LLPS-Sah-a1031
MINK1
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Misshapen like kinase 1 |
| Gene Name: | MINK1 |
| Ensembl Gene: | ENSSHAG00000004427.1 |
| Ensembl Protein: | ENSSHAP00000005059.1 |
| Organism: | Sarcophilus harrisii |
| Taxa ID: | 9305 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSSHAT00000005109.1 | ENSSHAP00000005059.1 |
| UniProt | G3VPF4, G3VPF4_SARHA | |
| GeneBank | AEFK01165235, AEFK01165234 | |
| Entrez | 100934524 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 QDPAGIFELV EVVGNGTYGQ VYKGRHVKTG QLAAIKVMDV TEDEEEEIKQ EINMLKKYSH 60 61 HRNIATYYGA FVKKSPPGND DQLWLVMEFC GAGSVTDLVK NTKGNALKED CIAYICREIL 120 121 RGLAHLHAHK VIHRDIKGQN VLLTENAEVK LVDFGVSAQL DRTVGRRNTF IGTPYWMAPE 180 181 VIACDENPDA TYDYRSDIWS LGITAIEMAE GAPPLCDMHP MRALFLIPRN PPPKLKSKKW 240 241 SKKFIDFIDT CLIKTYLSRP PTEQLLKFPF IRDQPTERQV RIQLKDHIDR SRKKRGEKEE 300 301 TEYEYSGSEE EDDSHGEEGE PSSIMNVPGE STLRREFLRL QQENKSNSEA LKQQQQQQQQ 360 361 QLQRDPEAHI KHLLHQRQQR IEEQKEERRR VEEQQRRDRE QRKLQEKKEQ QRQDMQALRR 420 421 EEERRQAERE QEYKRKQLEE QRQSERLQRQ LQQEHAYLKS LQQQQLQKQQ QPPAPGDKKP 480 481 LYHYSRGANP ADKPAWAREV EERTRMNKQQ NSPLAKTKPN STGPDPIPPQ PPVGPSGPLS 540 541 PTPPMQRPVE PQEGPHKSLV AHRVPLKPYA APVPRSQSLQ DQPTRNLAAF PAAHDPDPTA 600 601 LPPTATSASR GAIIRQNSDP TSEAPGPTPT PPSWNRADSE APPKVPQRTS SIAIALNTSG 660 661 AGSSRPVQPV CASLPYPPAT PVLPPFTDFK ATPPSKPTCK PPSSPSTNSN PDLRRSEPGW 720 721 EHGDSLLQSH GHLPQAGSLE RNRVGASSKL DNSPILSPGN KARSDDHRSR PGRPADFVLL 780 781 KERMAEEAPR PPKKAMDYSS SSEEVESSDD DEEEEGDGDH SEESRDTPGI RSDGDTDSIS 840 841 TMVVHDIEEL SGAQTPYGGG TMVVQRTPEE ERGLLHTESN GYTNLPDVVQ PSHSPTESGK 900 901 GQGSPVKDGS SDYQSRGLVK APGKSSFTMF VDLGIYQPGG SGDTIPITAL VGREGGRLEQ 960 961 LQYEVRKGSV VNVNPTNTRP HSDTPEIRKY KKRFNSEILC AALWGVNLLV GTENGLMLLD 1020 1021 RSGQGKVYGL IGRRRFQQMD VLEGLNLLIT ISGKRNKLRV YYLSWLRNKI LHNDPEVEKK 1080 1081 QGWTTVGDME GCGHYRVVKY ERIKFLVIAL KSSVEVYAWA PKPYHKFMAF KSFADLPHRP 1140 1141 LLVDLTVEEG QRLKVIYGSS AGFHAVDVDS GNSYDIYIPV HIQSQITPHA IIFLPNAEGM 1200 1201 EMLLCYEDEG VYVNTYGRII KDVVLQWGEM PTSVAYICSN QIMGWGEKAI EIRSVETGHL 1260 1261 DGVFMHKRAQ RLKFLCERND KVFFASVRSG GSSQVYFMTL NRNCIMNW 1308 |
| Nucleotide CDS Sequence (FASTA) |
1 CAGGATCCTG CAGGAATTTT TGAGCTAGTG GAAGTGGTCG GCAATGGTAC TTATGGACAA 60 61 GTGTATAAGG GTCGACACGT GAAAACAGGG CAGCTGGCTG CCATCAAAGT TATGGATGTC 120 121 ACAGAGGATG AGGAGGAAGA GATCAAACAA GAAATCAATA TGCTGAAAAA ATATTCCCAC 180 181 CATCGCAACA TTGCAACATA CTATGGAGCC TTTGTCAAAA AAAGTCCCCC TGGAAATGAT 240 241 GACCAACTCT GGCTGGTCAT GGAGTTCTGT GGTGCTGGTT CTGTGACAGA TCTGGTGAAG 300 301 AATACTAAAG GAAATGCTCT GAAAGAAGAT TGTATCGCCT ACATTTGCAG GGAGATCCTC 360 361 AGGGGACTGG CCCACCTCCA TGCCCACAAA GTGATTCATC GAGATATCAA AGGCCAAAAT 420 421 GTGCTGTTGA CAGAGAATGC AGAAGTTAAG CTAGTGGACT TTGGGGTGAG TGCCCAGCTG 480 481 GATCGAACAG TGGGCAGGAG GAATACATTC ATTGGAACTC CCTACTGGAT GGCCCCAGAA 540 541 GTTATCGCTT GTGATGAGAA TCCTGATGCT ACCTATGACT ACAGGAGTGA CATATGGTCT 600 601 CTAGGAATCA CAGCTATTGA GATGGCAGAG GGAGCCCCCC CTCTGTGTGA TATGCACCCC 660 661 ATGCGTGCCC TCTTCCTCAT TCCTCGGAAC CCCCCGCCGA AGCTGAAGTC TAAGAAATGG 720 721 TCTAAGAAAT TCATTGACTT CATTGATACC TGTCTCATCA AAACATACCT GAGTCGCCCA 780 781 CCCACTGAGC AGCTTCTCAA ATTCCCTTTC ATCCGTGACC AACCCACAGA GCGACAGGTC 840 841 CGAATTCAGC TTAAGGACCA CATTGACCGT TCCCGAAAGA AAAGGGGTGA GAAAGAAGAG 900 901 ACAGAATATG AGTACAGTGG CAGTGAAGAG GAAGATGACA GCCATGGAGA AGAAGGAGAA 960 961 CCAAGCTCAA TCATGAATGT GCCTGGTGAA TCTACACTCC GTCGAGAATT CCTTCGTCTC 1020 1021 CAGCAGGAAA ACAAGAGCAA CTCAGAGGCC CTGAAGCAAC AGCAGCAGCA GCAACAGCAA 1080 1081 CAGCTACAGC GTGACCCAGA AGCTCACATC AAGCACCTCC TTCACCAGAG GCAACAGCGC 1140 1141 ATTGAGGAGC AAAAGGAAGA GCGACGTCGT GTTGAGGAGC AACAACGTCG AGATCGGGAG 1200 1201 CAGCGAAAGC TGCAGGAGAA GAAAGAACAG CAAAGGCAAG ACATGCAAGC TCTTCGAAGG 1260 1261 GAGGAAGAAC GTCGTCAGGC AGAGCGAGAA CAGGAATACA AGAGAAAACA ACTAGAGGAA 1320 1321 CAACGACAAT CAGAGAGACT TCAGAGACAG CTGCAGCAGG AACATGCCTA TCTCAAGTCC 1380 1381 TTGCAGCAGC AACAGCTCCA GAAGCAGCAA CAGCCACCTG CACCAGGAGA CAAAAAGCCC 1440 1441 CTGTATCACT ATAGCCGGGG TGCAAACCCT GCTGACAAGC CAGCCTGGGC CCGAGAGGTA 1500 1501 GAGGAGAGGA CAAGAATGAA CAAACAACAG AACTCACCCC TAGCCAAGAC TAAGCCAAAC 1560 1561 AGCACAGGAC CAGATCCTAT TCCCCCACAA CCCCCTGTTG GGCCTTCTGG GCCCCTTTCT 1620 1621 CCAACCCCAC CCATGCAGAG GCCAGTAGAG CCCCAGGAAG GACCACACAA GAGCCTTGTT 1680 1681 GCACATCGGG TCCCATTGAA GCCATATGCA GCACCTGTGC CCCGTTCTCA ATCCCTACAA 1740 1741 GATCAGCCTA CTAGAAACCT GGCTGCCTTC CCTGCTGCTC ATGACCCTGA CCCAACTGCC 1800 1801 CTCCCACCCA CTGCTACTTC TGCCTCTCGT GGAGCCATCA TCCGACAAAA TTCAGACCCC 1860 1861 ACTTCTGAGG CTCCTGGCCC CACACCAACA CCCCCGTCTT GGAATCGAGC AGATAGTGAG 1920 1921 GCACCACCTA AGGTACCCCA GAGGACCTCA TCCATTGCCA TTGCCCTTAA CACCAGTGGA 1980 1981 GCTGGAAGTT CCCGACCAGT ACAACCTGTC TGTGCCAGTC TCCCCTACCC CCCAGCCACT 2040 2041 CCTGTGCTCC CTCCCTTCAC AGACTTCAAA GCAACTCCAC CTAGCAAACC TACCTGCAAA 2100 2101 CCCCCCAGCT CACCCAGCAC CAATAGTAAC CCAGACCTTC GAAGGAGTGA GCCAGGCTGG 2160 2161 GAGCATGGAG ACAGCCTCCT CCAGTCCCAT GGCCACCTAC CACAAGCTGG CTCACTAGAG 2220 2221 CGCAACCGAG TAGGAGCATC CTCCAAGCTG GACAACTCTC CCATCCTGTC CCCAGGGAAC 2280 2281 AAAGCCAGAT CTGATGACCA TCGCTCTAGG CCTGGCCGGC CTGCGGATTT CGTGTTGCTA 2340 2341 AAAGAGAGAA TGGCAGAGGA GGCCCCCCGA CCTCCCAAGA AAGCTATGGA CTACTCATCA 2400 2401 TCTAGTGAGG AGGTGGAGAG CAGTGATGAT GATGAAGAGG AGGAAGGAGA TGGGGACCAT 2460 2461 TCTGAGGAAA GCAGGGACAC TCCTGGAATT CGCAGTGATG GAGACACAGA TAGTATCAGT 2520 2521 ACCATGGTTG TCCATGATAT TGAGGAATTG TCTGGGGCCC AGACCCCCTA TGGAGGAGGC 2580 2581 ACCATGGTGG TCCAACGGAC TCCTGAGGAG GAGCGAGGAT TGCTGCATAC TGAAAGCAAT 2640 2641 GGCTACACTA ACTTGCCTGA TGTGGTCCAG CCCAGCCATT CACCCACTGA GAGTGGCAAA 2700 2701 GGCCAAGGCT CCCCAGTTAA AGATGGAAGC AGTGATTACC AATCTCGTGG CCTAGTAAAG 2760 2761 GCCCCAGGCA AGAGCTCCTT CACTATGTTT GTGGATCTGG GGATTTATCA GCCGGGAGGC 2820 2821 AGTGGGGATA CTATCCCTAT AACAGCCCTG GTGGGTAGAG AGGGCGGGCG GCTGGAGCAG 2880 2881 TTGCAGTATG AGGTTCGAAA AGGCTCTGTG GTCAATGTGA ATCCCACTAA TACTCGGCCC 2940 2941 CACAGTGACA CCCCTGAAAT TCGAAAGTAT AAGAAACGAT TTAACTCAGA GATCCTCTGT 3000 3001 GCTGCCCTGT GGGGTGTGAA CTTGCTGGTA GGCACAGAGA ATGGGTTGAT GCTGCTGGAT 3060 3061 CGAAGCGGGC AGGGGAAAGT GTATGGGCTC ATTGGGCGGA GACGTTTCCA ACAGATGGAT 3120 3121 GTCCTGGAAG GGCTTAACCT GCTCATCACC ATCTCAGGGA AAAGGAATAA GCTTCGAGTT 3180 3181 TACTATCTGT CTTGGCTCCG GAACAAGATC TTACACAATG ACCCAGAGGT GGAGAAGAAA 3240 3241 CAGGGATGGA CTACTGTGGG GGACATGGAG GGCTGTGGGC ACTATCGAGT TGTGAAATAC 3300 3301 GAACGAATTA AGTTCCTGGT AATTGCCCTG AAGAGCTCAG TGGAGGTGTA TGCTTGGGCC 3360 3361 CCCAAGCCCT ACCATAAATT CATGGCTTTC AAGTCCTTTG CTGACCTCCC TCACCGGCCA 3420 3421 CTGCTGGTTG ACCTGACGGT GGAGGAGGGA CAGCGACTCA AGGTCATCTA TGGCTCTAGT 3480 3481 GCTGGCTTCC ATGCTGTTGA TGTGGACTCA GGGAACAGCT ATGATATCTA CATCCCTGTG 3540 3541 CATATCCAGA GCCAGATAAC TCCTCATGCC ATCATCTTCC TTCCAAATGC TGAAGGCATG 3600 3601 GAGATGCTTC TTTGTTATGA GGATGAGGGT GTGTATGTTA ATACCTATGG CCGGATCATC 3660 3661 AAGGATGTGG TGTTGCAGTG GGGAGAAATG CCAACCTCTG TAGCCTACAT CTGTTCCAAC 3720 3721 CAGATCATGG GCTGGGGCGA GAAAGCCATC GAGATCCGCT CCGTGGAAAC AGGGCATTTG 3780 3781 GATGGGGTCT TCATGCACAA GCGAGCACAG AGACTGAAAT TCCTGTGTGA GAGGAATGAC 3840 3841 AAGGTATTCT TTGCTTCAGT TCGGTCTGGA GGCAGCAGCC AGGTTTACTT CATGACTCTG 3900 3901 AACCGTAACT GCATCATGAA CTGGTGA 3927 |