LLPS-Drm-2030
nompA
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | No mechanoreceptor potential A, isoform A |
| Gene Name: | nompA, Dmel\CG13207, nomp, Nomp-A, NOMPA, NompA, CG13207, Dmel_CG13207 |
| Ensembl Gene: | FBgn0016047 |
| Ensembl Protein: | FBpp0308565 |
| Organism: | Drosophila melanogaster |
| Taxa ID: | 7227 |
| LLPS Type: | LLPS regulator |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| P-body | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | FBtr0339483 | FBpp0308565 |
| Ensembl | FBtr0089382 | FBpp0088953 |
| Ensembl | FBtr0089381 | FBpp0088407 |
| Ensembl | FBtr0089380 | FBpp0088406 |
| Ensembl | FBtr0089379 | FBpp0088405 |
| UniProt | A1Z8J4, A1Z8J4_DROME | |
| GeneBank | AE013599 | AAM68729.1, AAF58668.2 |
| RefSeq | NM_080092.4, NM_165822.4 | NP_524831.2, NP_725031.2 |
| Entrez | 45587 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MRPRKGIHVL LTTLVVSLSL SKINGQTTCK NGLGRVLYER LPNQQLQGYD DDVVRDTAPP 60 61 FRVLEKCQDL CLRDRSGSNN LVRTCTSFDF QPGSRITSFG GNSEYEESLC YLTSEQAGPE 120 121 GIGSLMLVPN SVHFNEICLT SSRPERECPS RRYVFERHPR KKLKLPISDI KEITAANRSD 180 181 CEDKCLNEFS FVCRSANFDS TMRSCTLSRF TRRTHPELME DDPNSDYLEN TCLNAERRCD 240 241 GLAVFVKEEN KRLGGPFEVD IFNNMTLEEC QTMCLRAEKY FCRSVEFDDQ SKQCILSEED 300 301 SISQKDDISI SSSPTHHFYD LVCLDNQRAN DYPDNSVTSH LFSSGRRPDT AFQRYRNSRL 360 361 GGEFHSEITG RSLSECLDEC LRQTSFQCRS AVYSDRFRTC RLSRYNQKDG MRIIYDADYD 420 421 YYENLMLNVV GGGADGDGGG HGGSSDGKRP GDQSGSNWRQ PNKHDDRYGS GGSSVGGGSH 480 481 GGTGSGGSRL PPGEGVDYGR PYDRYPDIAG NEYDRNPYGG DRDRDRYPPD RYGSRYPTGG 540 541 DGIGYNRPYD RFPDDYDRYP AGAGVNGDRD RERDRDRYPV VGDRDRYPGA VDRDRYPGVR 600 601 DRDRYPEPYP PERYADRYGD RRYPERERDR DRDRLPYRPL PYPGINDNSL PSDLPHTRPY 660 661 PTDDDAPFRP YGYGGGRYGE NRYEGRYPPR FPPSRERDPV GGYTGRDAPD SIFPDRRYRP 720 721 SSMDSPRYPY LPDSRGPPGR YDDIVHSARR PEPDSAKRYP PAPIAPTGSS SKYASTPNRF 780 781 PVGNDRYPID IYKYGNRPGP NDLGRRPGLE RPPPPFYDYD YEERYGDRYG PYDREYDGPP 840 841 GRRPPSGGPY GRYDSPFNRP YGGNGLDDRP LPLPGLGLSH PPTPYGGGGA GHVGVGVGVN 900 901 SGPPRPPITR CEESDNFKQI AARHKMRRHF VRRALIVPSL IQCERECIES RDFVCRSFNY 960 961 RDSAASGYED RDRDRDRDSP NCELSDRDSR ELDIHDPGTF DASNYDFYER SIGRSDGECM 1020 1021 DVTQTCNEEG MEFTIRTPEG FLGRIYTYGF YDRCFFRGNG GTVNVLRLSG PQGYPDCGTQ 1080 1081 RYGDTLTNIV VVQFSDNVQT SRDKRYNLTC IFRGPGEAVV SSGYIGAGSG SPIPIEYLPA 1140 1141 ENTLSSKVRL SILYQGRPTT TIAVGDPLTF RLEAQDGYNH VTDIFATNVV ARDPYSGRSI 1200 1201 QLIDRFGCPV DPFVFPELDK LRDGDTLEAR FNAFKIPESN FLVFEATVRS CREGCQPAYC 1260 1261 PGPAGRQEPS FGRRRRSLNT TEIPEPEALA LEGSSQLEAS TLDEVTVVNS TTVSATLGQV 1320 1321 PLNETQLGEK TKETEEPEQV REMIEVFETR EEIEKESYPR KLVAPVETVC MTPAEYHGLI 1380 1381 TAIILLMILL FSITLVAGLG YRRYWKSISK NRLVDRHSPI HSLGHSHSSI RTHERFTEIG 1440 1441 HMPNLNGGGG GAAAGTGGGA NQSASNRASN AFRTNMSMFG GSLHKTFATG NLARMCQLPV 1500 1501 INPMRSTNQS SHQFEDPSEP IYTDPSLFER SRQVADHSVT HPQNEFPTTV RNYRCEV 1557 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGAGACCTA GAAAGGGAAT ACACGTGTTG CTGACGACCC TAGTGGTTAG TCTAAGCCTC 60 61 AGTAAAATTA ATGGTCAAAC CACCTGTAAG AATGGCCTAG GCCGAGTGCT CTATGAAAGA 120 121 CTGCCCAACC AGCAGCTCCA GGGGTACGAT GATGATGTGG TGCGTGATAC GGCGCCACCA 180 181 TTCCGTGTGC TGGAAAAATG CCAGGACCTG TGCCTGCGCG ACCGATCCGG CTCCAATAAT 240 241 CTGGTGCGCA CGTGCACCAG CTTTGACTTC CAGCCAGGCA GTCGAATCAC CTCCTTTGGA 300 301 GGCAACTCCG AGTACGAGGA GTCCCTGTGT TATTTGACAT CCGAGCAGGC GGGACCCGAA 360 361 GGCATCGGTA GCCTGATGCT GGTGCCCAAT AGTGTACACT TTAACGAGAT TTGCCTGACT 420 421 TCCAGTCGCC CGGAGAGGGA GTGTCCCAGT AGGAGATATG TCTTCGAGAG ACATCCCCGC 480 481 AAGAAACTGA AGCTGCCCAT AAGTGATATT AAGGAGATAA CGGCTGCCAA TCGCTCCGAT 540 541 TGTGAGGACA AGTGCCTGAA TGAGTTCTCT TTTGTCTGCC GATCGGCCAA CTTTGATTCC 600 601 ACCATGCGCT CCTGCACGCT GAGCAGATTC ACCCGACGCA CCCATCCCGA ACTGATGGAA 660 661 GACGATCCCA ACTCTGATTA CCTGGAGAAC ACCTGCCTAA ATGCCGAAAG GCGTTGCGAT 720 721 GGACTGGCCG TTTTTGTCAA GGAGGAGAAC AAGCGCCTGG GTGGCCCCTT CGAGGTGGAC 780 781 ATATTCAATA ACATGACGCT GGAGGAGTGC CAGACCATGT GTCTCCGGGC CGAGAAATAC 840 841 TTCTGCCGAT CCGTGGAGTT TGACGACCAG AGCAAACAGT GCATCCTCTC GGAGGAGGAC 900 901 TCCATATCGC AGAAGGATGA CATTAGCATT AGCTCCAGTC CCACACACCA TTTCTACGAT 960 961 CTGGTGTGCC TCGATAATCA ACGAGCCAAC GATTATCCAG ATAACTCAGT CACCTCGCAC 1020 1021 CTCTTCTCCA GCGGCCGGCG GCCAGATACA GCATTCCAGC GGTACCGCAA CTCCAGGCTG 1080 1081 GGCGGCGAGT TTCACTCCGA GATCACGGGC CGTTCGCTGA GCGAGTGCCT GGACGAGTGT 1140 1141 CTTCGCCAGA CGAGCTTCCA GTGCAGGTCT GCGGTGTACA GCGATCGTTT TCGTACTTGT 1200 1201 CGCCTGAGTC GGTACAATCA AAAGGACGGC ATGCGCATTA TATACGATGC TGATTATGAT 1260 1261 TACTACGAGA ATCTGATGTT GAATGTGGTG GGCGGAGGCG CCGATGGCGA TGGTGGTGGG 1320 1321 CACGGTGGCA GCAGCGATGG CAAGCGACCC GGGGATCAGT CGGGCAGCAA CTGGAGACAG 1380 1381 CCTAATAAGC ACGACGATCG CTACGGGTCG GGTGGGTCAA GTGTTGGTGG TGGCTCGCAT 1440 1441 GGTGGAACGG GTTCTGGTGG CTCAAGATTG CCACCGGGCG AGGGCGTCGA CTATGGCAGG 1500 1501 CCATACGATC GTTATCCGGA CATTGCGGGC AATGAATATG ATCGTAATCC TTATGGCGGA 1560 1561 GATCGCGATA GAGACCGCTA TCCCCCAGAT CGTTATGGAT CCCGATATCC CACTGGAGGA 1620 1621 GATGGAATTG GCTACAACCG GCCCTATGAT CGTTTCCCTG ATGATTATGA TCGGTATCCA 1680 1681 GCGGGTGCGG GTGTCAATGG CGATAGAGAC CGCGAAAGGG ATCGAGACCG CTACCCAGTA 1740 1741 GTTGGTGACA GAGATCGCTA TCCAGGCGCT GTAGACAGAG ATCGGTATCC AGGTGTCAGG 1800 1801 GATAGAGATC GCTATCCGGA GCCTTATCCG CCAGAGCGCT ATGCGGACAG ATACGGAGAT 1860 1861 CGACGATATC CGGAAAGGGA AAGAGATCGC GACCGTGATA GGTTGCCATA CCGTCCACTG 1920 1921 CCCTATCCCG GAATCAATGA CAATAGCCTG CCCAGTGATT TGCCGCATAC TCGACCCTAT 1980 1981 CCCACCGATG ACGATGCTCC CTTCCGGCCC TATGGATATG GAGGTGGACG CTATGGAGAG 2040 2041 AACAGATACG AAGGCCGATA CCCTCCTCGA TTCCCTCCCA GCCGAGAACG AGATCCCGTG 2100 2101 GGAGGCTACA CTGGCAGGGA TGCTCCTGAC AGCATATTCC CGGACAGACG CTACCGCCCC 2160 2161 TCGTCGATGG ATTCTCCAAG GTATCCCTAT TTGCCAGACT CGCGGGGACC ACCGGGCAGA 2220 2221 TATGATGATA TAGTGCATAG TGCCAGGAGG CCCGAGCCCG ACTCGGCCAA GCGATATCCG 2280 2281 CCAGCGCCAA TTGCTCCAAC GGGAAGCTCC AGCAAGTACG CCTCCACCCC GAACCGGTTT 2340 2341 CCGGTAGGTA ACGATCGTTA TCCCATTGAC ATCTACAAAT ATGGCAATCG TCCGGGACCC 2400 2401 AATGATCTTG GCAGGCGACC AGGTCTGGAG CGTCCGCCAC CTCCCTTCTA CGATTATGAC 2460 2461 TACGAGGAGC GGTATGGCGA TAGATATGGA CCATACGACC GGGAGTACGA TGGACCGCCG 2520 2521 GGTCGAAGGC CACCAAGTGG TGGTCCCTAT GGACGCTACG ACAGTCCCTT TAACCGGCCC 2580 2581 TATGGTGGTA ATGGCCTAGA CGATCGTCCC TTGCCCCTGC CTGGCCTGGG TCTCTCCCAT 2640 2641 CCACCCACTC CGTACGGAGG AGGTGGTGCA GGTCATGTCG GTGTGGGCGT GGGTGTCAAC 2700 2701 TCGGGTCCCC CGCGACCTCC GATCACCCGT TGCGAGGAGA GCGACAATTT CAAGCAAATA 2760 2761 GCCGCCAGGC ACAAGATGCG TCGCCACTTT GTGCGACGAG CTCTTATCGT CCCCAGCCTC 2820 2821 ATCCAGTGTG AGAGGGAGTG CATCGAGTCG CGGGACTTTG TGTGCCGCAG CTTCAACTAC 2880 2881 AGAGACTCGG CTGCCTCCGG CTACGAGGAC AGAGATAGGG ATCGCGACCG GGACTCACCG 2940 2941 AACTGCGAGC TGAGCGACAG AGATTCGCGA GAGTTGGACA TCCACGATCC GGGCACCTTC 3000 3001 GACGCCTCCA ACTATGACTT CTACGAGCGC AGCATTGGAC GCAGCGATGG CGAGTGCATG 3060 3061 GACGTCACGC AAACGTGTAA CGAGGAGGGC ATGGAATTCA CGATCCGCAC GCCAGAGGGA 3120 3121 TTCTTGGGAC GTATATACAC ATATGGATTC TACGATCGCT GCTTCTTCCG TGGAAATGGC 3180 3181 GGCACGGTGA ACGTACTGAG GCTCAGTGGA CCACAGGGAT ATCCCGACTG TGGAACTCAA 3240 3241 CGGTATGGCG ACACTTTGAC CAACATAGTG GTGGTTCAGT TCTCGGACAA TGTGCAGACC 3300 3301 AGCAGGGATA AGCGATACAA CCTCACATGC ATCTTCCGTG GTCCGGGAGA GGCAGTGGTT 3360 3361 AGCTCTGGTT ACATAGGAGC AGGGTCCGGT AGTCCAATCC CCATTGAATA TCTACCAGCG 3420 3421 GAGAATACTC TCAGCTCCAA GGTGCGCTTG AGTATCCTGT ACCAGGGTAG ACCCACTACC 3480 3481 ACCATAGCTG TGGGTGATCC ACTGACCTTC CGGTTGGAGG CACAGGATGG TTACAACCAC 3540 3541 GTTACTGACA TATTTGCCAC CAATGTGGTG GCCAGGGATC CCTATTCCGG ACGCAGTATC 3600 3601 CAGCTGATAG ATCGCTTTGG ATGCCCAGTG GATCCATTTG TTTTCCCCGA ACTGGACAAG 3660 3661 CTGCGTGATG GTGACACCTT GGAAGCCCGC TTTAATGCCT TCAAGATACC CGAGTCCAAT 3720 3721 TTCTTGGTCT TCGAGGCCAC CGTTCGCTCC TGTCGCGAAG GATGTCAGCC GGCCTATTGT 3780 3781 CCTGGGCCTG CGGGTCGTCA GGAACCTTCC TTTGGTCGCC GGCGTCGATC ACTAAACACC 3840 3841 ACTGAGATAC CCGAACCGGA AGCGCTGGCT CTGGAGGGCA GCAGCCAACT GGAGGCATCC 3900 3901 ACACTGGATG AAGTCACAGT CGTGAACAGC ACCACCGTGA GTGCCACTTT GGGTCAGGTT 3960 3961 CCCCTAAATG AGACACAATT GGGGGAGAAG ACCAAGGAGA CTGAGGAACC GGAGCAAGTG 4020 4021 CGGGAAATGA TTGAGGTCTT TGAAACCCGC GAGGAAATTG AGAAGGAGTC GTATCCCCGC 4080 4081 AAGCTAGTGG CCCCGGTGGA AACGGTGTGC ATGACTCCGG CTGAGTATCA TGGCCTAATC 4140 4141 ACAGCCATTA TCCTGTTAAT GATCCTGCTA TTCAGCATCA CGCTGGTGGC GGGCCTGGGA 4200 4201 TACAGACGCT ACTGGAAATC CATCTCGAAG AACCGACTCG TGGACCGACA CTCGCCGATC 4260 4261 CACTCGCTCG GACACTCCCA TTCCTCCATA CGCACCCATG AGCGCTTCAC AGAGATCGGA 4320 4321 CATATGCCCA ACCTGAATGG AGGAGGAGGT GGAGCGGCGG CAGGAACTGG GGGCGGAGCC 4380 4381 AATCAGAGCG CATCGAATCG GGCCTCAAAC GCTTTTCGCA CCAACATGTC CATGTTCGGC 4440 4441 GGCTCATTAC ACAAGACATT TGCCACGGGC AATTTGGCGC GCATGTGCCA GCTGCCAGTG 4500 4501 ATAAATCCGA TGCGTAGCAC CAACCAGAGC AGCCACCAGT TCGAGGATCC CAGCGAGCCC 4560 4561 ATCTACACGG ATCCCTCGCT CTTCGAGCGT TCCAGATCGC TGCGAAGTCT GACCATGGTG 4620 4621 GCCGAGTCCG AGGACAATCA GGAGGTC 4647 |