LLPS-Bot-a614
CACNA1A
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Voltage-dependent P/Q-type calcium channel subunit alpha |
| Gene Name: | CACNA1A |
| Ensembl Gene: | ENSBTAG00000014828.6 |
| Ensembl Protein: | ENSBTAP00000019752.6 |
| Organism: | Bos taurus |
| Taxa ID: | 9913 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ FUNCTION
| Voltage-sensitive calcium channels (VSCC) mediate the entry of calcium ions into excitable cells and are also involved in a variety of calcium-dependent processes, including muscle contraction, hormone or neurotransmitter release, gene expression, cell motility, cell division and cell death. The isoform alpha-1A gives rise to P and/or Q-type calcium currents. |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSBTAT00000019752.6 | ENSBTAP00000019752.6 |
| Ensembl | ENSBTAT00000074041.1 | ENSBTAP00000058208.1 |
| UniProt | F1N1E0, F1N1E0_BOVIN | |
| Entrez | 282648 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MARFGDEMPA RYGGGGSGAA AGVVVGAGGG RGAGGSRQGG QPGAQRMYKQ SMAQRARTMA 60 61 LYNPIPVRQN CLTVNRSLFL FSEDNVVRKY AKKITEWPPF EYMILATIIA NCIVLALEQH 120 121 LPDDDKTPMS ERLDDTEPYF IGIFCFEAGI KIIALGFAFH KGSYLRNGWN VMDFVVVLTG 180 181 ILATVGTEFD LRTLRAVRVL RPLKLVSGIP SLQVVLKSIM KAMIPLLQIG LLLFFAILIF 240 241 AIIGLEFYMG KFHTTCFEEG TDDIQGESPA PCGTEEPART CPNGTKCQPY WEGPNNGITQ 300 301 FDNILFAVLT VFQCITMEGW TDLLYNSNDA SGNTWNWLYF IPLIIIGSFF MLNLVLGVLS 360 361 GEFAKERERV ENRRAFLKLR RQQQIERELN GYMEWISKAE EVILAEDETD GEQRHPFDVG 420 421 ALRRATIKKS KTDLLNPEEA EDQLADIASV GSPFARASIK SAKLENSTFF HKKERRMRFY 480 481 IRRMVKTQAF YWTVLSLVAL NTLCVAIVHY NQPEWLSDFL YYAEFIFLGL FMSEMFIKMY 540 541 GLGTRPYFHS SFNCFDCGVI IGSIFEVIWA VIKPGTSFGI SVLRALRLLR IFKVTKYWAS 600 601 LRNLVVSLLN SMKSIISLLF LLFLFIVVFA LLGMQLFGGQ FNFDEGTPPT NFDTFPAAIM 660 661 TVFQILTGED WNEVMYDGIK SQGGVQGGMV FSIYFIVLTL FGNYTLLNVF LAIAVDNLAN 720 721 AQELTKDEQE EEEAANQKLA LQKAKEVAEV SPLSAANMSI AVKEQQKNQK PAKSVWEQRT 780 781 SEMRKQNLLA SREALYNEMD PDERWKASYA RHLRPDMKTH LDRPLVVDPQ ENRNNNTNKS 840 841 RAAEPTVDQR LGQQRAEDFL RKQARYHDRA RDPSSSVGLD TRRPWAGSQE AELSREGPYG 900 901 RESDHHAREG GLEQPGFWEG EAERGKAGDP HRRHAHRQAG SRESRSGSPR TGADGEPRRH 960 961 RAHRRPGDEA PDDKADRRSR HREGSRPARG GEGESEGPDG GGERRRRHRH GPPPAYDADM 1020 1021 RREDKERRHR RRKENQGSGV PVSGPNLSTT RPIQQDLGRQ DPPLAEDIDN MKNNKLATAE 1080 1081 SASPHDSLSH AGLPQSPAKM GNSMDPGPTP APTTTATNPQ NAVSRRTANN PGNPSNPGPP 1140 1141 KTPENSLIVT NPSSTQANSA KTARKPDHTT VDIPPACPPP LNHTIIQVNK NANPDPLPKK 1200 1201 EEEKKEEEED DPGEDGPKPM PPYSSMFILS TTNPLRRLCH YILNLRYFEM CILMVIAMSS 1260 1261 IALAAEDPVQ PNAPRNNVLR YFDYVFTGVF TFEMVIKMID LGLVLHQGAY FRDLWNILDF 1320 1321 IVVSGALVAF AFTGNSKGKD INTIKSLRVL RVLRPLKTIK RLPKLKAVFD CVVNSLKNVF 1380 1381 NILIVYMLFM FIFAVVAVQL FKGKFFHCTD ESKEFEKDCR GKYLLYEKNE VKARDREWKK 1440 1441 YEFHYDNVLW ALLTLFTVST GEGWPQVLKH SVDATFENQG PSPGYRMEMS IFYVVYFVVF 1500 1501 PFFFVNIFVA LIIITFQEQG DKMMEEYSLE KNERACIDFA ISAKPLTRHM PQNKQSFQYR 1560 1561 MWQFVVSPPF EYTIMAMIAL NTIVLMMKFY GASVAYENAL RVFNIVFTSL FSLECVLKVM 1620 1621 AFGILNYFRD AWNIFDFVTV LGSITDILVT EFGNNFINLS FLRLFRAARL IKLLRQGYTI 1680 1681 RILLWTFVQS FKALPYVCLL IAMLFFIYAI IGMQVFGNIG IDVEDEDSDE DEFQITEHNN 1740 1741 FRTFFQALML LFRSATGEAW HNIMLSCLSG KPCDKNSGIL THECGNEFAY FYFVSFIFLC 1800 1801 SFLMLNLFVA VIMDNFEYLT RDSSILGPHH LDEYVRVWAE YDPAACGRIH YKDMYSLLRV 1860 1861 ISPPLGLGKK CPHRVACKRL LRMDLPVADD NTVHFNSTLM ALIRTALDIK IAKGGADKQQ 1920 1921 MDAELRKEMM AIWPNLSQKT LDLLVTPHKS TDLTVGKIYA AMMIMEYYRQ SKAKKLQAMR 1980 1981 EEQNRTPLMF QRMEPPSPTQ EGGPGQNALP STQLDPGGGL MAHESGMKES PSWVTQRAQE 2040 2041 MFQKTGTWSP ERGPPTDMPN SQPNSQSVEM REMGRDGYSD SEHYFPVEGQ ARAASMPRLP 2100 2101 AENQRRRGRP RGNNLSTISD TSPMKRSASV LGPKARRLDD YSLERVPPEE NQRHHQRRRD 2160 2161 RGHRTSERSL GRYTDVDTGL GTDLSMTTQS GDLPSKERDQ ERGRPKDRKH RQHHHHHHHH 2220 2221 HPPPPDKERY TQERPEHGRP RARDQRWSRS PSEGREHMAH RQGSSSVSGS PAPSTSGTST 2280 2281 PRRGRRQLPQ TPSTPRPHVS YSPVIRKAGG SGPQQQQQPA ARPGRTAPSG PRRYPGPVAE 2340 2341 PLAGERPPTG GHGSSRSPAM ERRIPGPARS ESPRAPCRHG GARWPASGAH AAEGPPGPRH 2400 2401 HHGYYRGSDY DEPDGPGGGG GEEEEPRAAA YDAPPPARHG CSPRTPRAAG PACASPSRHG 2460 2461 RRLPNGYYPA HGLARPRGPG SRKGLHEAYS ETDDDDWC 2498 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGCCCGCT TCGGAGACGA GATGCCGGCC CGCTACGGGG GAGGAGGCTC CGGGGCAGCC 60 61 GCCGGGGTGG TCGTGGGCGC CGGAGGCGGG CGAGGAGCCG GGGGCAGCCG GCAGGGCGGG 120 121 CAGCCCGGGG CGCAAAGGAT GTACAAGCAG TCAATGGCGC AGAGAGCGCG GACCATGGCC 180 181 CTCTACAACC CCATCCCCGT CCGACAGAAC TGCCTCACGG TCAACCGGTC TCTATTCCTC 240 241 TTCAGCGAGG ACAACGTGGT GAGAAAATAC GCCAAAAAGA TCACCGAATG GCCACCCTTT 300 301 GAATATATGA TTTTAGCCAC CATCATAGCA AACTGCATCG TCCTCGCCCT GGAGCAACAC 360 361 CTACCTGATG ATGACAAGAC TCCGATGTCT GAACGACTGG ATGACACAGA ACCATACTTC 420 421 ATTGGAATTT TTTGTTTCGA GGCTGGAATT AAAATCATCG CCCTTGGATT TGCCTTCCAT 480 481 AAAGGCTCTT ACTTGAGGAA CGGCTGGAAT GTGATGGACT TTGTGGTGGT GCTAACAGGC 540 541 ATCTTGGCAA CAGTTGGGAC GGAGTTTGAC CTAAGGACGC TGAGGGCAGT TCGAGTGCTG 600 601 CGGCCGCTCA AGCTGGTGTC TGGAATCCCA AGTTTACAAG TCGTCCTGAA GTCGATCATG 660 661 AAGGCAATGA TCCCCCTGCT GCAGATCGGC CTCCTCCTAT TTTTTGCAAT CCTTATTTTT 720 721 GCAATCATAG GGTTAGAATT TTATATGGGA AAATTTCATA CCACCTGCTT TGAAGAGGGC 780 781 ACAGATGACA TTCAGGGTGA GTCTCCAGCA CCGTGTGGGA CAGAGGAACC TGCCCGCACC 840 841 TGCCCCAATG GGACCAAATG TCAGCCCTAC TGGGAAGGAC CCAACAATGG GATCACTCAG 900 901 TTCGACAACA TCCTGTTTGC AGTGCTGACT GTTTTCCAGT GCATCACCAT GGAAGGGTGG 960 961 ACTGACCTCC TCTACAACAG CAACGATGCC TCAGGGAACA CTTGGAACTG GTTGTACTTC 1020 1021 ATCCCCCTCA TCATCATCGG CTCCTTTTTT ATGCTGAACC TCGTGCTGGG TGTGCTTTCT 1080 1081 GGGGAGTTTG CCAAAGAAAG GGAGCGGGTG GAGAACCGGC GGGCATTTCT GAAGCTGAGG 1140 1141 CGGCAGCAGC AGATTGAACG AGAGCTCAAT GGGTACATGG AGTGGATCTC AAAAGCAGAA 1200 1201 GAGGTGATCC TCGCCGAAGA TGAAACTGAT GGGGAGCAGA GACATCCCTT TGATGTTGGA 1260 1261 GCTCTGCGGA GAGCCACTAT AAAGAAGAGC AAGACAGACC TGCTCAACCC CGAGGAGGCT 1320 1321 GAGGATCAGC TGGCCGACAT CGCCTCTGTG GGGTCTCCCT TCGCCCGAGC CAGCATTAAA 1380 1381 AGTGCCAAGC TGGAGAACTC AACTTTTTTT CACAAAAAGG AGAGGAGGAT GCGTTTCTAC 1440 1441 ATCCGCCGCA TGGTCAAAAC TCAGGCCTTC TACTGGACTG TGCTCAGTCT GGTAGCCCTC 1500 1501 AACACGCTGT GTGTCGCTAT CGTTCACTAC AACCAGCCTG AGTGGCTCTC CGACTTCCTC 1560 1561 TACTATGCAG AATTCATTTT CTTAGGACTC TTTATGTCCG AAATGTTTAT AAAAATGTAC 1620 1621 GGGCTTGGGA CGCGGCCTTA CTTCCACTCT TCCTTCAACT GTTTTGATTG TGGGGTCATC 1680 1681 ATCGGGAGTA TCTTTGAGGT CATCTGGGCT GTCATAAAAC CCGGCACATC CTTTGGAATC 1740 1741 AGTGTGTTAC GAGCCCTCAG GTTATTGCGT ATTTTCAAAG TCACAAAGTA CTGGGCATCT 1800 1801 CTCAGGAACC TGGTCGTCTC TCTTCTCAAC TCCATGAAAT CCATCATCAG CCTGTTGTTC 1860 1861 CTCCTTTTCC TATTCATCGT CGTCTTTGCC CTTCTGGGAA TGCAACTCTT TGGCGGCCAG 1920 1921 TTTAATTTCG ATGAAGGGAC TCCTCCTACC AACTTCGACA CTTTTCCAGC AGCAATAATG 1980 1981 ACAGTTTTTC AGATCCTGAC GGGCGAAGAC TGGAACGAGG TCATGTATGA CGGCATCAAG 2040 2041 TCTCAGGGGG GCGTGCAAGG CGGCATGGTG TTCTCCATCT ACTTCATCGT GCTGACGCTC 2100 2101 TTCGGGAACT ACACCCTCCT GAACGTGTTC TTGGCCATCG CGGTGGATAA TCTGGCTAAC 2160 2161 GCCCAGGAGC TCACCAAGGA TGAACAAGAA GAAGAAGAGG CTGCCAACCA GAAACTCGCC 2220 2221 CTCCAGAAAG CCAAAGAGGT GGCAGAAGTG AGTCCTCTGT CTGCAGCCAA CATGTCCATA 2280 2281 GCTGTGAAGG AGCAACAGAA GAACCAGAAG CCCGCCAAGT CGGTGTGGGA GCAGCGGACA 2340 2341 AGCGAGATGA GGAAGCAGAA TCTTCTGGCC AGTCGGGAGG CACTCTACAA CGAGATGGAC 2400 2401 CCAGACGAGC GCTGGAAGGC CTCCTACGCT CGCCACCTGC GGCCCGACAT GAAGACCCAC 2460 2461 CTGGACCGGC CGCTGGTGGT CGACCCCCAG GAGAACCGTA ACAACAACAC CAACAAGAGC 2520 2521 CGGGCGGCCG AGCCCACGGT GGACCAGCGC CTCGGGCAGC AGCGAGCCGA GGACTTCCTC 2580 2581 AGGAAACAGG CCCGCTACCA CGACCGGGCC CGGGACCCCA GCAGCTCCGT GGGCCTGGAC 2640 2641 ACCCGGAGGC CCTGGGCGGG CAGCCAGGAA GCCGAGCTGA GCCGGGAGGG GCCTTACGGT 2700 2701 CGCGAGTCGG ACCACCACGC CCGGGAGGGC GGCCTGGAGC AGCCGGGGTT CTGGGAGGGC 2760 2761 GAGGCGGAGC GGGGCAAGGC GGGCGACCCG CACCGGAGGC ACGCGCACCG GCAGGCGGGC 2820 2821 AGCCGCGAGA GCCGCAGCGG GTCCCCGCGC ACCGGGGCCG ACGGAGAGCC CCGCCGGCAC 2880 2881 CGGGCGCACC GCAGGCCGGG CGACGAGGCC CCGGACGACA AGGCCGATCG GAGGTCCCGG 2940 2941 CACCGCGAGG GCAGCCGGCC GGCCCGGGGC GGCGAGGGCG AGAGCGAGGG CCCAGACGGC 3000 3001 GGCGGCGAGC GGAGGCGGCG GCACCGGCAT GGCCCTCCCC CAGCGTACGA CGCGGACATG 3060 3061 CGCAGGGAGG ACAAGGAGCG CAGGCACCGC AGGAGGAAAG AGAACCAGGG CTCCGGGGTC 3120 3121 CCCGTGTCAG GCCCCAACCT GTCGACCACA CGGCCAATCC AGCAGGACCT GGGCCGCCAA 3180 3181 GACCCCCCGC TGGCCGAGGA TATCGACAAC ATGAAGAACA ACAAACTGGC CACTGCGGAG 3240 3241 TCAGCCAGTC CCCACGACAG CCTCAGCCAC GCCGGCCTGC CCCAGAGCCC AGCCAAGATG 3300 3301 GGGAACAGCA TGGACCCTGG CCCCACACCG GCCCCCACCA CCACGGCCAC CAACCCTCAG 3360 3361 AATGCCGTCA GTCGCCGGAC AGCCAACAAC CCGGGGAACC CGTCCAACCC CGGCCCCCCC 3420 3421 AAGACCCCTG AGAACAGCCT TATCGTCACC AACCCCAGCA GCACCCAGGC CAACTCAGCT 3480 3481 AAGACTGCCA GGAAACCTGA CCACACCACG GTGGACATCC CCCCAGCCTG CCCACCCCCA 3540 3541 CTCAACCACA CCATCATCCA AGTGAACAAA AACGCCAACC CAGACCCACT GCCAAAAAAG 3600 3601 GAGGAAGAGA AGAAAGAGGA GGAGGAAGAC GACCCCGGGG AAGACGGCCC CAAGCCCATG 3660 3661 CCCCCCTACA GCTCCATGTT TATCCTCTCT ACGACCAACC CCCTTCGCCG CCTGTGCCAT 3720 3721 TACATCCTGA ACCTGCGCTA CTTTGAGATG TGCATTCTCA TGGTCATCGC CATGAGCAGC 3780 3781 ATCGCCCTGG CGGCCGAGGA TCCTGTTCAG CCCAACGCAC CACGAAACAA TGTGCTGCGA 3840 3841 TATTTTGACT ACGTTTTTAC AGGCGTCTTT ACCTTTGAGA TGGTGATCAA GATGATCGAC 3900 3901 CTGGGGCTCG TCCTGCACCA GGGTGCCTAC TTCCGTGACC TCTGGAACAT TCTCGACTTC 3960 3961 ATAGTGGTCA GTGGGGCCCT GGTGGCCTTT GCCTTCACTG GCAATAGCAA AGGAAAGGAC 4020 4021 ATCAACACGA TTAAATCCCT CCGAGTCCTC CGGGTGCTAC GACCTCTTAA AACCATCAAG 4080 4081 CGGTTGCCAA AGCTCAAGGC CGTGTTTGAC TGCGTGGTGA ACTCTCTCAA GAATGTCTTC 4140 4141 AACATCCTCA TCGTCTACAT GCTGTTCATG TTCATCTTCG CCGTGGTGGC CGTGCAGCTC 4200 4201 TTCAAGGGCA AGTTTTTCCA CTGCACAGAT GAGTCCAAGG AGTTTGAGAA AGATTGCCGC 4260 4261 GGCAAGTACC TCCTCTATGA GAAGAATGAG GTAAAGGCGA GGGATCGAGA GTGGAAGAAG 4320 4321 TATGAGTTCC ATTATGACAA TGTGCTGTGG GCGCTGCTGA CCCTCTTCAC CGTGTCCACG 4380 4381 GGAGAAGGCT GGCCACAGGT CCTCAAGCAC TCCGTGGACG CCACCTTCGA GAACCAGGGC 4440 4441 CCCAGCCCCG GGTACCGCAT GGAGATGTCC ATCTTCTACG TCGTCTACTT TGTGGTGTTC 4500 4501 CCCTTCTTCT TTGTCAACAT CTTTGTGGCC TTGATCATCA TCACCTTCCA GGAGCAGGGG 4560 4561 GACAAGATGA TGGAGGAGTA CAGCCTGGAG AAAAATGAGA GGGCGTGCAT CGACTTCGCC 4620 4621 ATCAGCGCCA AACCCCTGAC CCGGCACATG CCGCAGAACA AGCAGAGTTT CCAGTACCGC 4680 4681 ATGTGGCAGT TCGTGGTGTC CCCGCCTTTC GAGTACACCA TCATGGCCAT GATCGCCCTC 4740 4741 AACACCATCG TGCTCATGAT GAAGTTCTAC GGGGCCTCTG TTGCTTATGA GAATGCTCTG 4800 4801 AGAGTATTCA ACATCGTCTT CACCTCCCTC TTCTCACTGG AATGTGTGCT GAAAGTCATG 4860 4861 GCTTTTGGGA TTCTGAATTA TTTTCGCGAT GCCTGGAACA TCTTCGACTT TGTGACTGTT 4920 4921 CTGGGCAGCA TCACCGACAT CCTCGTGACC GAGTTTGGGA ATAACTTCAT CAACTTGAGC 4980 4981 TTCCTCCGCC TCTTCCGAGC TGCCCGGCTC ATCAAACTCC TCCGTCAGGG TTACACCATC 5040 5041 CGAATTCTTC TCTGGACCTT TGTGCAGTCC TTCAAGGCCC TGCCCTATGT CTGTCTACTG 5100 5101 ATTGCCATGC TTTTTTTCAT CTACGCCATC ATTGGGATGC AGGTGTTTGG CAACATTGGC 5160 5161 ATCGATGTGG AGGACGAGGA CAGTGATGAA GATGAATTCC AAATCACTGA GCACAATAAC 5220 5221 TTCCGCACCT TCTTCCAGGC CCTCATGCTT CTCTTCCGGA GTGCCACTGG GGAGGCTTGG 5280 5281 CACAACATCA TGCTTTCCTG CCTCAGCGGG AAACCCTGTG ATAAGAACTC TGGCATCCTG 5340 5341 ACTCACGAAT GCGGCAATGA ATTTGCTTAT TTTTACTTCG TTTCCTTCAT CTTCCTCTGC 5400 5401 TCGTTTCTGA TGCTGAATCT TTTTGTTGCC GTCATCATGG ACAACTTTGA GTACCTCACC 5460 5461 CGAGATTCCT CCATCCTGGG TCCCCACCAC CTGGATGAGT ACGTGCGTGT CTGGGCCGAG 5520 5521 TATGACCCTG CAGCGTGCGG TCGGATTCAT TATAAGGATA TGTACAGTTT ATTGCGCGTA 5580 5581 ATATCTCCCC CTCTCGGCTT AGGCAAGAAA TGTCCTCATA GGGTTGCTTG CAAGAGGCTC 5640 5641 CTGCGGATGG ATCTGCCCGT CGCTGATGAC AACACCGTCC ACTTCAACTC TACCCTCATG 5700 5701 GCTCTGATCC GCACGGCCCT GGACATCAAA ATTGCCAAAG GTGGAGCTGA CAAACAACAA 5760 5761 ATGGATGCTG AGTTGCGGAA GGAGATGATG GCCATCTGGC CCAATCTGTC CCAGAAGACG 5820 5821 CTGGACCTGC TGGTCACCCC CCACAAGTCC ACGGACCTGA CAGTGGGGAA GATCTATGCG 5880 5881 GCCATGATGA TCATGGAGTA TTACCGGCAG AGCAAGGCCA AGAAGCTTCA GGCCATGCGC 5940 5941 GAGGAACAGA ACCGGACACC TCTCATGTTC CAGCGCATGG AGCCCCCATC GCCAACACAG 6000 6001 GAGGGGGGGC CTGGCCAGAA CGCCCTCCCC TCCACCCAGC TGGACCCAGG AGGAGGCTTG 6060 6061 ATGGCTCACG AAAGTGGCAT GAAAGAGAGC CCATCCTGGG TGACCCAGCG GGCCCAGGAG 6120 6121 ATGTTCCAGA AGACGGGCAC ATGGAGCCCA GAGCGGGGCC CCCCCACTGA TATGCCTAAT 6180 6181 AGCCAACCCA ACTCTCAGTC TGTGGAGATG CGAGAGATGG GCAGAGACGG CTACTCTGAC 6240 6241 AGTGAGCACT ACTTCCCCGT TGAAGGCCAG GCCCGGGCCG CCTCCATGCC CCGCCTGCCT 6300 6301 GCCGAGAACC AGCAGCCCAG GGACCCAGGG CAGGGGGGGA CTTCTGCACC CTTGGCTGCA 6360 6361 GCGGGCAGGG TCCACACCTC TGGAACCCTC AGAGGCCCCA ATCCTCGGAT GCTGAGGCCG 6420 6421 GAGGATATGG AGGACACATA TCGGAATAGC CATGCACGCA CGCACACACG CATGCGCACA 6480 6481 GAGGCGCATG CACACAGGGA TGGGGAACTT GGCAGGTCCC AGGACCTGGT AGCATGTCTG 6540 6541 GGGTGGGGCC TGGGAGTCGT TTGTCTGGTC TCTGTGAGAG CCGCTGGGGA GAAGCAGAGG 6600 6601 AGAAGGGGCC GGCCACACCA CACCCCTGCC CCCCACCCCG TGGAGCCCCA TCCTCATCAC 6660 6661 CACCACCACC ATCCCCCGCC CCCTGACAAG GAGCGCTACA CCCAGGAGCG GCCTGAGCAC 6720 6721 GGCCGGCCCC GGGCCCGTGA CCAGCGCTGG TCCCGCTCAC CCAGTGAGGG CCGGGAGCAC 6780 6781 ATGGCCCACC GTCAGTCCCC CTCCTCCTTG TCCCCTCCTC CTCCTCCTCC CACCTGTGGA 6840 6841 TCATCTACCC AACAGCAGCT TCACAACCCT CTTCCATCTG CTCCAACATA CACCTCACAC 6900 6901 CCTCACCCAC AATATTCCCC CGTGATCCGT AAGGCCGGCG GCTCGGGTCC CCAGCAGCAG 6960 6961 CAGCAGCCCG CGGCGCGGCC GGGCCGAACG GCCCCCAGCG GCCCGCGGAG GTACCCGGGC 7020 7021 CCCGTGGCCG AGCCCCTGGC CGGGGAGCGG CCTCCCACGG GAGGCCACGG AAGCAGCCGC 7080 7081 TCGCCCGCGA TGGAGCGGCG GATCCCGGGC CCGGCCCGGA GCGAGTCCCC CAGGGCGCCG 7140 7141 TGTCGCCACG GCGGGGCGCG ATGGCCGGCG TCCGGCGCGC ACGCGGCCGA GGGCCCCCCG 7200 7201 GGCCCCCGGC ACCACCACGG TTACTACCGG GGCTCCGACT ACGACGAGCC AGACGGCCCG 7260 7261 GGCGGCGGCG GCGGGGAGGA GGAGGAGCCC CGGGCCGCCG CCTACGACGC GCCGCCCCCC 7320 7321 GCGCGCCACG GGTGCTCGCC CAGGACTCCC CGGGCCGCGG GCCCGGCCTG CGCCTCGCCT 7380 7381 TCCAGGCACG GCCGGCGACT CCCGAACGGC TACTACCCGG CCCACGGACT GGCCAGGCCC 7440 7441 CGCGGGCCGG GCTCCCGGAA AGGCCTGCAC GAAGCCTACA GCGAGACCGA CGACGATGAC 7500 7501 TGGTGCTAA 7509 |
▼ KEYWORD
▼ GENE ONTOLOGY
ID | Classification | Description |
Cellular Component | Dendrite | |
Cellular Component | Glutamatergic synapse | |
Cellular Component | Neuronal cell body | |
Cellular Component | Presynapse | |
Cellular Component | Voltage-gated calcium channel complex | |
Molecular Function | High voltage-gated calcium channel activity | |
Molecular Function | Voltage-gated calcium channel activity | |
Molecular Function | Voltage-gated calcium channel activity involved in regulation of presynaptic cytosolic calcium levels | |
Biological Process | Adult walking behavior | |
Biological Process | Behavioral response to pain | |
Biological Process | Calcium ion import | |
Biological Process | Calcium ion transport | |
Biological Process | Calcium ion-regulated exocytosis of neurotransmitter | |
Biological Process | Cellular chloride ion homeostasis | |
Biological Process | Cerebellar molecular layer development | |
Biological Process | Cerebellar Purkinje cell differentiation | |
Biological Process | Cerebellum maturation | |
Biological Process | Chemical synaptic transmission | |
Biological Process | Dendrite morphogenesis | |
Biological Process | Gamma-aminobutyric acid secretion | |
Biological Process | Gamma-aminobutyric acid signaling pathway | |
Biological Process | Glucose homeostasis | |
Biological Process | Membrane depolarization | |
Biological Process | Musculoskeletal movement, spinal reflex action | |
Biological Process | Negative regulation of hormone biosynthetic process | |
Biological Process | Negative regulation of neuron apoptotic process | |
Biological Process | Neuromuscular process controlling balance | |
Biological Process | Neuromuscular synaptic transmission | |
Biological Process | Neuron-neuron synaptic transmission | |
Biological Process | Positive regulation of cytosolic calcium ion concentration | |
Biological Process | Receptor clustering | |
Biological Process | Regulation of acetylcholine secretion, neurotransmission | |
Biological Process | Regulation of axonogenesis | |
Biological Process | Regulation of calcium ion-dependent exocytosis | |
Biological Process | Regulation of ion transmembrane transport | |
Biological Process | Regulation of sulfur amino acid metabolic process | |
Biological Process | Rhythmic synaptic transmission | |
Biological Process | Spinal cord motor neuron differentiation | |
Biological Process | Synapse assembly | |
Biological Process | Synaptic transmission, glutamatergic | |
Biological Process | Transmission of nerve impulse | |
Biological Process | Vestibular nucleus development |
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Hos-a619 | Homo sapiens | 0.0 | 4960 | undefined |
| LLPS-Mum-a614 | Mus musculus | 0.0 | 3942 | undefined |