Tag |
Content |
dbPAF ID |
dbPAF-0002256 |
Uniprot Accession |
O61307; TENM_DROME; A8JNW8; O18366; Q24551; Q9TX59; Q9VNU6; |
Genbank Protein ID |
NP_001097661.2; NP_524215.2; |
Genbank Nucleotide ID |
NM_001104191.3; NM_079491.3; |
Protein Name |
Teneurin-m |
Protein Synonyms/Alias |
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Gene Name |
Ten-m |
Gene Synonyms/Alias |
odz;CG5723; |
Organism |
Drosophila melanogaster(Fruit fly) |
NCBI Taxa ID |
7227 |
Functional Description (View all) |
Involved in neural development, regulating the establishment of proper connectivity within the nervous system. Acts as a homophilic and heterophilic synaptic cell adhesion molecule that drives synapse assembly. Promotes bi-directional trans-synaptic signaling with Ten-a to organize neuromuscular synapses. Functions in olfactory synaptic partner matching by promoting homophilic cell adhesion between pre-synaptic olfactory receptor neurons (ORN) axons and post-synaptic projection neurons (PN) dendrites partner in the developing antennal lobe to form stable connections. Also required for peripheral axon growth cone guidance and target recognition of motor neurons.Functional Description
Involved in neural development, regulating the establishment of proper connectivity within the nervous system. Acts as a homophilic and heterophilic synaptic cell adhesion molecule that drives synapse assembly. Promotes bi-directional trans-synaptic signaling with Ten-a to organize neuromuscular synapses. Functions in olfactory synaptic partner matching by promoting homophilic cell adhesion between pre-synaptic olfactory receptor neurons (ORN) axons and post-synaptic projection neurons (PN) dendrites partner in the developing antennal lobe to form stable connections. Also required for peripheral axon growth cone guidance and target recognition of motor neurons.
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Phosphorylation Sites
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dbPAF PTMs: 4 |
Sequence (Fasta) | MNPYEYESTL DCRDVGGGPT PAHAHPHAQG RTLPMSGHGR PTTDLGPVHG SQTLQHQNQQ 60 NLQAAQAAAQ SSHYDYEYQH LAHRPPDTAN NTAQRTHGRQ GFLLEGVTPT APPDVPPRNP 120 TMSRMQNGRL TVNNPNDADF EPSCLVRTPS GNVYIPSGNL NINKGSPIDF KSGSACSTPT 180 KDTLKGYERS TQGCMGPVLP QRSVMNGLPA HHYSAPMNFR KDLVARCSSP WFGIGSISVL 240 FAFVVMLILL TTTGVIKWNQ SPPCSVLVGN EASEVTAAKS TNTDLSKLHN SSVRAKNGQG 300 IGLAQGQSGL GAAGVGSGGG SSAATVTTAT SNSGTAQGLQ STSASAEATS SAATSSSQSS 360 LTPSLSSSLA NANNGGARTF PARSFPPDGT TFGQITLGQK LTKEIQPYSY WNMQFYQSEP 420 AYVKFDYTIP RGASIGVYGR RNALPTHTQY HFKEVLSGFS ASTRTARAAH LSITREVTRY 480 MEPGHWFVSL YNDDGDVQEL TFYAAVAEDM TQNCPNGCSG NGQCLLGHCQ CNPGFGGDDC 540 SESVCPVLCS QHGEYTNGEC ICNPGWKGKE CSLRHDECEV ADCSGHGHCV SGKCQCMRGY 600 KGKFCEEVDC PHPNCSGHGF CADGTCICKK GWKGPDCATM DQDALQCLPD CSGHGTFDLD 660 TQTCTCEAKW SGDDCSKELC DLDCGQHGRC EGDACACDPE WGGEYCNTRL CDVRCNEHGQ 720 CKNGTCLCVT GWNGKHCTIE GCPNSCAGHG QCRVSGEGQW ECRCYEGWDG PDCGIALELN 780 CGDSKDNDKD GLVDCEDPEC CASHVCKTSQ LCVSAPKPID VLLRKQPPAI TASFFERMKF 840 LIDESSLQNY AKLETFNESR SAVIRGRVVT SLGMGLVGVR VSTTTLLEGF TLTRDDGWFD 900 LMVNGGGAVT LQFGRAPFRP QSRIVQVPWN EVVIIDLVVM SMSEEKGLAV TTTHTCFAHD 960 YDLMKPVVLA SWKHGFQGAC PDRSAILAES QVIQESLQIP GTGLNLVYHS SRAAGYLSTI 1020 KLQLTPDVIP TSLHLIHLRI TIEGILFERI FEADPGIKFT YAWNRLNIYR QRVYGVTTAV 1080 VKVGYQYTDC TDIVWDIQTT KLSGHDMSIS EVGGWNLDIH HRYNFHEGIL QKGDGSNIYL 1140 RNKPRIILTT MGDGHQRPLE CPDCDGQATK QRLLAPVALA AAPDGSLFVG DFNYIRRIMT 1200 DGSIRTVVKL NATRVSYRYH MALSPLDGTL YVSDPESHQI IRVRDTNDYS QPELNWEAVV 1260 GSGERCLPGD EAHCGDGALA KDAKLAYPKG IAISSDNILY FADGTNIRMV DRDGIVSTLI 1320 GNHMHKSHWK PIPCEGTLKL EEMHLRWPTE LAVSPMDNTL HIIDDHMILR MTPDGRVRVI 1380 SGRPLHCATA STAYDTDLAT HATLVMPQSI AFGPLGELYV AESDSQRINR VRVIGTDGRI 1440 APFAGAESKC NCLERGCDCF EAEHYLATSA KFNTIAALAV TPDSHVHIAD QANYRIRSVM 1500 SSIPEASPSR EYEIYAPDMQ EIYIFNRFGQ HVSTRNILTG ETTYVFTYNV NTSNGKLSTV 1560 TDAAGNKVFL LRDYTSQVNS IENTKGQKCR LRMTRMKMLH ELSTPDNYNV TYEYHGPTGL 1620 LRTKLDSTGR SYVYNYDEFG RLTSAVTPTG RVIELSFDLS VKGAQVKVSE NAQKEMSLLI 1680 QGATVIVRNG AAESRTTVDM DGSTTSITPW GHNLQMEVAP YTILAEQSPL LGESYPVPAK 1740 QRTEIAGDLA NRFEWRYFVR RQQPLQAGKQ SKGPPRPVTE VGRKLRVNGD NVLTLEYDRE 1800 TQSVVVMVDD KQELLNVTYD RTSRPISFRP QSGDYADVDL EYDRFGRLVS WKWGVLQEAY 1860 SFDRNGRLNE IKYGDGSTMV YAFKDMFGSL PLKVTTPRRS DYLLQYDDAG ALQSLTTPRG 1920 HIHAFSLQTS LGFFKYQYYS PINRHPFEIL YNDEGQILAK IHPHQSGKVA FVHDTAGRLE 1980 TILAGLSSTH YTYQDTTSLV KSVEVQEPGF ELRREFKYHA GILKDEKLRF GSKNSLASAR 2040 YKYAYDGNAR LSGIEMAIDD KELPTTRYKY SQNLGQLEVV QDLKITRNAF NRTVIQDSAK 2100 QFFAIVDYDQ HGRVKSVLMN VKNIDVFRLE LDYDLRNRIK SQKTTFGRST AFDKINYNAD 2160 GHVVEVLGTN NWKYLFDENG NTVGVVDQGE KFNLGYDIGD RVIKVGDVEF NNYDARGFVV 2220 KRGEQKYRYN NRGQLIHSFE RERFQSWYYY DDRSRLVAWH DNKGNTTQYY YANPRTPHLV 2280 THVHFPKISR TMKLFYDDRD MLIALEHEDQ RYYVATDQNG SPLAFFDQNG SIVKEMKRTP 2340 FGRIIKDTKP EFFVPIDFHG GLIDPHTKLV YTEQRQYDPH VGQWMTPLWE TLATEMSHPT 2400 DVFIYRYHNN DPINPNKPQN YMIDLDSWLQ LFGYDLNNMQ SSRYTKLAQY TPQASIKSNT 2460 LAPDFGVISG LECIVEKTSE KFSDFDFVPK PLLKMEPKMR NLLPRVSYRR GVFGEGVLLS 2520 RIGGRALVSV VDGSNSVVQD VVSSVFNNSY FLDLHFSIHD QDVFYFVKDN VLKLRDDNEE 2580 LRRLGGMFNI STHEISDHGG SAAKELRLHG PDAVVIIKYG VDPEQERHRI LKHAHKRAVE 2640 RAWELEKQLV AAGFQGRGDW TEEEKEELVQ HGDVDGWNGI DIHSIHKYPQ LADDPGNVAF 2700 QRDAKRKRRK TGSSHRSASN RRQLKFGELS A
2732Fasta Sequence
>O61307|Ten-m|Drosophila melanogaster(Fruit fly) MNPYEYESTLDCRDVGGGPTPAHAHPHAQGRTLPMSGHGRPTTDLGPVHGSQTLQHQNQQNLQAAQAAAQSSHYDYEYQHLAHRPPDTANNTAQRTHGRQGFLLEGVTPTAPPDVPPRNPTMSRMQNGRLTVNNPNDADFEPSCLVRTPSGNVYIPSGNLNINKGSPIDFKSGSACSTPTKDTLKGYERSTQGCMGPVLPQRSVMNGLPAHHYSAPMNFRKDLVARCSSPWFGIGSISVLFAFVVMLILLTTTGVIKWNQSPPCSVLVGNEASEVTAAKSTNTDLSKLHNSSVRAKNGQGIGLAQGQSGLGAAGVGSGGGSSAATVTTATSNSGTAQGLQSTSASAEATSSAATSSSQSSLTPSLSSSLANANNGGARTFPARSFPPDGTTFGQITLGQKLTKEIQPYSYWNMQFYQSEPAYVKFDYTIPRGASIGVYGRRNALPTHTQYHFKEVLSGFSASTRTARAAHLSITREVTRYMEPGHWFVSLYNDDGDVQELTFYAAVAEDMTQNCPNGCSGNGQCLLGHCQCNPGFGGDDCSESVCPVLCSQHGEYTNGECICNPGWKGKECSLRHDECEVADCSGHGHCVSGKCQCMRGYKGKFCEEVDCPHPNCSGHGFCADGTCICKKGWKGPDCATMDQDALQCLPDCSGHGTFDLDTQTCTCEAKWSGDDCSKELCDLDCGQHGRCEGDACACDPEWGGEYCNTRLCDVRCNEHGQCKNGTCLCVTGWNGKHCTIEGCPNSCAGHGQCRVSGEGQWECRCYEGWDGPDCGIALELNCGDSKDNDKDGLVDCEDPECCASHVCKTSQLCVSAPKPIDVLLRKQPPAITASFFERMKFLIDESSLQNYAKLETFNESRSAVIRGRVVTSLGMGLVGVRVSTTTLLEGFTLTRDDGWFDLMVNGGGAVTLQFGRAPFRPQSRIVQVPWNEVVIIDLVVMSMSEEKGLAVTTTHTCFAHDYDLMKPVVLASWKHGFQGACPDRSAILAESQVIQESLQIPGTGLNLVYHSSRAAGYLSTIKLQLTPDVIPTSLHLIHLRITIEGILFERIFEADPGIKFTYAWNRLNIYRQRVYGVTTAVVKVGYQYTDCTDIVWDIQTTKLSGHDMSISEVGGWNLDIHHRYNFHEGILQKGDGSNIYLRNKPRIILTTMGDGHQRPLECPDCDGQATKQRLLAPVALAAAPDGSLFVGDFNYIRRIMTDGSIRTVVKLNATRVSYRYHMALSPLDGTLYVSDPESHQIIRVRDTNDYSQPELNWEAVVGSGERCLPGDEAHCGDGALAKDAKLAYPKGIAISSDNILYFADGTNIRMVDRDGIVSTLIGNHMHKSHWKPIPCEGTLKLEEMHLRWPTELAVSPMDNTLHIIDDHMILRMTPDGRVRVISGRPLHCATASTAYDTDLATHATLVMPQSIAFGPLGELYVAESDSQRINRVRVIGTDGRIAPFAGAESKCNCLERGCDCFEAEHYLATSAKFNTIAALAVTPDSHVHIADQANYRIRSVMSSIPEASPSREYEIYAPDMQEIYIFNRFGQHVSTRNILTGETTYVFTYNVNTSNGKLSTVTDAAGNKVFLLRDYTSQVNSIENTKGQKCRLRMTRMKMLHELSTPDNYNVTYEYHGPTGLLRTKLDSTGRSYVYNYDEFGRLTSAVTPTGRVIELSFDLSVKGAQVKVSENAQKEMSLLIQGATVIVRNGAAESRTTVDMDGSTTSITPWGHNLQMEVAPYTILAEQSPLLGESYPVPAKQRTEIAGDLANRFEWRYFVRRQQPLQAGKQSKGPPRPVTEVGRKLRVNGDNVLTLEYDRETQSVVVMVDDKQELLNVTYDRTSRPISFRPQSGDYADVDLEYDRFGRLVSWKWGVLQEAYSFDRNGRLNEIKYGDGSTMVYAFKDMFGSLPLKVTTPRRSDYLLQYDDAGALQSLTTPRGHIHAFSLQTSLGFFKYQYYSPINRHPFEILYNDEGQILAKIHPHQSGKVAFVHDTAGRLETILAGLSSTHYTYQDTTSLVKSVEVQEPGFELRREFKYHAGILKDEKLRFGSKNSLASARYKYAYDGNARLSGIEMAIDDKELPTTRYKYSQNLGQLEVVQDLKITRNAFNRTVIQDSAKQFFAIVDYDQHGRVKSVLMNVKNIDVFRLELDYDLRNRIKSQKTTFGRSTAFDKINYNADGHVVEVLGTNNWKYLFDENGNTVGVVDQGEKFNLGYDIGDRVIKVGDVEFNNYDARGFVVKRGEQKYRYNNRGQLIHSFERERFQSWYYYDDRSRLVAWHDNKGNTTQYYYANPRTPHLVTHVHFPKISRTMKLFYDDRDMLIALEHEDQRYYVATDQNGSPLAFFDQNGSIVKEMKRTPFGRIIKDTKPEFFVPIDFHGGLIDPHTKLVYTEQRQYDPHVGQWMTPLWETLATEMSHPTDVFIYRYHNNDPINPNKPQNYMIDLDSWLQLFGYDLNNMQSSRYTKLAQYTPQASIKSNTLAPDFGVISGLECIVEKTSEKFSDFDFVPKPLLKMEPKMRNLLPRVSYRRGVFGEGVLLSRIGGRALVSVVDGSNSVVQDVVSSVFNNSYFLDLHFSIHDQDVFYFVKDNVLKLRDDNEELRRLGGMFNISTHEISDHGGSAAKELRLHGPDAVVIIKYGVDPEQERHRILKHAHKRAVERAWELEKQLVAAGFQGRGDWTEEEKEELVQHGDVDGWNGIDIHSIHKYPQLADDPGNVAFQRDAKRKRRKTGSSHRSASNRRQLKFGELSA
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Keyword |
KW-0025--Alternative splicing KW-0130--Cell adhesion KW-0965--Cell junction KW-1003--Cell membrane KW-0181--Complete proteome KW-0963--Cytoplasm KW-0217--Developmental protein KW-1015--Disulfide bond KW-0245--EGF-like domain KW-0325--Glycoprotein KW-0472--Membrane KW-0524--Neurogenesis KW-0628--Postsynaptic cell membrane KW-1185--Reference proteome KW-0677--Repeat KW-0770--Synapse KW-0771--Synaptosome KW-0812--Transmembrane KW-1133--Transmembrane helix
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Interpro |
IPR011042--6-blade_b-propeller_TolB-like IPR008969--CarboxyPept-like_regulatory IPR013032--EGF-like_CS IPR000742--EGF-like_dom IPR031325--RHS_repeat IPR028916--Tox-GHH_dom IPR006530--YD
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PROSITE |
PS00022--EGF_1 PS01186--EGF_2 PS50026--EGF_3
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Pfam |
PF05593--RHS_repeat PF15636--Tox-GHH
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Gene Ontology |
GO:0030054--C:cell junction GO:0005737--C:cytoplasm GO:0005887--C:integral component of plasma membrane GO:0031594--C:neuromuscular junction GO:0043005--C:neuron projection GO:0043025--C:neuronal cell body GO:0005886--C:plasma membrane GO:0045211--C:postsynaptic membrane GO:0005578--C:proteinaceous extracellular matrix GO:0031005--F:filamin binding GO:0042802--F:identical protein binding GO:0046982--F:protein heterodimerization activity GO:0042803--F:protein homodimerization activity GO:0007155--P:cell adhesion GO:0022416--P:chaeta development GO:0048058--P:compound eye corneal lens development GO:0001745--P:compound eye morphogenesis GO:0042051--P:compound eye photoreceptor development GO:0031122--P:cytoplasmic microtubule organization GO:0048790--P:maintenance of presynaptic active zone structure GO:0008045--P:motor neuron axon guidance GO:0007274--P:neuromuscular synaptic transmission GO:0034116--P:positive regulation of heterotypic cell-cell adhesion GO:0040017--P:positive regulation of locomotion GO:0001941--P:postsynaptic membrane organization GO:0097090--P:presynaptic membrane organization GO:0045467--P:R7 cell development GO:0008360--P:regulation of cell shape GO:0034110--P:regulation of homotypic cell-cell adhesion GO:2000331--P:regulation of terminal button organization GO:0050808--P:synapse organization GO:0051124--P:synaptic growth at neuromuscular junction GO:0016200--P:synaptic target attraction GO:0008039--P:synaptic target recognition GO:0048499--P:synaptic vesicle membrane organization
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