Protein Overview: Tequila-PA

General Information:
Name(s) found:	Tequila-PA / FBpp0076253 [FlyBase]
Description(s) found: Found 14 descriptions. SHOW ALL	The gene Tequila is referred to in FlyBase by the symbol Dmel\Tequila (CG4821, FBgn0023479). It is a protein_coding_gene from Drosophila melanogaster. Its sequence location is 3L:9067745..9085231. It has the cytological map location 66F4-66F5. Based on sequence similarity, it is predicted to have molecular function</span>: serine-type endopeptidase activity. There is experimental evidence that it is involved in the biological process</span>: long-term memory. 6 alleles are reported. No phenotypic data is available. It has 5 annotated transcripts and 5 annotated polypeptides. [FlyBase]
Organism:	Drosophila melanogaster
Length:	2786 amino acids
Gene Ontology:
Cellular Component:	membrane [IEA] extracellular region [IEA]
Biological Process:	long-term memory [IMP] proteolysis [IEA][NAS] chitin metabolic process [IEA]
Molecular Function:	chitin binding [IEA] serine-type endopeptidase activity [IEA][ISS][NAS] scavenger receptor activity [IEA]

Sequence:

Sequence:
[PDR BLAST]
[ProtParam]

      1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MMAKWLLGLW LAILLVDRPG AKAYRSGSGY HSEQSEPVGL SATGNAHSSY GGDQQQPIYH  60
   61 RDSACPPHFT GLVAYPHDCH RYVNCFDGSP TIQTCSPGTL FNDRTQVCDH PSNVVCPSAE 120
  121 SASTRLGRLR QLDSEPKCQP GVNGLQPHPS DCSKFLNCAN GQAFIMDCAP GTAFSPASLV 180
  181 CVHKDLAKCG SGTGAVRDDT SGTGYPALPF DDLGCPPGTR GLRPHPHDVH KYLRCGIGVK 240
  241 PQVEQCPRGH IFDGSSSVCV YSDSPRTSSS SFTSAEIQVN YLLCPVGAVG QFVHPFDQTK 300
  301 FLSCKDGKSA VQNCQPNYVF SISRRYCQLK AQLAFTDYVT LIISEISYEY SLILNACPGN 360
  361 INGIFLYPYD AKKYVQCSSG GRMSILSCGP QMAFSVSQRS CLPSHQVHIS DRVQFWQEVQ 420
  421 VQTTYTSQDL RGNVQSQLSS LRSCPPNVQK NYPYPFHAGH YVRCQYGALE IICCPTGQLY 480
  481 SLSQRQCVPR SLLSAHDYLD YSYISAELST EFMVDRSTLS CPPQAQGLYL HPFDCTKYVR 540
  541 CWNHCTPGEI FSFSNQKCVP KEQCKGPTDH VEYLIETTTV TTYDSDGPES ASSLAKTGDI 600
  601 SCPPGASGNH AHPFDCTKFL ECSNGQTFVK NCGPGTAFST AKHICDHANQ VDCSGRNSLP 660
  661 EQSQVTQNNI ATSYPTKPLD ILPILKTSPP SYPHAEHLTD LLCPSGVNGQ FVHPFDQTKF 720
  721 LLCQAGKLAV QSCQSGYVFS ISKSICQPKT QLVYSDYVTY KVSVISIDQT MILSACPDGT 780
  781 NGLHLYPYDA GKYVRCSDGG KMSIQSCENQ MAFSLSQRAC RPSRLLSTED RVRFREELQI 840
  841 QTTYSSQDIQ IQQSPLKECP SVLRGNYPYP FHAGHFVNCQ NGHLQIVSCP PTALYSLSQR 900
  901 ECVVRQLLSP HDYLDYAYIS VQLSTNIIHD TTALSCPPQA QGYYLHPFDC TKYIVCWEKQ 960
  961 THIESCPQGE AFSISQQKCV ARDKITQAYD RVEYLEDTQH ELSHEEAEEE EQTEPESNLS1020
 1021 LDGGNQPPGK YQAPYYSNGG YPTPSQNNGG YQTPSQNNGG YQAPFQNNGG YQPSYQGNGG1080
 1081 YTPTYQNPFE GYHQPNQSSY QTNGGYQPPL PPHGGYQPPS QTYGGFQQPN RTYEDFHNPS1140
 1141 QTVGGFQPPY SVKGGYQPHN QLNGGYNQPN QSSSFQANGG YQPPSQVNRG YQTSFESNGG1200
 1201 YQPPLETNKG HQVPSQINGG YQPRVDGNRG YQPPNELNGG YQPPNELNGA YPAPSQLNGG1260
 1261 YQPPLEGNLG YRPLSQQNSG YQPPQPSTGG YQPPFQSTGS GHYPGQDAPY AIPTPLLCPE1320
 1321 KISGLFPNPF DATGYLTCID GHTLPRQCQP LDVFSVSQGY CLPEQHVNKT DRVPFERTQT1380
 1381 YQDNSLDCPR DFLGFVVYPF DCSKYLSCGP SGMKLLNCPG EQHYSISHGF CKPVDQVQRE1440
 1441 DRLYTINELH IIFEWTQKMM IVGAVTACPE GITGTLPHPR VPTKYLRCGP GQAEMYDCPS1500
 1501 QQIFSVSRRV CVLDDKLSSY DRTDYLVRGV NSGWMDPSND NRQSKSYETS GRDQFGNRYT1560
 1561 TRTTTTTRVI GDRWTDMNMQ RPSGVGVEQN PHHHHHGYNP GWSGQETSYV QRGPTQSTLY1620
 1621 VEGSLQPNRN YPTNKTPLAP MAPTNTGGVY YGQPVEDKQN VPSRQNYSRR IDYGSPGNGW1680
 1681 KPMPPLDPLG GQQPLNLDYS PHSPGAKEPQ SQDSLPGQKP INLDYDEEPI PQYLHNGLPP1740
 1741 YPGSPPRFYP DQLPSGSKPI GRQQPVESSP DASGYPDQQK PLDPDNGLHG SKVPPRHSPN1800
 1801 PGYPLYNESN LYGGLLPPKP DSPVNTTPTP TPNPSSSQAP TPQLANRLHT FPIYPPVDNK1860
 1861 TSLRNPIQPH YSPSYAGIAH SRDAPWAKVP VTSTTPAQDP DPFNPELDEP FYDDVDFLTT1920
 1921 TVRNVLVPPP FDHKFYSPQS TNPSINRNQS ASGPNSQAAI KEALKLMLRP YFNHSGNAQE1980
 1981 QLAQQAESAI VSVISKPSTT TTTTPRPTSK TPKTDPDFDA ELIKAGEQES LDSVDDDYVF2040
 2041 PDARETSRTE QTLDPSTTYA STNFQRSTRR AELDPDTLTA TTMKTNWHAP GHSRDYHRRH2100
 2101 PNLPDPFTEH HPNSSPHQHH HHHRHPHEHS ADFHIRHPEL PNPFPLKNET PQHQDLNDDW2160
 2161 DLLPNSNAEE VTPKLATRSS FNTQCDFDCG NGQCLKKEEI CDGKKNCPNG KDEANCPPSD2220
 2221 YEVRLSGGES PNMGRIEVKA NGQWGYVCDD KFGLKDADVV CRELGFQMGA QEVRGSSFYA2280
 2281 PPNQDFNYLM DEVECHGNET KLGQCAFKGW GVHNCGVDEV AGVTCKVPVM KCPNNYWLCH2340
 2341 TSKECIPPAF VCDNTPDCAD KSDECAAVCQ APVQYRLEGG RNSNEGRLEV KHHGVWGSVC2400
 2401 DDDFNLKSAQ VACNSMGFFG PAKIEKNIFG NSNGPIWLDQ VMCFGNETSI DQCNHWNWGE2460
 2461 HNCNHTEDVA LHCSAGPPPR SQRYSQTQIK GGRSLGRETT PKTYSQIGLW ERSSKAVHTP2520
 2521 RRCGIFKDDL TDEYAHREER VVRGNVAQRG RHPWQATIRT RGRGGISSHW CGAVVISKRH2580
 2581 LLTAAHCLYG SPKGAYFVRV GDHYANIAES SEVDSFIENW YLHENFRKGT HMNNDIALVV2640
 2641 LKTPLKFSDY VQPICLPDKN AELVEDRKCT ISGWGSIKSG VSTPAQVLGS AELPILADHV2700
 2701 CKQSNVYGSA MSEGMFCAGS MDESVDACEG DSGGPLVCSD DDGETLYGLI SWGQHCGFKN2760
 2761 RPGVYVRVNH YIDWIYEKIN ESLLRF

Protein Complex Data

No complex found for this protein.

Mass Spectrometry Data

No mass spectrometry results found for this protein.

Yeast Two-Hybrid Data

The following interactions contain this protein:

SHOWING SINGLE HITS. [ Hide Single Hits ]

[View our yeast two-hybrid interpretation guidelines.]

No yeast two-hybrid interactions found for this protein.

Protein Overview: Tequila-PA

Protein Complex Data

Mass Spectrometry Data

Yeast Two-Hybrid Data

Microscopy / Localization Data

Protein Structure Data

Philius Transmembrane Prediction: