPLNYQRSDDESYANETREHKKQRAISKASRQAELKRLRIA
QEIQREQEEIEVQLKDLEARGVLIEKALRGEAQNIENLDATKDNDEKLLKELLEIWRNIT
ALKKRDEELTIRQQELQLEYRHAQLKEELNLRLSCNKLDKSSADVAAEGAILNEMLEIVA
KRAALRPTASQLDLTAAGSASTSAEATGIKLTGQPHDHEESII
|
| Download sequence |
 |
| Identical sequences |
Q86BA1
FBpp0081687 FBpp0081688 FBpp0081689 FBpp0081690 FBpp0081691 7227.FBpp0081688 NP_788622.1.81976 NP_788623.1.81976 NP_788624.1.81976 NP_788625.1.81976 FBpp0081687 FBpp0081688 FBpp0081689 FBpp0081690 FBpp0081691 |
