DrLLPS - Data resource of LLPS


Status:	Unreviewed
Protein Name:	Sodium bicarbonate cotransporter 3; Electroneutral sodium bicarbonate cotransporter 1; NBC-like protein; Solute carrier family 4 member 7
Gene Name:	Slc4a7, Nbc, Nbc2, Nbc3, Nbcn1
Ensembl Gene:	ENSRNOG00000005957.7
Ensembl Protein:	ENSRNOP00000063542.3
Organism:	Rattus norvegicus
Taxa ID:	10116
LLPS Type:	Client

Condensate	Evidence	Orthologs
Postsynaptic density	Predicted from orthologs	(View)

Condensate

Evidence

Orthologs

Postsynaptic density

Predicted from orthologs

(View)

Organism	DrLLPS ID	UniProt ID	LLPS type	Condensate	Identity	E-value	Score
Mus musculus	LLPS-Mum-a047		Client	Postsynaptic density	97.95	0.0	1767

Database	Nucleotide ID	Protein ID
Ensembl	ENSRNOT00000068171.3	ENSRNOP00000063542.3
Ensembl	ENSRNOT00000049771.4	ENSRNOP00000047758.4
Ensembl	ENSRNOT00000008759.7	ENSRNOP00000008759.6
UniProt		Q9R1N3, S4A7_RAT, Q9QYD5, Q9R1L1
GeneBank	AF080106, AF070475, AF069511	AAF14345.1, AAD46389.1, AAD47142.1
RefSeq	NM_001270861.1, NM_058211.2	NP_001257790.1, NP_478118.1
Entrez	117955

Database

Nucleotide ID

Protein ID

Ensembl

Ensembl

Ensembl

UniProt

Q9R1N3, S4A7_RAT, Q9QYD5, Q9R1L1

GeneBank

AF080106, AF070475, AF069511

AAF14345.1, AAD46389.1, AAD47142.1

RefSeq

NM_001270861.1, NM_058211.2

NP_001257790.1, NP_478118.1

Entrez

117955

Protein Sequence (FASTA)
1 MEADGAGEQM RPLLTRGPDE EAVVDLGKTS STVNTKFEKE ELESHRAVYV GVHVPFSKES 60 61 RRRHRHRGHK HHHRRRKDKD SDKEDGRESP SYDTPSQRVQ FILGTEDDDE EHIPHDLFTE 120 121 MDELCYRDGE EYEWKETARW LKFEEDVEDG GDRWSKPYVA TLSLHSLFEL RSCILNGTVM 180 181 LDMRASTLDE IADMVLDNMI ASGQLDDSIR ENVREALLKR HHHQNEKRFT SRIPLVRSFA 240 241 DIGKKHSDPH LLERNGEGLS ASRHSLRTGL SASNLSLRGE SPLSLLLSHL LPSSRAGTPA 300 301 GSRCTTPVPT PQNSPPSSPS LSRLTSRSSQ QTQPQAPEVL VSPDRDDIPR VVIHPPEEDI 360 361 EALKGQEQKN EENTDFTPGI LASPQSAPGN LDSSKSGEVK GNGSGGSREN STVDFSKVDM 420 421 NFMRKIPTGA EASNVLVGEV DFLERPIIAF VRLAPAVLLS GLTEVPVPTR FLFLLLGPAG 480 481 KAPQYHEIGR SIATLMTDEI FHDVAYKAKD RNDLLSGIDE FLDQVTVLPP GEWDPSIRIE 540 541 PPKSVPSQEK RKIPAFPNGS APVSADPPKE ADHHAGPELQ RTGRLFGGLI LDIKRKAPFF 600 601 LSDFKDALSL QCLASILFLY CACMSPVITF GGLLGEATEG RISAIESLFG ASLTGIAYSL 660 661 FAGQPLTILG STGPVLVFEK ILFKFCRDYH LSYLSLRTSI GLWTSFLCIV LVATDASSLV 720 721 CYITRFTEEA FAALICIIFI YEALEKLFHL GEIYAFNMHN NLDALTSYTC VCAEPSNPSN 780 781 ETVELWERKN VTAASISWAN LTVSECKTFH GMFVGSACGP HGPYVPDVLF WCVVLFFTTF 840 841 FLSSFLKQFK TKRYFPTKVR STISDFAVFL TIVIMVAIDY LVGIPSPKLH VPEKFEPTDP 900 901 SRGWIISPLG DNPWWTLLIA AVPALLCTIL IFMDQQITAV IINRKEHKLK KGAGYHLDLL 960 961 MVAVMLGVCS IMGLPWFVAA TVLSISHVNS LKVESECSAP GEQPKFLGIR EQRVTGLMIF 1020 1021 ILMGLSVFMT SVLKFIPMPV LYGVFLYMGV SSLKGIQFFD RIKLFGMPAK HQPDLIYLRY 1080 1081 VPLWKVHVFT VVQLTCLVLL WVIKASAAAV VFPMMVLALV FVRKLMDLCF TKRELSWLDD 1140 1141 LMPESKKKKE DDKKKKEKEE AERMLQGDGD TVHLPFERGS LLQIPVKTLK YSIDPSVVNI 1200 1201 SDEMAKTAQW KALSMNTENA KVTRPNMSPE KPVSVTINFE DEPSKKYMDA ETSL 1254
Nucleotide CDS Sequence (FASTA)
1 ATGAGACCGC TACTCACGCG GGGTCCCGAT GAAGAAGCTG TTGTGGATCT TGGCAAAACT 60 61 AGCTCAACCG TGAACACCAA GTTTGAAAAA GAAGAATTAG AGAGTCATCG AGCTGTATAT 120 121 GTTGGTGTTC ATGTACCGTT TAGTAAAGAG AGTCGTCGGC GTCACAGGCA TCGAGGGCAC 180 181 AAACATCACC ACCGGAGAAG AAAAGACAAA GACTCAGATA AGGAAGATGG ACGGGAGTCT 240 241 CCTTCTTATG ACACGCCATC GCAGAGGGTG CAGTTCATCC TTGGGACTGA AGACGATGAT 300 301 GAGGAGCACA TTCCCCACGA CCTCTTCACG GAGATGGACG AGCTCTGCTA CCGAGACGGG 360 361 GAAGAGTACG AGTGGAAAGA GACAGCCAGG TGGCTGAAGT TCGAAGAGGA TGTTGAGGAT 420 421 GGTGGTGACC GATGGAGTAA ACCGTATGTG GCCACTCTGT CTTTGCACAG TCTCTTTGAG 480 481 CTGAGGAGTT GTATCCTAAA TGGAACAGTC ATGCTGGATA TGAGAGCAAG CACTCTGGAT 540 541 GAAATAGCAG ATATGGTGTT AGACAACATG ATAGCGTCTG GCCAGCTAGA TGACTCCATA 600 601 AGGGAGAATG TTCGAGAAGC TCTTCTGAAG AGACATCATC ATCAAAATGA GAAAAGGTTT 660 661 ACAAGTCGGA TTCCCCTCGT TCGATCCTTT GCAGATATAG GCAAGAAACA TTCTGACCCT 720 721 CACTTGCTTG AAAGGAATGG GGAAGGCCTG TCAGCCTCCC GCCATTCTTT GCGAACAGGT 780 781 CTGTCTGCCT CAAACCTTTC CTTGAGAGGA GAATCGCCTT TATCCCTTCT TCTCAGTCAT 840 841 CTTCTTCCTT CTTCAAGAGC TGGCACCCCT GCAGGCTCAA GGTGTACCAC CCCAGTACCC 900 901 ACCCCCCAGA ACAGTCCTCC TTCCAGCCCC AGCTTAAGTC GCCTGACCTC CAGAAGTTCC 960 961 CAACAGACTC AGCCTCAGGC CCCAGAAGTA CTGGTGTCAC CTGACAGGGA TGATATTCCC 1020 1021 AGAGTAGTAA TTCATCCGCC TGAGGAAGAC ATAGAAGCAC TGAAAGGCCA AGAGCAGAAG 1080 1081 AATGAGGAAA ATACTGACTT CACTCCAGGG ATTTTGGCTT CTCCACAGTC TGCTCCTGGA 1140 1141 AACCTGGACA GTAGTAAAAG TGGTGAAGTG AAAGGTAACG GAAGTGGAGG AAGCAGAGAA 1200 1201 AATAGTACTG TTGACTTTAG CAAGGTTGAC ATGAATTTCA TGAGGAAAAT TCCTACAGGA 1260 1261 GCTGAGGCAT CCAATGTTTT GGTAGGAGAG GTGGATTTCT TGGAGAGACC TATCATTGCA 1320 1321 TTTGTGAGAC TGGCTCCTGC AGTTCTCCTC TCAGGGTTGA CTGAGGTCCC TGTGCCCACT 1380 1381 AGGTTTTTGT TTCTGTTACT GGGCCCAGCA GGAAAGGCTC CACAGTACCA TGAAATTGGC 1440 1441 AGATCCATAG CAACTCTAAT GACAGATGAG ATTTTTCATG ATGTAGCTTA TAAAGCAAAA 1500 1501 GATCGAAATG ACCTCTTATC TGGAATTGAT GAATTTTTAG ATCAAGTAAC TGTTCTTCCT 1560 1561 CCAGGAGAGT GGGATCCTTC CATACGCATA GAGCCACCAA AAAGTGTTCC TTCTCAGGAG 1620 1621 AAAAGGAAGA TTCCTGCGTT TCCCAATGGA TCTGCTCCAG TGTCTGCTGA CCCTCCTAAG 1680 1681 GAGGCTGATC ACCACGCTGG GCCTGAGCTG CAGAGGACTG GACGGCTTTT TGGTGGTTTG 1740 1741 ATACTTGACA TCAAAAGGAA AGCACCTTTT TTCTTGAGTG ACTTCAAGGA TGCATTAAGT 1800 1801 CTGCAGTGCC TGGCCTCGAT TCTTTTCCTA TACTGTGCCT GTATGTCTCC TGTAATCACT 1860 1861 TTTGGAGGGC TGCTTGGAGA AGCTACAGAA GGCAGAATAA GTGCAATAGA GTCTCTTTTT 1920 1921 GGAGCATCAT TAACTGGGAT TGCCTATTCA TTGTTTGCTG GGCAACCTCT AACAATACTG 1980 1981 GGGAGCACGG GTCCAGTCCT AGTGTTTGAA AAAATTTTAT TTAAATTCTG TAGAGATTAT 2040 2041 CACCTATCCT ATCTATCATT AAGAACCAGT ATTGGTCTGT GGACTTCTTT CTTGTGCATT 2100 2101 GTGTTGGTCG CAACAGATGC CAGCAGCCTT GTTTGTTACA TTACTCGGTT CACAGAAGAA 2160 2161 GCTTTCGCCG CACTCATTTG TATCATCTTC ATCTATGAAG CCTTGGAGAA ACTCTTTCAC 2220 2221 TTAGGAGAAA TATATGCATT TAACATGCAC AACAACTTGG ATGCATTGAC CAGTTACACA 2280 2281 TGTGTATGTG CTGAGCCATC TAATCCTAGC AACGAAACTG TAGAGCTGTG GGAGAGGAAG 2340 2341 AACGTGACAG CAGCCAGTAT TTCCTGGGCA AACCTTACCG TGTCTGAGTG TAAGACCTTC 2400 2401 CACGGTATGT TTGTGGGATC AGCTTGTGGG CCTCACGGGC CTTATGTTCC CGATGTGCTC 2460 2461 TTCTGGTGTG TCGTCTTGTT TTTCACAACG TTCTTTCTGT CTTCATTCCT CAAGCAGTTT 2520 2521 AAGACCAAGA GATATTTTCC TACTAAGGTG CGATCAACAA TCAGTGACTT TGCTGTATTT 2580 2581 CTCACAATAG TAATAATGGT TGCAATTGAC TACCTTGTAG GAATTCCATC TCCTAAACTT 2640 2641 CATGTTCCTG AAAAGTTTGA GCCTACTGAT CCAAGCAGGG GCTGGATCAT AAGCCCTTTG 2700 2701 GGAGATAACC CTTGGTGGAC CTTACTAATT GCAGCTGTTC CAGCTCTCCT TTGTACCATT 2760 2761 CTCATCTTCA TGGACCAGCA GATCACAGCT GTGATCATCA ACAGGAAAGA ACACAAACTG 2820 2821 AAGAAAGGAG CTGGCTATCA CCTGGACTTG CTCATGGTTG CTGTCATGTT GGGAGTCTGC 2880 2881 TCCATCATGG GCCTGCCGTG GTTTGTGGCT GCAACAGTGT TGTCTATAAG TCATGTCAAC 2940 2941 AGCTTAAAAG TAGAGTCTGA ATGTTCTGCT CCAGGGGAAC AGCCCAAGTT CCTCGGAATT 3000 3001 CGTGAACAGC GGGTTACAGG GCTGATGATT TTTATCCTGA TGGGCCTCTC TGTGTTCATG 3060 3061 ACTTCAGTAT TAAAGTTTAT TCCGATGCCA GTTCTATATG GTGTTTTCCT TTATATGGGA 3120 3121 GTTTCTTCTC TGAAAGGAAT TCAGTTTTTT GACCGTATCA AATTATTTGG AATGCCTGCC 3180 3181 AAGCACCAGC CGGACCTGAT CTACCTCCGC TATGTCCCTC TCTGGAAGGT GCACGTGTTC 3240 3241 ACGGTCGTCC AGCTGACCTG CCTGGTTCTG CTCTGGGTGA TCAAAGCCTC TGCTGCTGCA 3300 3301 GTAGTTTTTC CCATGATGGT TCTTGCATTA GTCTTTGTGC GCAAGCTCAT GGATCTGTGC 3360 3361 TTCACAAAGA GAGAACTCAG TTGGCTTGAT GACCTCATGC CAGAAAGTAA GAAAAAGAAA 3420 3421 GAAGATGACA AGAAGAAGAA GGAGAAGGAG GAAGCTGAGC GGATGCTTCA GGGTGACGGG 3480 3481 GATACTGTGC ACCTCCCATT CGAAAGGGGG AGTCTCCTAC AAATTCCAGT TAAGACCCTA 3540 3541 AAATATAGTA TTGACCCTTC AGTTGTTAAC ATATCAGATG AAATGGCCAA AACTGCCCAG 3600 3601 TGGAAGGCAC TTTCCATGAA TACTGAGAAT GCCAAAGTAA CCAGACCTAA CATGAGCCCT 3660 3661 GAAAAGCCTG TGAGTGTGAC AATAAATTTC GAAGATGAAC CATCAAAAAA ATACATGGAT 3720 3721 GCTGAAACTT CATTGTAA 3738

Protein Sequence (FASTA)

1     MEADGAGEQM  RPLLTRGPDE  EAVVDLGKTS  STVNTKFEKE  ELESHRAVYV  GVHVPFSKES  60
61    RRRHRHRGHK  HHHRRRKDKD  SDKEDGRESP  SYDTPSQRVQ  FILGTEDDDE  EHIPHDLFTE  120
121   MDELCYRDGE  EYEWKETARW  LKFEEDVEDG  GDRWSKPYVA  TLSLHSLFEL  RSCILNGTVM  180
181   LDMRASTLDE  IADMVLDNMI  ASGQLDDSIR  ENVREALLKR  HHHQNEKRFT  SRIPLVRSFA  240
241   DIGKKHSDPH  LLERNGEGLS  ASRHSLRTGL  SASNLSLRGE  SPLSLLLSHL  LPSSRAGTPA  300
301   GSRCTTPVPT  PQNSPPSSPS  LSRLTSRSSQ  QTQPQAPEVL  VSPDRDDIPR  VVIHPPEEDI  360
361   EALKGQEQKN  EENTDFTPGI  LASPQSAPGN  LDSSKSGEVK  GNGSGGSREN  STVDFSKVDM  420
421   NFMRKIPTGA  EASNVLVGEV  DFLERPIIAF  VRLAPAVLLS  GLTEVPVPTR  FLFLLLGPAG  480
481   KAPQYHEIGR  SIATLMTDEI  FHDVAYKAKD  RNDLLSGIDE  FLDQVTVLPP  GEWDPSIRIE  540
541   PPKSVPSQEK  RKIPAFPNGS  APVSADPPKE  ADHHAGPELQ  RTGRLFGGLI  LDIKRKAPFF  600
601   LSDFKDALSL  QCLASILFLY  CACMSPVITF  GGLLGEATEG  RISAIESLFG  ASLTGIAYSL  660
661   FAGQPLTILG  STGPVLVFEK  ILFKFCRDYH  LSYLSLRTSI  GLWTSFLCIV  LVATDASSLV  720
721   CYITRFTEEA  FAALICIIFI  YEALEKLFHL  GEIYAFNMHN  NLDALTSYTC  VCAEPSNPSN  780
781   ETVELWERKN  VTAASISWAN  LTVSECKTFH  GMFVGSACGP  HGPYVPDVLF  WCVVLFFTTF  840
841   FLSSFLKQFK  TKRYFPTKVR  STISDFAVFL  TIVIMVAIDY  LVGIPSPKLH  VPEKFEPTDP  900
901   SRGWIISPLG  DNPWWTLLIA  AVPALLCTIL  IFMDQQITAV  IINRKEHKLK  KGAGYHLDLL  960
961   MVAVMLGVCS  IMGLPWFVAA  TVLSISHVNS  LKVESECSAP  GEQPKFLGIR  EQRVTGLMIF  1020
1021  ILMGLSVFMT  SVLKFIPMPV  LYGVFLYMGV  SSLKGIQFFD  RIKLFGMPAK  HQPDLIYLRY  1080
1081  VPLWKVHVFT  VVQLTCLVLL  WVIKASAAAV  VFPMMVLALV  FVRKLMDLCF  TKRELSWLDD  1140
1141  LMPESKKKKE  DDKKKKEKEE  AERMLQGDGD  TVHLPFERGS  LLQIPVKTLK  YSIDPSVVNI  1200
1201  SDEMAKTAQW  KALSMNTENA  KVTRPNMSPE  KPVSVTINFE  DEPSKKYMDA  ETSL  1254

Nucleotide CDS Sequence (FASTA)

1     ATGAGACCGC  TACTCACGCG  GGGTCCCGAT  GAAGAAGCTG  TTGTGGATCT  TGGCAAAACT  60
61    AGCTCAACCG  TGAACACCAA  GTTTGAAAAA  GAAGAATTAG  AGAGTCATCG  AGCTGTATAT  120
121   GTTGGTGTTC  ATGTACCGTT  TAGTAAAGAG  AGTCGTCGGC  GTCACAGGCA  TCGAGGGCAC  180
181   AAACATCACC  ACCGGAGAAG  AAAAGACAAA  GACTCAGATA  AGGAAGATGG  ACGGGAGTCT  240
241   CCTTCTTATG  ACACGCCATC  GCAGAGGGTG  CAGTTCATCC  TTGGGACTGA  AGACGATGAT  300
301   GAGGAGCACA  TTCCCCACGA  CCTCTTCACG  GAGATGGACG  AGCTCTGCTA  CCGAGACGGG  360
361   GAAGAGTACG  AGTGGAAAGA  GACAGCCAGG  TGGCTGAAGT  TCGAAGAGGA  TGTTGAGGAT  420
421   GGTGGTGACC  GATGGAGTAA  ACCGTATGTG  GCCACTCTGT  CTTTGCACAG  TCTCTTTGAG  480
481   CTGAGGAGTT  GTATCCTAAA  TGGAACAGTC  ATGCTGGATA  TGAGAGCAAG  CACTCTGGAT  540
541   GAAATAGCAG  ATATGGTGTT  AGACAACATG  ATAGCGTCTG  GCCAGCTAGA  TGACTCCATA  600
601   AGGGAGAATG  TTCGAGAAGC  TCTTCTGAAG  AGACATCATC  ATCAAAATGA  GAAAAGGTTT  660
661   ACAAGTCGGA  TTCCCCTCGT  TCGATCCTTT  GCAGATATAG  GCAAGAAACA  TTCTGACCCT  720
721   CACTTGCTTG  AAAGGAATGG  GGAAGGCCTG  TCAGCCTCCC  GCCATTCTTT  GCGAACAGGT  780
781   CTGTCTGCCT  CAAACCTTTC  CTTGAGAGGA  GAATCGCCTT  TATCCCTTCT  TCTCAGTCAT  840
841   CTTCTTCCTT  CTTCAAGAGC  TGGCACCCCT  GCAGGCTCAA  GGTGTACCAC  CCCAGTACCC  900
901   ACCCCCCAGA  ACAGTCCTCC  TTCCAGCCCC  AGCTTAAGTC  GCCTGACCTC  CAGAAGTTCC  960
961   CAACAGACTC  AGCCTCAGGC  CCCAGAAGTA  CTGGTGTCAC  CTGACAGGGA  TGATATTCCC  1020
1021  AGAGTAGTAA  TTCATCCGCC  TGAGGAAGAC  ATAGAAGCAC  TGAAAGGCCA  AGAGCAGAAG  1080
1081  AATGAGGAAA  ATACTGACTT  CACTCCAGGG  ATTTTGGCTT  CTCCACAGTC  TGCTCCTGGA  1140
1141  AACCTGGACA  GTAGTAAAAG  TGGTGAAGTG  AAAGGTAACG  GAAGTGGAGG  AAGCAGAGAA  1200
1201  AATAGTACTG  TTGACTTTAG  CAAGGTTGAC  ATGAATTTCA  TGAGGAAAAT  TCCTACAGGA  1260
1261  GCTGAGGCAT  CCAATGTTTT  GGTAGGAGAG  GTGGATTTCT  TGGAGAGACC  TATCATTGCA  1320
1321  TTTGTGAGAC  TGGCTCCTGC  AGTTCTCCTC  TCAGGGTTGA  CTGAGGTCCC  TGTGCCCACT  1380
1381  AGGTTTTTGT  TTCTGTTACT  GGGCCCAGCA  GGAAAGGCTC  CACAGTACCA  TGAAATTGGC  1440
1441  AGATCCATAG  CAACTCTAAT  GACAGATGAG  ATTTTTCATG  ATGTAGCTTA  TAAAGCAAAA  1500
1501  GATCGAAATG  ACCTCTTATC  TGGAATTGAT  GAATTTTTAG  ATCAAGTAAC  TGTTCTTCCT  1560
1561  CCAGGAGAGT  GGGATCCTTC  CATACGCATA  GAGCCACCAA  AAAGTGTTCC  TTCTCAGGAG  1620
1621  AAAAGGAAGA  TTCCTGCGTT  TCCCAATGGA  TCTGCTCCAG  TGTCTGCTGA  CCCTCCTAAG  1680
1681  GAGGCTGATC  ACCACGCTGG  GCCTGAGCTG  CAGAGGACTG  GACGGCTTTT  TGGTGGTTTG  1740
1741  ATACTTGACA  TCAAAAGGAA  AGCACCTTTT  TTCTTGAGTG  ACTTCAAGGA  TGCATTAAGT  1800
1801  CTGCAGTGCC  TGGCCTCGAT  TCTTTTCCTA  TACTGTGCCT  GTATGTCTCC  TGTAATCACT  1860
1861  TTTGGAGGGC  TGCTTGGAGA  AGCTACAGAA  GGCAGAATAA  GTGCAATAGA  GTCTCTTTTT  1920
1921  GGAGCATCAT  TAACTGGGAT  TGCCTATTCA  TTGTTTGCTG  GGCAACCTCT  AACAATACTG  1980
1981  GGGAGCACGG  GTCCAGTCCT  AGTGTTTGAA  AAAATTTTAT  TTAAATTCTG  TAGAGATTAT  2040
2041  CACCTATCCT  ATCTATCATT  AAGAACCAGT  ATTGGTCTGT  GGACTTCTTT  CTTGTGCATT  2100
2101  GTGTTGGTCG  CAACAGATGC  CAGCAGCCTT  GTTTGTTACA  TTACTCGGTT  CACAGAAGAA  2160
2161  GCTTTCGCCG  CACTCATTTG  TATCATCTTC  ATCTATGAAG  CCTTGGAGAA  ACTCTTTCAC  2220
2221  TTAGGAGAAA  TATATGCATT  TAACATGCAC  AACAACTTGG  ATGCATTGAC  CAGTTACACA  2280
2281  TGTGTATGTG  CTGAGCCATC  TAATCCTAGC  AACGAAACTG  TAGAGCTGTG  GGAGAGGAAG  2340
2341  AACGTGACAG  CAGCCAGTAT  TTCCTGGGCA  AACCTTACCG  TGTCTGAGTG  TAAGACCTTC  2400
2401  CACGGTATGT  TTGTGGGATC  AGCTTGTGGG  CCTCACGGGC  CTTATGTTCC  CGATGTGCTC  2460
2461  TTCTGGTGTG  TCGTCTTGTT  TTTCACAACG  TTCTTTCTGT  CTTCATTCCT  CAAGCAGTTT  2520
2521  AAGACCAAGA  GATATTTTCC  TACTAAGGTG  CGATCAACAA  TCAGTGACTT  TGCTGTATTT  2580
2581  CTCACAATAG  TAATAATGGT  TGCAATTGAC  TACCTTGTAG  GAATTCCATC  TCCTAAACTT  2640
2641  CATGTTCCTG  AAAAGTTTGA  GCCTACTGAT  CCAAGCAGGG  GCTGGATCAT  AAGCCCTTTG  2700
2701  GGAGATAACC  CTTGGTGGAC  CTTACTAATT  GCAGCTGTTC  CAGCTCTCCT  TTGTACCATT  2760
2761  CTCATCTTCA  TGGACCAGCA  GATCACAGCT  GTGATCATCA  ACAGGAAAGA  ACACAAACTG  2820
2821  AAGAAAGGAG  CTGGCTATCA  CCTGGACTTG  CTCATGGTTG  CTGTCATGTT  GGGAGTCTGC  2880
2881  TCCATCATGG  GCCTGCCGTG  GTTTGTGGCT  GCAACAGTGT  TGTCTATAAG  TCATGTCAAC  2940
2941  AGCTTAAAAG  TAGAGTCTGA  ATGTTCTGCT  CCAGGGGAAC  AGCCCAAGTT  CCTCGGAATT  3000
3001  CGTGAACAGC  GGGTTACAGG  GCTGATGATT  TTTATCCTGA  TGGGCCTCTC  TGTGTTCATG  3060
3061  ACTTCAGTAT  TAAAGTTTAT  TCCGATGCCA  GTTCTATATG  GTGTTTTCCT  TTATATGGGA  3120
3121  GTTTCTTCTC  TGAAAGGAAT  TCAGTTTTTT  GACCGTATCA  AATTATTTGG  AATGCCTGCC  3180
3181  AAGCACCAGC  CGGACCTGAT  CTACCTCCGC  TATGTCCCTC  TCTGGAAGGT  GCACGTGTTC  3240
3241  ACGGTCGTCC  AGCTGACCTG  CCTGGTTCTG  CTCTGGGTGA  TCAAAGCCTC  TGCTGCTGCA  3300
3301  GTAGTTTTTC  CCATGATGGT  TCTTGCATTA  GTCTTTGTGC  GCAAGCTCAT  GGATCTGTGC  3360
3361  TTCACAAAGA  GAGAACTCAG  TTGGCTTGAT  GACCTCATGC  CAGAAAGTAA  GAAAAAGAAA  3420
3421  GAAGATGACA  AGAAGAAGAA  GGAGAAGGAG  GAAGCTGAGC  GGATGCTTCA  GGGTGACGGG  3480
3481  GATACTGTGC  ACCTCCCATT  CGAAAGGGGG  AGTCTCCTAC  AAATTCCAGT  TAAGACCCTA  3540
3541  AAATATAGTA  TTGACCCTTC  AGTTGTTAAC  ATATCAGATG  AAATGGCCAA  AACTGCCCAG  3600
3601  TGGAAGGCAC  TTTCCATGAA  TACTGAGAAT  GCCAAAGTAA  CCAGACCTAA  CATGAGCCCT  3660
3661  GAAAAGCCTG  TGAGTGTGAC  AATAAATTTC  GAAGATGAAC  CATCAAAAAA  ATACATGGAT  3720
3721  GCTGAAACTT  CATTGTAA  3738

Nucleotide Sequence

>LLPS-Ran-a048|ENSRNOG00000005957.7
ATGAGACCGCTACTCACGCGGGGTCCCGATGAAGAAGCTGTTGTGGATCTTGGCAAAACTAGCTCAACCGTGAACACCAAGTTTGAAAAAGAAGAATTAGAGAGTCATCGAGCTGTATATGTTGGTGTTCATGTACCGTTTAGTAAAGAGAGTCGTCGGCGTCACAGGCATCGAGGGCACAAACATCACCACCGGAGAAGAAAAGACAAAGACTCAGATAAGGAAGATGGACGGGAGTCTCCTTCTTATGACACGCCATCGCAGAGGGTGCAGTTCATCCTTGGGACTGAAGACGATGATGAGGAGCACATTCCCCACGACCTCTTCACGGAGATGGACGAGCTCTGCTACCGAGACGGGGAAGAGTACGAGTGGAAAGAGACAGCCAGGTGGCTGAAGTTCGAAGAGGATGTTGAGGATGGTGGTGACCGATGGAGTAAACCGTATGTGGCCACTCTGTCTTTGCACAGTCTCTTTGAGCTGAGGAGTTGTATCCTAAATGGAACAGTCATGCTGGATATGAGAGCAAGCACTCTGGATGAAATAGCAGATATGGTGTTAGACAACATGATAGCGTCTGGCCAGCTAGATGACTCCATAAGGGAGAATGTTCGAGAAGCTCTTCTGAAGAGACATCATCATCAAAATGAGAAAAGGTTTACAAGTCGGATTCCCCTCGTTCGATCCTTTGCAGATATAGGCAAGAAACATTCTGACCCTCACTTGCTTGAAAGGAATGGGGAAGGCCTGTCAGCCTCCCGCCATTCTTTGCGAACAGGTCTGTCTGCCTCAAACCTTTCCTTGAGAGGAGAATCGCCTTTATCCCTTCTTCTCAGTCATCTTCTTCCTTCTTCAAGAGCTGGCACCCCTGCAGGCTCAAGGTGTACCACCCCAGTACCCACCCCCCAGAACAGTCCTCCTTCCAGCCCCAGCTTAAGTCGCCTGACCTCCAGAAGTTCCCAACAGACTCAGCCTCAGGCCCCAGAAGTACTGGTGTCACCTGACAGGGATGATATTCCCAGAGTAGTAATTCATCCGCCTGAGGAAGACATAGAAGCACTGAAAGGCCAAGAGCAGAAGAATGAGGAAAATACTGACTTCACTCCAGGGATTTTGGCTTCTCCACAGTCTGCTCCTGGAAACCTGGACAGTAGTAAAAGTGGTGAAGTGAAAGGTAACGGAAGTGGAGGAAGCAGAGAAAATAGTACTGTTGACTTTAGCAAGGTTGACATGAATTTCATGAGGAAAATTCCTACAGGAGCTGAGGCATCCAATGTTTTGGTAGGAGAGGTGGATTTCTTGGAGAGACCTATCATTGCATTTGTGAGACTGGCTCCTGCAGTTCTCCTCTCAGGGTTGACTGAGGTCCCTGTGCCCACTAGGTTTTTGTTTCTGTTACTGGGCCCAGCAGGAAAGGCTCCACAGTACCATGAAATTGGCAGATCCATAGCAACTCTAATGACAGATGAGATTTTTCATGATGTAGCTTATAAAGCAAAAGATCGAAATGACCTCTTATCTGGAATTGATGAATTTTTAGATCAAGTAACTGTTCTTCCTCCAGGAGAGTGGGATCCTTCCATACGCATAGAGCCACCAAAAAGTGTTCCTTCTCAGGAGAAAAGGAAGATTCCTGCGTTTCCCAATGGATCTGCTCCAGTGTCTGCTGACCCTCCTAAGGAGGCTGATCACCACGCTGGGCCTGAGCTGCAGAGGACTGGACGGCTTTTTGGTGGTTTGATACTTGACATCAAAAGGAAAGCACCTTTTTTCTTGAGTGACTTCAAGGATGCATTAAGTCTGCAGTGCCTGGCCTCGATTCTTTTCCTATACTGTGCCTGTATGTCTCCTGTAATCACTTTTGGAGGGCTGCTTGGAGAAGCTACAGAAGGCAGAATAAGTGCAATAGAGTCTCTTTTTGGAGCATCATTAACTGGGATTGCCTATTCATTGTTTGCTGGGCAACCTCTAACAATACTGGGGAGCACGGGTCCAGTCCTAGTGTTTGAAAAAATTTTATTTAAATTCTGTAGAGATTATCACCTATCCTATCTATCATTAAGAACCAGTATTGGTCTGTGGACTTCTTTCTTGTGCATTGTGTTGGTCGCAACAGATGCCAGCAGCCTTGTTTGTTACATTACTCGGTTCACAGAAGAAGCTTTCGCCGCACTCATTTGTATCATCTTCATCTATGAAGCCTTGGAGAAACTCTTTCACTTAGGAGAAATATATGCATTTAACATGCACAACAACTTGGATGCATTGACCAGTTACACATGTGTATGTGCTGAGCCATCTAATCCTAGCAACGAAACTGTAGAGCTGTGGGAGAGGAAGAACGTGACAGCAGCCAGTATTTCCTGGGCAAACCTTACCGTGTCTGAGTGTAAGACCTTCCACGGTATGTTTGTGGGATCAGCTTGTGGGCCTCACGGGCCTTATGTTCCCGATGTGCTCTTCTGGTGTGTCGTCTTGTTTTTCACAACGTTCTTTCTGTCTTCATTCCTCAAGCAGTTTAAGACCAAGAGATATTTTCCTACTAAGGTGCGATCAACAATCAGTGACTTTGCTGTATTTCTCACAATAGTAATAATGGTTGCAATTGACTACCTTGTAGGAATTCCATCTCCTAAACTTCATGTTCCTGAAAAGTTTGAGCCTACTGATCCAAGCAGGGGCTGGATCATAAGCCCTTTGGGAGATAACCCTTGGTGGACCTTACTAATTGCAGCTGTTCCAGCTCTCCTTTGTACCATTCTCATCTTCATGGACCAGCAGATCACAGCTGTGATCATCAACAGGAAAGAACACAAACTGAAGAAAGGAGCTGGCTATCACCTGGACTTGCTCATGGTTGCTGTCATGTTGGGAGTCTGCTCCATCATGGGCCTGCCGTGGTTTGTGGCTGCAACAGTGTTGTCTATAAGTCATGTCAACAGCTTAAAAGTAGAGTCTGAATGTTCTGCTCCAGGGGAACAGCCCAAGTTCCTCGGAATTCGTGAACAGCGGGTTACAGGGCTGATGATTTTTATCCTGATGGGCCTCTCTGTGTTCATGACTTCAGTATTAAAGTTTATTCCGATGCCAGTTCTATATGGTGTTTTCCTTTATATGGGAGTTTCTTCTCTGAAAGGAATTCAGTTTTTTGACCGTATCAAATTATTTGGAATGCCTGCCAAGCACCAGCCGGACCTGATCTACCTCCGCTATGTCCCTCTCTGGAAGGTGCACGTGTTCACGGTCGTCCAGCTGACCTGCCTGGTTCTGCTCTGGGTGATCAAAGCCTCTGCTGCTGCAGTAGTTTTTCCCATGATGGTTCTTGCATTAGTCTTTGTGCGCAAGCTCATGGATCTGTGCTTCACAAAGAGAGAACTCAGTTGGCTTGATGACCTCATGCCAGAAAGTAAGAAAAAGAAAGAAGATGACAAGAAGAAGAAGGAGAAGGAGGAAGCTGAGCGGATGCTTCAGGGTGACGGGGATACTGTGCACCTCCCATTCGAAAGGGGGAGTCTCCTACAAATTCCAGTTAAGACCCTAAAATATAGTATTGACCCTTCAGTTGTTAACATATCAGATGAAATGGCCAAAACTGCCCAGTGGAAGGCACTTTCCATGAATACTGAGAATGCCAAAGTAACCAGACCTAACATGAGCCCTGAAAAGCCTGTGAGTGTGACAATAAATTTCGAAGATGAACCATCAAAAAAATACATGGATGCTGAAACTTCATTGTAA

DrLLPS ID	Organism	Identity	E-value	Score
LLPS-Mum-a047	Mus musculus	0.0	1767	undefined

DrLLPS ID

Organism

Identity

E-value

Score

LLPS-Mum-a047

Mus musculus

0.0

1767

undefined

ID	Family
KW-0025	Alternative splicing
KW-1003	Cell membrane
KW-0966	Cell projection
KW-0181	Complete proteome
KW-1015	Disulfide bond
KW-0325	Glycoprotein
KW-0406	Ion transport
KW-0472	Membrane
KW-0597	Phosphoprotein
KW-1185	Reference proteome
KW-0915	Sodium
KW-0739	Sodium transport
KW-0769	Symport
KW-0812	Transmembrane
KW-1133	Transmembrane helix
KW-0813	Transport

ID	Classification	Description
GO:0016324	Cellular Component	Apical plasma membrane
GO:0016323	Cellular Component	Basolateral plasma membrane
GO:0031410	Cellular Component	Cytoplasmic vesicle
GO:0005887	Cellular Component	Integral component of plasma membrane
GO:0005886	Cellular Component	Plasma membrane
GO:0032420	Cellular Component	Stereocilium
GO:0045202	Cellular Component	Synapse
GO:0005452	Molecular Function	Inorganic anion exchanger activity
GO:0008510	Molecular Function	Sodium:bicarbonate symporter activity
GO:0060117	Biological Process	Auditory receptor cell development
GO:0015701	Biological Process	Bicarbonate transport
GO:0051453	Biological Process	Regulation of intracellular pH

Domain
SMART	Pfam	InterPro	LCR-eXXXplorer	CDD
Gene3D

PTM
EPSD	PhosphoSitePlus	dbPTM

Interaction
RAIN	Mentha	PINA	IID	MIST

Disorder
IUPred2A

Physicochemical
Compute pI/Mw	AAindex

Function
RaftProt

Localization
COMPARTMENTS

LLPS-Ran-a048Slc4a7

Protein Sequence

Nucleotide Sequence

LLPS-Ran-a048
Slc4a7