LLPS-Mup-a702
CACNA2D1
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Gene Name: | CACNA2D1 |
| Ensembl Gene: | ENSMPUG00000018296.1 |
| Ensembl Protein: | ENSMPUP00000018178.1 |
| Organism: | Mustela putorius furo |
| Taxa ID: | 9669 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSMPUT00000018448.1 | ENSMPUP00000018178.1 |
| UniProt | M3Z3L6, M3Z3L6_MUSPF | |
| GeneBank | AEYP01005703, AEYP01005702, AEYP01005700, AEYP01005699, AEYP01005698, AEYP01005704, AEYP01005697, AEYP01005705, AEYP01005701 | |
| RefSeq | XM_004739623.1 | XP_004739680.1 |
| Entrez | 101678500 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MAAGCLLALT LTLFQSWLIG PSSEEPFPSA VTIKSWVDKM QEDLVTLAKT ASGVNQLVDI 60 61 YEKYQDLYTV EPNNARQLVE IAARDIEKLL SNRSKALVRL ALEAEKVQAA HQWREDFASN 120 121 EVVYYNAKDD LDPEKNESEP GSQRIKPVFI DDANFGRQIS YQHAAVHIPT DIYEGSTIVL 180 181 NELNWTSALD EVFKKNREED PSLLWQVFGS ATGLARYYPA SPWVDNSRTP NKIDLYDVRR 240 241 RPWYIQGAAS PKDMLILVDV SGSVSGLTLK LIRTSVSEML ETLSDDDFVN VASFNSNAQD 300 301 VSCFQHLVQA NVRNKKVLKD AVNNITAKGI TDYKKGFSFA FEQLLNYNVS RANCNKIIML 360 361 FTDGGEERAQ EIFAKYNKDK KVRVFTFSVG QHNYDRGPIQ WMACENKGYY YEIPSIGAIR 420 421 INTQEYLDVL GRPMVLAGDK AKQVQWTNVY LDALELGLVI TGTLPVFNIT GQVENKTNLK 480 481 NQLILGVMGV DVSLEDIKRL TPRFTLCPNG YYFAIDPNGY VLLHPNLQPK PIGVGIPTIN 540 541 LRKRRPNVQN PKSQEPVTLD FLDAELENDI KVEIRNKMID GESGEKTFRT LVKSQDERYI 600 601 DKGNRTYTWT PVNGTDYSLA LVLPTYSFYY IKAKIEETIT QARYSETLKP DNFEESGYTF 660 661 IAPRDYCNDL KISDNNTEFL LNFNEFIDRK TPNNPSCNTD LINRVLLDAG FTNELVQNYW 720 721 SKQKNIKGVK ARFVVTDGGI TRVYPKEAGE NWQENPETYE DSFYKRSLDN DNYVFTAPYF 780 781 NKSGPGAYES GIMVSKAVEI YIQGKLLKPA VVGIKIDVNS WIENFTKTSI RDPCAGPVCD 840 841 CKRNSDVMDC VILDDGGFLL MANHDDYTNQ IGRFFGEIDP SLMRHLVNIS VYAFNKSYDY 900 901 QSVCEPGAAP KQGAGHRSAY VPSIADILHI GWWATAAAWS ILQQFLLSLT FPRLLEAVEM 960 961 EEEDFTASLS KQSCITEQTQ YFFDNDSKSF SGVLDCGNCS RIFHVEKLMN TNLIFIMVES 1020 1021 KGTCPCDTRL LIQAEQTSDG PDPCDMVKQP RYRKGPDVCF DNNVLEDYTD CGGVSGLNPS 1080 1081 LWSIIGVQFV LLWLLSGSRH CQL 1103 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGCTGCTG GCTGCCTGCT GGCCTTGACT CTGACACTTT TCCAATCTTG GCTGATCGGC 60 61 CCCTCGTCGG AGGAGCCGTT CCCTTCGGCC GTCACCATCA AGTCATGGGT GGATAAAATG 120 121 CAGGAAGACC TGGTCACACT GGCGAAAACA GCAAGCGGAG TCAATCAGCT CGTCGATATT 180 181 TATGAAAAGT ATCAAGATTT GTATACTGTG GAGCCAAATA ATGCACGGCA GCTGGTGGAA 240 241 ATTGCAGCCA GGGATATTGA GAAACTTCTA AGCAACAGAT CTAAAGCTCT GGTGCGCTTG 300 301 GCCTTGGAAG CAGAGAAGGT TCAAGCAGCC CACCAGTGGA GAGAGGATTT TGCGAGCAAT 360 361 GAAGTTGTCT ACTACAATGC AAAGGATGAT CTTGATCCCG AAAAAAATGA GAGTGAACCA 420 421 GGCAGCCAGA GGATAAAACC TGTTTTTATT GATGATGCTA ATTTTGGACG ACAGATCTCC 480 481 TATCAGCATG CCGCAGTCCA TATTCCCACG GACATCTATG AGGGCTCGAC GATTGTGTTA 540 541 AATGAACTCA ACTGGACAAG TGCCTTAGAT GAAGTTTTCA AAAAAAATCG AGAGGAAGAT 600 601 CCTTCATTGC TGTGGCAGGT GTTTGGCAGT GCCACAGGCC TCGCCCGGTA TTACCCAGCT 660 661 TCTCCATGGG TTGATAACAG TAGAACTCCA AACAAGATTG ATCTTTATGA TGTACGCAGA 720 721 AGACCATGGT ACATCCAAGG AGCTGCATCA CCTAAGGACA TGCTTATCCT GGTTGATGTG 780 781 AGTGGAAGTG TCAGCGGATT GACACTTAAA CTGATTCGAA CATCTGTCTC CGAAATGTTG 840 841 GAAACCCTCT CAGATGACGA TTTTGTGAAT GTGGCTTCAT TTAACAGCAA TGCCCAGGAC 900 901 GTGAGCTGTT TTCAGCACCT TGTCCAAGCC AATGTGAGAA ATAAGAAAGT GCTGAAAGAT 960 961 GCAGTGAATA ATATCACAGC AAAAGGAATC ACTGACTATA AGAAAGGCTT TAGTTTTGCT 1020 1021 TTTGAACAGC TGCTTAATTA TAATGTTTCC AGAGCCAACT GCAATAAGAT TATCATGTTG 1080 1081 TTCACGGATG GAGGAGAAGA GAGAGCCCAG GAGATATTTG CCAAATACAA CAAAGACAAA 1140 1141 AAAGTGCGTG TGTTCACATT TTCAGTTGGT CAGCATAATT ATGACAGAGG ACCTATTCAG 1200 1201 TGGATGGCCT GTGAAAATAA AGGTTATTAT TATGAAATTC CTTCCATTGG AGCAATAAGA 1260 1261 ATCAATACTC AGGAATATTT GGATGTTCTG GGTAGACCAA TGGTGTTAGC AGGAGATAAG 1320 1321 GCTAAGCAAG TCCAATGGAC AAATGTATAC CTGGATGCAC TGGAACTAGG ACTTGTCATT 1380 1381 ACTGGAACTC TTCCGGTCTT CAACATAACA GGCCAAGTTG AAAATAAGAC AAACTTAAAG 1440 1441 AACCAGCTGA TTCTTGGTGT GATGGGAGTT GATGTGTCTT TGGAAGATAT TAAACGACTA 1500 1501 ACACCACGTT TTACACTGTG CCCCAATGGC TATTATTTTG CAATCGATCC TAATGGTTAT 1560 1561 GTTTTATTAC ACCCAAATCT TCAGCCAAAG CCTATTGGTG TAGGTATACC AACAATTAAT 1620 1621 TTAAGAAAAA GGAGACCCAA TGTTCAGAAC CCCAAATCTC AGGAGCCAGT AACTTTGGAT 1680 1681 TTCCTTGATG CAGAATTAGA GAATGACATT AAGGTGGAGA TTCGAAATAA AATGATCGAT 1740 1741 GGAGAGAGTG GAGAAAAAAC ATTTAGAACT CTGGTTAAAT CTCAAGATGA GAGGTACATT 1800 1801 GACAAAGGAA ACAGGACATA CACATGGACT CCTGTGAATG GAACAGATTA CAGTTTGGCC 1860 1861 TTGGTATTAC CAACCTACAG TTTTTACTAT ATAAAAGCCA AAATAGAAGA GACAATAACT 1920 1921 CAGGCCAGAT ATTCTGAAAC ACTGAAGCCG GATAATTTTG AAGAATCTGG CTACACATTC 1980 1981 ATAGCACCAA GAGATTACTG CAATGATCTT AAAATATCAG ATAACAACAC TGAATTTCTT 2040 2041 TTAAATTTCA ATGAGTTTAT TGATAGAAAG ACTCCAAACA ACCCATCCTG TAACACAGAT 2100 2101 TTGATCAATA GAGTCTTGCT GGATGCAGGC TTTACAAATG AACTTGTCCA GAATTACTGG 2160 2161 AGTAAGCAGA AAAACATCAA GGGAGTGAAA GCGCGGTTTG TTGTGACTGA TGGCGGGATT 2220 2221 ACCAGAGTTT ATCCCAAAGA GGCTGGAGAA AATTGGCAAG AAAACCCAGA AACATATGAG 2280 2281 GACAGCTTTT ATAAAAGGAG TCTCGATAAT GATAACTATG TTTTCACTGC TCCCTACTTT 2340 2341 AACAAAAGCG GACCTGGTGC TTATGAATCA GGCATTATGG TAAGCAAAGC TGTCGAAATA 2400 2401 TATATCCAAG GAAAGCTTCT TAAACCTGCA GTTGTTGGAA TTAAAATTGA CGTAAATTCT 2460 2461 TGGATAGAGA ATTTCACCAA AACATCAATC AGGGATCCGT GTGCTGGTCC AGTTTGTGAC 2520 2521 TGCAAAAGGA ACAGTGATGT AATGGATTGT GTGATTCTAG ACGATGGTGG ATTTCTTTTG 2580 2581 ATGGCAAATC ATGATGATTA TACGAACCAG ATTGGAAGAT TTTTTGGGGA GATCGATCCA 2640 2641 AGTTTGATGA GACACCTGGT TAATATATCG GTTTATGCTT TTAACAAGTC TTACGATTAT 2700 2701 CAGTCAGTGT GTGAACCCGG CGCTGCGCCC AAGCAAGGGG CAGGGCACCG CTCGGCATAC 2760 2761 GTGCCGTCGA TAGCAGACAT ACTACACATT GGCTGGTGGG CCACGGCTGC TGCCTGGTCT 2820 2821 ATTCTACAGC AGTTCCTCCT GAGTCTGACC TTTCCACGAC TTCTTGAAGC AGTGGAGATG 2880 2881 GAAGAAGAGG ACTTCACGGC TTCTCTGTCA AAGCAGAGTT GCATTACTGA ACAAACCCAG 2940 2941 TATTTCTTCG ATAATGATAG CAAATCATTC AGTGGTGTAT TAGACTGTGG AAACTGCTCC 3000 3001 AGAATCTTCC ATGTAGAAAA ACTCATGAAC ACCAACTTAA TATTCATTAT GGTTGAGAGC 3060 3061 AAAGGAACTT GTCCCTGCGA CACACGACTG CTCATACAGG CAGAGCAGAC TTCTGATGGT 3120 3121 CCAGATCCTT GCGATATGGT TAAGCAACCC AGATATCGAA AAGGGCCTGA TGTCTGCTTT 3180 3181 GATAACAATG TCTTGGAGGA TTATACTGAC TGTGGTGGTG TTTCTGGATT GAATCCCTCG 3240 3241 CTGTGGTCCA TCATCGGAGT CCAGTTTGTT CTACTTTGGC TTTTATCTGG CAGTAGACAC 3300 3301 TGCCAGTTAT GA 3312 |