KEGG   Drosophila melanogaster (fruit fly): Dmel_CG7052
Entry
Dmel_CG7052       CDS       T00030                                 
Symbol
Tep2
Name
(RefSeq) Thioester-containing protein 2, isoform A
  KO
K06530  CD109 antigen
Organism
dme  Drosophila melanogaster (fruit fly)
Brite
KEGG Orthology (KO) [BR:dme00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:dme01002]
    Dmel_CG7052 (Tep2)
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:dme04090]
    Dmel_CG7052 (Tep2)
Peptidases and inhibitors [BR:dme01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   Dmel_CG7052 (Tep2)
CD molecules [BR:dme04090]
 Proteins
  Dmel_CG7052 (Tep2)
SSDB
Motif
Pfam: TED_complement A2M_recep A2M A2M_BRD MG3 MG2 TEP1_CUB2 MG4 DUF4785_2nd
Other DBs
NCBI-GeneID: 34044
NCBI-ProteinID: NP_523506
FlyBase: FBgn0041182
UniProt: Q9NFV7
Position
2L
AA seq 1420 aa
MFRIFLTGIILQYALLVNATGIYSVVGPGTLRSNSKYNVVVSVHKADGPSQIKVSLNGPS
YNETKQIELPPMSTQNVEFEVPKLATGNYNLSAEGVSGVVFKNSTKLNYADKKPSVFVQT
DKATYKPADLVQFRILFLDENTRPAKIEKPISVIIIDGAQNRIKQLSDVKLTKGVFSGEL
QLSEQPVLGTWKISVSVDGDNRETKSFEVDKYVLPKFEVIVDTPKAVVIADKVIKATIRA
KYTYGKPVKGKATVSMERSYGYFGDLNANGNKQEKTIDVDGKGHVEFDIIHWAQRGQYLP
PIKLFAVVTEELTGNKQNATATVVLHQQRYSIEPYERPEHFEANKSFIYQVVVKNVDGSP
VTNSAKNVKIGFDKSYSYFHEPSPKTRINFEAPVNENGIATFNVRLPDSDSRYYRIFASF
DGSENTIGSISKFEPTPMSREPLKIQVNTKKPRLGEQVSFDVVSIEDLPYFVYTIVARGN
VILSDYVDVPDGQKTYTVKFTPTFSMVPKATIYVYYVVNNDLQFEEKTIDFEKEFSNSID
VSAPTNAKPSEEVKLRIKTDADSFVGLLGVDQSVLLLKSGNDLSQDDIFNSLNIYQTSTP
WMNGYGRYPGQTSGLVTLTNANYPYNTGPLVMSYVFEGSRHPWITRPRYRVGIRGDSGDR
ISFLSQSLNDRNLKEILLKQTPQRTTIRKEFPETWFFENVGEEEFTLTKKIPDTITSWVV
TGFSLNPTSGIALTKNPSKIRVFQPFFVSTNLPYSVKRGEVIAIPVVIFNYLDKTLDADV
VMDNSDQEYEFTEATNEVLEKAIDEVRRVKRVTIPANSGKSVSFMIRPKNVGFTTLKITA
TSALAGDAIHQKLKVEPEGVTLFENRAVFINLKDQPEMSQSLDADIPNEVVPQSEFIEFS
VVGDLLGPTLQNLDNLVRMPYGCGEQNMVNFVPNILVLKYLEVTGRKLPSVESKARKFLE
IGYQRELTYKHDDGSYSAFGKSDASGSTWLTAYVMRSFHQAGTYTDIDPKVITAGLDFLV
SKQKESGEFPEVGKLFDNANQNPLALTSFVLLAFFENHELIPKYQSAIKKAVRYVAEEAD
KTDDQYSLAIAAVALQLAKHPQSEKVIAKLESVARKENDRMWWSKATESTGEDGRVFHWK
PRSNDVEITSYVLLALLEKDPAEKALPIIKWLISQRNSNGGFSSTQDTVIGLQALTKFAY
KTGSGSGTMDIEFSSAGESKNTIKVNPENSLVLQTHDLPKSTRKVDFTAKGTGSAMVQLS
YRYNLAEKEKKPSFKVTPTVKDTPNQLLIVDVCAEYVPLEDADKDKDSNMAVMEIALPSG
FVGDSTSLGKIQAVDRVKRVETKNSDSTVVVYFDSLTPGDVRCLPLEASKAHAVAKQKPA
SVSLYDYYDTERKATEYYQVKSSLCDICEGADCGEGCKKD
NT seq 4263 nt   +upstreamnt  +downstreamnt
atgttcagaatctttctgaccgggattattttacaatacgccctgctagttaatgccact
ggcatctattcggtggtggggcctggtaccctccgctccaactccaagtacaatgtcgtc
gtctctgtccacaaggcagatggtccgagtcagataaaagtcagtctaaatggaccctcg
tacaacgagacgaagcaaatcgaactgccgcccatgtccacccagaatgtggagttcgag
gtgcccaaattggccactggcaactataatctttctgcagagggtgtatccggtgttgtg
tttaagaattctaccaaattaaactatgcggataagaagccatcggtctttgttcaaact
gataaggccacctataagcccgccgatctcgttcaatttcgtattctctttctggatgaa
aacacccgacctgcaaagattgaaaagcccatatccgtcataatcatagatggagctcaa
aacagaattaaacagctaagcgacgtcaagttgacgaagggtgttttctctggtgaactt
cagttatccgaacagcctgttttgggtacctggaagatatccgttagcgtggatggcgat
aatagggaaaccaagtcctttgaggttgacaaatatgttctaccgaagttcgaggtaatc
gtggacacacccaaggctgtggtcattgcagacaaggtgatcaaggccacgattcgcgcc
aagtacacatacggaaagccagtcaagggcaaggccacagtgtccatggaacggagctat
ggatactttggggacctcaatgcgaacggcaacaaacaggagaaaaccattgacgtcgat
ggaaagggtcatgtggagttcgacattattcactgggcccaaagagggcaatacttaccg
cccattaaactctttgccgtcgtcacggaggaactaactggtaacaagcagaatgccact
gccacagttgttctgcaccaacagcgatactcgattgagccttacgagaggccagaacac
tttgaagccaataagtcgttcatctatcaggttgtggtgaagaatgttgatggatcgcca
gtcacaaactctgcgaaaaacgtaaagataggctttgacaagtcgtacagctattttcat
gagccatctcctaagacacgcattaactttgaggcccctgtgaatgagaatggcattgca
acctttaatgttaggctgcccgatagcgattccagatattatcgtatatttgcatcattc
gatgggtcggagaataccatcggttccatctcaaagtttgagccaaccccaatgagcagg
gagccgctgaagattcaggtgaatacaaagaagcctagactaggcgaacaagtttctttt
gatgtcgtctcgattgaagatctgccctattttgtgtacaccattgtggccagaggtaat
gtgatactcagtgattacgtggatgtgccggacggccagaaaacctacacggttaagttc
acaccaacatttagcatggtgccgaaggcaacgatctatgtttattatgttgtaaacaac
gacctacagttcgaggagaaaactattgacttcgagaaggagtttagtaactcgattgat
gtatcggctccgacgaatgccaaaccgagtgaagaagtcaagctaaggattaaaaccgat
gccgattcctttgtgggtcttttgggtgtggatcagagtgtcctgctgctcaagtcgggc
aacgatctaagccaagacgatatctttaatagcctcaacatatatcagacatcaacaccc
tggatgaacggctatgggcgttatcctggtcaaacatccggactagtgacgctaacgaac
gcgaattatccttacaacactggtcctctcgtgatgtcttatgtatttgaagggtcgaga
cacccatggattacccgcccaagatatcgtgttggcatacgaggtgattctggagatagg
atatcttttctttctcagagtttaaatgatagaaatctaaaagaaatccttttaaaacaa
acaccccaacgaacgacaatccgcaaagagtttccagaaacgtggttttttgaaaatgtg
ggtgaagaggaattcaccctgaccaaaaagataccggatacgatcacctcatgggtggtt
actggtttctcccttaacccaacatccggaattgctttaactaagaatccgagcaagatt
cgagtattccagcccttctttgtgtccacaaatctgccgtattccgtaaagcgaggtgag
gtaattgctattcccgtggtcatcttcaactacctggataagacccttgatgcagatgta
gtaatggacaactctgatcaggaatatgaattcaccgaggccaccaatgaggtgttggaa
aaggcaatcgatgaggtgcgccgggtcaaacgggtcacgataccggccaatagtggcaag
agtgtttcatttatgatccgaccgaagaacgtaggattcacgaccctgaaaatcacagcc
acctctgccttggccggcgatgctattcaccagaagttaaaggttgagccagagggcgta
actttgttcgagaaccgggctgtctttatcaacctcaaggatcagccagagatgtctcag
tctctggatgctgatattcccaacgaggtcgtgccccagtctgaatttatagagttttct
gtggttggtgatcttctgggtccgacgctccagaatctcgacaatctggtgcgtatgccg
tacggctgcggagagcaaaacatggtaaactttgtgcccaacattctggtgctgaaatat
ctggaggttactggtcgaaagcttccgtccgttgagtccaaagctagaaagttcctggag
atcggctaccagagggaactgacctacaagcacgacgatggctcatatagtgcatttgga
aaatcggacgcttcgggcagcacttggcttaccgcctatgtcatgcgttccttccatcaa
gctggaacatacacggatatcgatcctaaagtcattactgctggtcttgacttccttgta
tcgaaacagaaggagagtggcgagttcccggaggtcggcaaactcttcgacaacgcgaac
caaaacccattggctctaacttcgttcgttctgctggctttcttcgagaatcatgaactg
atcccgaagtaccaaagtgccattaagaaagcagtacgctatgtggccgaagaggctgac
aagacggacgaccagtattccctggccattgccgccgtggccctccaactggccaagcac
ccgcagtcggagaaggtcattgctaagctggagagcgtggcccgaaaggaaaacgatcga
atgtggtggtccaaggccacggaatcgactggtgaggatggacgagttttccactggaaa
cctcgcagtaacgacgtcgagatcacctcctatgttctgcttgcgcttcttgaaaaggat
ccggctgagaaggccctgcccattatcaagtggctgatatcgcagcgcaacagcaacggg
ggattctcctccactcaggatactgtgattggtcttcaggcgctcacaaaattcgcatac
aagacgggctctggctcaggcaccatggatattgagttctcatctgcgggtgaatccaag
aatacaattaaggttaacccagagaattccctggttctgcagacccatgacctgcccaag
agcactcgcaaggtcgattttacagccaagggaacaggatctgccatggttcagctctcc
tatcgctacaatctagcggagaaagagaagaagcccagtttcaaggtaacacccacggtc
aaggacactcccaaccagctactaatagtggacgtctgtgccgagtacgtgcccttagaa
gacgccgacaaggacaaggactccaacatggcagtgatggaaatcgccctgccctcaggg
ttcgttggtgactccacaagcttgggcaaaatccaggcagtggatcgggtgaagcgcgta
gagaccaagaactccgactccacggtggtcgtctactttgacagcttaactcccggtgat
gttcgttgcttgccgttagaggcctccaaggctcacgcggtggccaagcagaagccggcc
tccgtttccctatacgactactatgacacggagcgcaaggccaccgagtactaccaggtg
aagtcctccctgtgcgacatctgcgaaggcgccgattgcggagagggctgcaaaaaggac
tga

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Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (50)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (9)   
   Pfam (9)   
All databases (79)   

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