KEGG   Drosophila melanogaster (fruit fly): Dmel_CG7466
Entry
Dmel_CG7466       CDS       T00030                                 
Symbol
Megf8
Name
(RefSeq) multiple EGF like domains 8, isoform C
  KO
K23664  multipile epidermal growth factor-like domains protein 8
Organism
dme  Drosophila melanogaster (fruit fly)
Brite
KEGG Orthology (KO) [BR:dme00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:dme04990]
    Dmel_CG7466 (Megf8)
Domain-containing proteins not elsewhere classified [BR:dme04990]
 Laminin domain-containing proteins
  Laminin EGF-like domain-containing proteins
   Dmel_CG7466 (Megf8)
SSDB
Motif
Pfam: Kelch_4 Kelch_3 Kelch_5 Kelch_6 Kelch_1 CUB EGF_CA Laminin_EGF EGF_3 PSI EGF_2 PSI_integrin RPE65
Other DBs
NCBI-GeneID: 34099
NCBI-ProteinID: NP_001285738
FlyBase: FBgn0031981
UniProt: X2J9V1
Position
2L
AA seq 2753 aa
MYALLATLTFWTLVLQTEQAHPSTSPSAPCDRSRKVFTEPYGEISDGPSGFNYTQDSHCE
WLIKARNDSQYITLTFHSMGTECSYDYIYVYDGDSFNSTLLGSFSGRTQPQRLVARSGSI
YRFSTSQWEDEWGIALQSRRHFYHPQKIDHTLLKAVLQHKNEDEAKLWGLNSDVSFFRNI
LYTLAESNLHQRRTRSSLPLTIVNANSTDEELNEYLEDILEEVTDHKPHGRYGHAADSVP
GGFVIYGGKHANGSFYSDLWQYNNTESGGKWKQMAIRSAVKPPALARHTLNTAGSYLYIF
GGSLETGEFSSSVYRIPLPLSEDSQWELVQPRGGKTLDVRLAAHSTVYYKATNSLIVFGG
IMTSLARFSKLSDRIYAFQLDQMHWTEILYPRTALRDTNIPRERAFHTATISGNYMVVFG
GYTHRHNKDEICYDNQMYWYHLSCHIWINQVVSADDSLYPKPQGVFAHAAALRRNHTLLI
VGGYHGNVNADLFAYELPQVLRVENTLYNPEISCRLHSSHTACLSNPECGWCSADSSCYG
RTIGANCTTNLQTTRCPGICPSLGDCHSCLVHGSQWGKSSGNKAAFSVASKLGLNECTWC
VQNAKCHHRDDNYGICGDSSGWWGDKGTEIRRPSLCTSTDRRPGLTYIKYHFPINYTMPD
YVGIVNATMVDFASPPFTTYFEHKLEGEMLARLVGFVRPQHQWNNSAIQVCTSYSSAVLR
AGLGLNLDELVNVTTQSSNQSYCSNVQLPTTEQPFTIDFQTRRRIGGNGIYNAYQKTKME
LQHLHNGQLNAFTFEYLEPYYSGKCTQYSNCLHCLTDASCAWCPLTNICHLRSVNETEVC
KMETLDTFHWSYLISQPSQCSNCTNYVSCEACARSGECEWWTEDARCGRIGKTNSSVRAV
EHCPRSCRERHGCQECLGERGRCVWCEASAQCFSFSVYTSEYQFGMCREWVDQVVSRQTQ
EIADHKPQQTPHFLQQQCKSCEQHRNCSSCLRTLSCGWCFDRDNPIEGICMQGDFSYSAG
NCSLALNSSSHHDAEWAYAQCPDVDECGLGLHDCHKEAKCTNTQGSYNCHCRRGYIGDGK
FSCVRTCYELCQNGNCSGPPDYTCRCALGWTGADCGLSCGCNNHSTCNERLGKCDQCQDW
SEGEKCERCRQGSYGNATAPHGCLPCECNGHGNQDLGVCNVSNGECYCKDNTQGLNCELC
APGYYGDPRGGGKCYYQCESRGILTNIGKSAIGSYQSYRSPWGASLEVKECLWILQPKTL
QAEKSLLQLEFQWQSLAMDCDENAVYIYDSLPDLTGATQQNQLLAVVCAPYSSPRIIEAR
SSHVTVHYKQGSERRHFGFNALYSVMNCVAGSCISPHICDAQQRCVCPAGYVGASCEIEI
CPSNCNAKRMQGFCDTEYGRCICSNANYAGADCGTLVQRNHLVMTELFNTQLLSESLEHL
RKTIPRFGHSVNADRRGSLWMFGGYSPNHGPLNDFRQFDTKNSTWLQVTVESSTPEDRMP
LGRYFHASEIYVKKQIIYIYGGIGANSQLLNDFWMFSIQNQRWSQIKVEVEPPEADYEVD
VPPPLAGHTLTHIRYQEHESLILLGGLSLNKSRPLELWEFNLDTGRWQQLAAVGARMPVL
YGHTSVYHQETNSVYLFGGYSTEPQSNLYALDLQKLSWTELPSFRELNSPASLLPRARYF
HSAVTTEHYMILYGGRTQPFNGTDVLIAYVYACNQWVRLTEDVELIGRVPASSYAEDMAI
DPDTGAIYVIGGWDGSSTHSHVTKITLPDDICQLWSNGKYQCRHYMGCSYCTIQNTYSYS
SHCFSHGRTPCANHNGTLVVNNGAACDDDWMASRNCSSFATCGACLAAWPTHQEVAPVCH
WCDDCGIRGRCVPAGVDCGRRSAWCNKELSVGVLGLCPLPQCYQLSCESCMLQPQCNWAR
NELGTVECIAKELVEKNQYRVVESCPLPCHTYENCSLCLSQTPTQDHQECKWSTMLNLCL
TPSSQPLLCAGGVCGLVLEASELQRCPEPCHVYTQCSSCLEHAHCGWCAREGFNGDGICT
EGALEHKQEHPSGSTCDLIYASWRNDSQLTHADVVSWHYVQCPAENECINGHHNCDTVSE
QCIDLDTAVGYKCVCAQGYREEQGACLPVCSQGCVRGNCVSPDQCQCDFGYVGANCSIQC
LCNGHSNCESSSRLDICLKCHNNTMGEQCEKCQPLFVGNPREGHACQPCLDYCHGHSDVC
VAYDADPAVFNMTRSELERILQEGPAYNATCLRCGNHTAGDRCDSCLTGYFRGSEDLHKE
CRPCQCHGHGNICDPVTGEKCNCANNTESDATCTAGGGKNSAQLCWMVQCSKCRDSYAGN
PTDGHQCYKQITVESRMCFDAKPIEECKSKPAALKPGQTVFFVIQPRFMNVDIRIIIDVT
QGELDVFMSPQDDSFIVETNETTGYHEIFLDNRYNWGPKIKREHPLNVALPRHDNVTIQK
LFSPERRIGGGGLGGGGGERIGANTYYVPQLQDCKSHGGHNFIVKDQHAKDLSTHVTLNH
CNTLLRLFGLKNRLVLTLPQHAHNLSATRFFIALRASSGPEPSYGSVVFRQDQLHIDLFV
FFSVFFSCFFLFLAVCVIVWKVKQAADLRRARRQHVVEMLHLAKRPFAQIFLASNGLDMD
SPQPTSSSSSARAMRQRARQALLLQEQSAGDSQSVMHHSTRRQSSRIMMVAIEPTFDNLA
AVGTVFISLPGRSRAPLSIALGSTLISYSRQYPLNTRHFMRAQRGQNVANHPA
NT seq 8262 nt   +upstreamnt  +downstreamnt
atgtacgcgttgctagcaaccttgacattctggacgctggtgctgcaaacagagcaggcc
cacccgtccacatcgccgtcggcgccatgcgatcgcagccggaaggtgttcacggagccc
tacggcgaaatctccgatggaccctccggctttaactacacgcaggactcacattgcgag
tggctcatcaaggcgcgcaatgatagccagtacatcacgctaaccttccacagcatgggc
accgagtgctcctacgactacatttacgtctatgatggcgactccttcaactcgacgctc
ctggggagcttcagtggacgcacccagccccagcgactggtggcgcgcagcgggagtatt
tatcgcttcagcaccagccagtgggaggatgaatggggtattgcgctccagagtcgccgt
cacttctaccatcctcaaaaaatcgaccataccttgcttaaggccgttctccagcacaaa
aacgaggacgaggccaagctatggggtctgaatagcgacgtaagcttcttccgcaacatt
ctgtacaccttggcggaatccaatctgcaccagcgccgcacgcgctcctccctgcctctt
acgattgtgaatgcgaattcgacggatgaagagttgaacgagtatctggaagatatattg
gaggaggttacggatcacaagccgcacggacgatatggccatgcagcggatagtgtgccc
ggcggcttcgttatctatggcgggaagcatgccaatggtagtttctacagtgatctctgg
cagtacaataatacggaaagtggtggcaaatggaagcaaatggccattaggtccgcagtg
aagccgcctgctttggccaggcatacgcttaacaccgctggatcgtatctctatatattc
ggtggtagtctggagacgggtgagttctcatccagcgtatatcgtatcccacttcccctc
tctgaagattcgcaatgggagctggtgcaaccgagaggcggcaagaccttggacgttcgc
ctggcagcgcattcgacggtctattacaaagccaccaattcgttaattgtgtttggtgga
atcatgacgagcttggcccgcttctctaagctctcggatcgtatttacgcatttcaactg
gatcaaatgcactggacggagattttatacccccgaacggcgctcagggacaccaatata
cccagggagcgagcattccacacggccaccatttcgggcaactacatggttgtcttcggt
ggctatactcaccggcacaacaaagatgagatttgctatgacaaccaaatgtactggtac
catcttagctgtcacatttggattaatcaagtggtttccgctgatgatagtctttacccc
aagccgcagggtgtatttgcacatgcggctgctctgcgccggaatcacacactcctgatt
gtcggcggttaccatggaaatgtgaatgcggatctctttgcctacgaacttccccaggtg
ctaagggttgagaatactctttacaatccggagatctcctgcagattgcattcctcgcac
accgcctgcctttcgaatccggaatgtggctggtgctcggcagatagcagctgctacggt
cgcaccatcggtgccaactgcacaactaatctgcaaaccaccagatgcccaggtatatgc
ccctcactcggcgattgtcactcgtgtttggtacatggttcgcaatggggaaagtcatcc
ggaaataaggcagcattctcggtggccagcaaactgggattaaacgagtgcacatggtgt
gtacagaatgcaaaatgccatcatcgcgatgacaactacggaatatgtggagatagttca
ggctggtggggtgacaagggcactgagattcggcgaccatcgttgtgcaccagtactgat
cgacgcccgggacttacatatatcaagtaccactttccgatcaactacaccatgccggat
tacgtgggtattgtgaatgctactatggtggattttgcctcgccgccgtttaccacatat
tttgagcacaaactcgaaggagaaatgctggcccgtttggtgggattcgtgcgtccgcaa
catcaatggaacaactcagccatccaggtgtgcaccagttactcctcggctgtgttgcgc
gctggcctgggtcttaatctcgatgagcttgtaaacgtcactacgcagagctcaaaccag
agctactgcagcaatgtccagcttccaaccaccgagcaacctttcaccattgattttcag
actcgacgaaggattggaggaaacggtatttacaacgcctatcaaaagaccaagatggaa
cttcagcacctgcataacggccagctaaacgccttcacattcgagtatttggaaccatac
tactctggcaagtgtactcagtactccaactgtctgcactgcctcactgacgcctcctgt
gcttggtgtcctctcaccaatatctgccatttgcgatccgtcaacgagactgaagtgtgc
aagatggagactctggatacctttcactggtcatacctgatcagccagcccagtcagtgt
tcgaactgcactaactacgttagctgcgaggcctgcgcccggagtggggagtgcgagtgg
tggaccgaggacgcccgttgcggtaggattggcaagaccaatagcagtgtgcgggcggtt
gagcattgcccacgatcctgcagagaacggcatggctgtcaggaatgcctcggcgagcgt
ggacgatgcgtttggtgtgaggccagcgcacagtgcttcagtttttccgtttacacaagc
gagtatcagtttggaatgtgccgagaatgggtggatcaggtagtcagtcgtcagacgcaa
gaaatagccgatcacaaaccccagcagacaccgcattttcttcagcagcaatgcaaatcc
tgcgaacagcatcgaaattgttcatcctgtctacgaacactgagctgtggctggtgcttc
gatcgtgacaatcccatcgagggcatctgcatgcagggtgattttagctacagtgctgga
aattgttcactggctttaaatagttcctcgcatcacgatgcggagtgggcgtacgcccag
tgtccagatgtcgacgagtgtggactgggtctgcacgattgccataaggaggcgaagtgc
accaatacccagggaagctacaattgccattgccgaagaggttacataggcgatggcaag
ttcagttgtgtgaggacctgctatgagttatgccaaaacggaaattgctcaggaccgccg
gattacacctgccgctgtgctttgggttggactggagcggattgtggactaagttgtgga
tgcaataatcactcgacatgcaatgaacgattggggaaatgtgatcagtgtcaggattgg
tcggaaggtgaaaagtgcgagcgatgtcggcaagggagctatggaaacgctaccgctcca
cacggatgtcttccctgcgagtgcaacggtcatggcaatcaagatctgggtgtctgtaat
gtcagcaacggtgagtgctattgcaaggacaatacccagggacttaattgtgaactgtgc
gctcccggctactacggagatcctcgaggcggcggtaaatgctattaccaatgtgaatca
cgcggaatattaactaatattggcaagagtgctattggctcatatcaatcttatcgatca
ccatggggcgccagcctggaggtaaaagagtgcttgtggatattacaaccgaagacattg
caggcagagaaatcgcttcttcagctggagttccagtggcagagtctggccatggattgt
gatgagaatgctgtgtacatatatgacagtctgccggacctgacaggtgccactcagcag
aaccagctcttagccgttgtctgtgctccctacagctcgccaaggattatcgaggcacgt
tccagtcatgtcacggtccactataagcagggaagtgagagacgacactttggatttaat
gcattgtactccgtaatgaattgcgtggccggaagttgtatctctccgcacatctgcgat
gcccaacaacgttgtgtttgtccagccggatatgtgggcgcaagctgtgagattgaaatt
tgtccaagcaactgcaacgccaagaggatgcagggattctgcgacacagagtatggccgg
tgcatctgcagtaatgccaattatgcaggtgctgattgcggtaccctagttcagcggaac
catctggtaatgacggagctctttaatacacaactgctaagtgaaagtctggagcacctg
aggaagacgattccgcgatttggacactcggtgaatgcagatcgcaggggatcgctttgg
atgttcggcggatactcacccaatcatggacctctcaacgatttccgacaattcgacaca
aagaatagtacgtggctgcaggtcacagtggaatcgtccactccagaggatcgaatgcct
cttggtcgctatttccatgcgtccgaaatttatgttaaaaaacagattatctacatttac
ggaggaattggtgctaactcgcagctgctaaatgatttttggatgttctcgattcagaat
caacgctggagtcaaataaaagtggaggtagaaccacctgaagcggactacgaggttgat
gtaccaccgcctctagccggtcatacgcttacccatatacgctaccaagagcacgagtcg
ttgattctactgggcggactatcgctaaacaaatcccgaccactcgagttgtgggagttt
aacctggataccgggcgatggcaacagctcgctgctgtgggtgctagaatgcctgttctt
tatgggcacacttccgtttatcaccaggagacaaacagtgtttacttgtttggaggatat
tccacggaaccacagagcaatctatatgcgttggacttgcagaagctgagctggacggaa
cttcccagtttcagggaactgaattcacctgcatcgctgctgccaagagctcgctatttt
cactcggccgtcaccaccgaacactacatgatactttatggtggacggacgcagcccttc
aatggaaccgatgttcttattgcctatgtttacgcatgcaatcaatgggtgcgactgacc
gaggatgtagagctcataggtcgtgtgccagcctcgagttatgctgaggacatggcaatt
gatccggatacgggtgcgatttatgttatcggtggatgggatggcagctccacgcacagt
cacgtcaccaagataaccttgcccgatgatatttgccagctgtggagcaacggaaagtac
caatgtcggcactatatgggctgcagctactgtactattcagaacacttatagctacagt
agccactgctttagtcatggacgaacaccgtgtgccaatcacaatggcaccctggtggtc
aacaatggcgctgcatgcgatgatgactggatggcgagtagaaactgctcgagctttgca
acttgtggagcctgtttggcggcctggccaacacatcaagaagtggctcctgtatgccac
tggtgtgacgactgtggcattcgaggcaggtgcgttccagctggagttgattgcggaagg
aggagtgcctggtgcaacaaggaactgagtgttggagttttaggtctgtgtcccctgcca
caatgttatcaattgagctgtgaaagctgtatgcttcagccacaatgcaactgggccaga
aacgaactgggcactgttgaatgcatagccaaggaattggtggaaaaaaatcaatacagg
gtggtcgaaagttgccccctgccatgccacacctacgaaaactgcagcttgtgtttgagt
caaacgccaactcaagatcaccaggagtgcaaatggtccactatgctcaacttgtgcttg
acgcccagttcgcagccactactttgtgctggtggcgtttgtggactggtattggaagct
agcgagctgcaacgatgtccggaaccatgtcatgtatacacacagtgctccagttgtctg
gagcacgcccattgtggttggtgcgcccgcgagggttttaatggtgatggcatttgcacg
gagggagcattggagcacaagcaggaacatccatcgggatccacttgcgatcttatatat
gccagctggcgaaacgattcacagctaacccatgctgatgttgtatcctggcactatgtg
cagtgtccggcggagaatgagtgcatcaatggccatcacaattgtgacactgtgtcggaa
cagtgcatcgacctggacacagcagtgggatacaagtgcgtctgtgcccagggataccgc
gaggagcagggtgcctgcttgccggtttgcagccaaggatgtgtccgtggaaattgcgta
agtccggatcaatgccagtgcgactttggctacgtgggcgccaactgtagcatccagtgt
ttgtgcaatggtcattctaactgcgagtccagcagtcggttggatatttgcctcaagtgc
cacaacaacacgatgggcgagcagtgcgaaaagtgtcagccgctttttgttggcaatcct
cgcgaaggtcatgcctgccaaccttgcttggattattgccacggccatagtgatgtgtgt
gttgcctacgatgcggatccggcagtgtttaatatgacacgctcggagctggaaaggata
ttacaagagggtccagcctataatgccacctgcctgaggtgtggcaatcataccgctggt
gatcgctgcgatagctgtttaactggatacttccgtggcagtgaggatttgcacaaggag
tgccggccctgccagtgtcatggacatggaaacatatgcgatcccgtcaccggggagaaa
tgcaattgcgcgaacaacacggaaagcgatgctacctgcactgcgggtgggggcaagaat
tcggcgcagctctgctggatggttcagtgctccaagtgtcgtgattcctacgctggcaat
cccacagatggccatcagtgctacaagcagataactgttgagtcgcgaatgtgcttcgac
gccaagccaattgaggaatgcaaatcgaagccagctgccctaaagcccggccaaacagtg
ttcttcgtgatccagcctcgttttatgaacgtggatatacgcatcattatcgatgtgacc
caaggcgagttggatgtttttatgtcaccacaggacgactcatttatagttgagacgaat
gagacaaccggctaccacgagatattccttgacaaccgatacaattggggaccgaagata
aaacgggagcatccattgaatgttgctttgccgaggcacgataatgtaactatacagaaa
ttgttttcacccgaacgtcgcattggtggcgggggcctaggaggaggcggaggagagagg
atcggagccaatacgtattacgtgccccagttacaggactgcaagagccatggtggtcac
aactttatagtgaaggatcagcacgccaaggatttgagtacacatgtaacgcttaatcat
tgcaacacattgttgcgcctctttggtctaaagaatcgcttggtgctgaccctgccccag
catgcccacaatttgagtgcaacacgcttttttattgctctacgagcgagctctggacca
gaacccagttacggctccgtcgtctttcgccaggatcagctgcacattgatctgtttgtg
ttcttctcagtgttcttctcctgctttttcctcttcctcgccgtctgcgtgatcgtgtgg
aaggtgaagcaggcagcggatctgagacgagctagaagacagcatgtggtcgagatgttg
cacctggccaagcgtccattcgcccagatctttttggcctcgaacggccttgatatggac
agtccgcagccgacctcctcctcctcctcggcccgtgccatgcgacagcgcgcccgccag
gcgcttcttctccaagagcaatctgctggtgactcgcaatcggtgatgcaccactccaca
cgacgccaaagctcgcgcattatgatggtagccatagagcccacatttgacaatttggcg
gctgtgggtacggtgtttattagcttgccaggccggtcgcgagctccattgagcattgct
ttggggtccactctcatttcctattcgcggcaatatcccctgaatacgcgacactttatg
cgcgcccaaaggggccaaaatgtggcgaatcacccggcctaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (186)   
   KEGG ORTHOLOGY (1)   
   RefGene (181)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (13)   
   Pfam (13)   
All databases (207)   

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