Gene

KWMTBOMO01968

Pre Gene Modal

BGIBMGA005914

Annotation

PREDICTED:_sodium_leak_channel_non-selective_protein_isoform_X1_[Papilio_xuthus]

Location

Bomo_Chr4(-):8861664-8889291      View in EpiBrowser

Location in the cell

PlasmaMembrane   Reliability : 4.331

CDS

ATGTTGGGAAGGAAGCAGAGCTTGAAAGGAGAGCCTGTGCTGGCTGATTACGGACCAGAGGAATCGCTAAATGAAAGTGCTGATATCGAATGGGTTAATAAGCTATGGGTTAGAAGAATTTTGAGACTATGTGCCCTTTTGAGTTTGATGTCTGTATCTTTAAACACACCAAAATCATTTGAGAAGTATCCTTATCTTCAAACTATAACTTTTGTAGTTGATTGCTGCGTAACTCTACTTTTTACTGCTGAAATGATTGCTAAAATGCACATAAGAGGAATTCTTAAGGGGGATGTCGCATACCTAAAAGATCATTGGTGCCAATTTGATGCTTCTATGGTATTTTTTCTTTGGGTATCTGTATTGCTACAAATGTTTGAGTTAACAGGAATTGTACCTAGATACAGCTATTTAAGCATACTAAGAGCACCTAGGCCATTAATTATGATACGGTTTTTAAGAGTATTTTTGAAGTTTTCAATGCCAAAATCTAGAATAAACCAGATATTCAAGAGATCAAGTCAACAAATCTACAATGTTACACTATTCTTCTTGTTTTTTATGTCACTGTATAGTTTGCTTGGTGTTCAATTTTTTGGAGAGCTCACACATCATTGTGTTAGGAACAACACCCACCCAAGTGACATAACGATAAACTCATTAGCAATCCCAGACACGTTTTGCTCCCCTGACCCTGACTCTGGATATCAGTGCCCTTCTGGTATGAAATGTATGAAACTAAATTTATCAAAGTATATTATGGGCTTCAATGGATTCGAGGAATTTACAACAAGTTTATTTACGGTATACCAGGCGTCTTCACAAGAAGGATGGGTGTTTATAATGTATCGAGCTATAGATTCGTTGCCAACTTGGAGATCTGCCTTATACTTTAGCACGATGATATTTTTCTTGGCCTGGCTGGTAAAAAACGTGTTCATAGCTGTCATCACGGAGACCTTCAATGAGATTAGAGTTCAGTTCCAGCAGATGTGGGGCGTTCGGAATCCAATAACTAAAGGTAGCACGACTCAGTTCTTTACTGGCGACGACAACGGCTGGAAATTGGTCACTATTGATGAAAATAAACATTCAGGTACTGCACCAGATATATTTCATCGATTGTTGCGATCCGCTTACTTTCGGCTTTTGGTGATGAGCGCGGTGTTAGCAAATGGAATTATAACAGCCTCTATGCAGTTTCATCACGACGGAAACCCCAGAGAATATTTCTACCAGAAGTATTACTATATAGAAATTGCATTTACGATTTTCTTGGATTTGGAAGCTTTACTCAAGATCTGGTGTTTGGGTTTGAAAGGATATTTCAAGCATTCTGTCCACAAGTTTGAATTGCTCTTGGCTATTGGGACCACGTTGCACATTATACCCCAGCTGTACATGTCGGCTTTCACTTATTTTCAGGTTCTTCGAGTGGTACGACTAATAAAAGCATCGCCGATATTGGAAGGATTCGTGTACAAGATCTTTGGACCCGGGAAAAAACTAGGAAGCCTTATTATATTCACCATGTGCTTGCTCATCATAAGCTCATCGATTTCGATGCAGTTGTTTTGCTTTCTGTGTGAATTTACCAAATTTGAAACATTTGATGAGGCATTTATGTCAATGTTCCAAATACTCACACAAGAAGCTTGGGTTGAAGTAATGGACGAGACCATGGTTCGAACCAGTCAAACTCTTACCCCATTAGTGGCCATTTACTTCATATTATACCATCTATTCGTCACTCTGATTGTACTTTCGCTCTTCGTTGCCGTCATTTTAGACAATCTCGAGCTGGACGAGGACATAAAGAAGTTAAAACAATTAAAGTACCGACAGCAGAGCGCCGAAATCAAAGAGAGCCTGCCGTTTAGATTGAGAATATTCGAAAAGTTCCCCGACAGTCCGCAGATGACGAAGCTACACAAAGTCCCTGGGGATTTTAATTTACCAAAGGTGCGAGAGTCGTTCATGCGGCAGTTCGTGTGCGAGGTGGAGGGCGAGGAGGAGGCGGGGGGCGCGGGGCCGGGGGGCGCGGACCTGTCCCGCCGCACCTTCGAGTACATCAGCGTCGCCAAGATCGCCTTCCCGTACCGCAAGCGCTGCCTCGTCAAGACGCTGGTGGTGGCGCCGCCCTCGCAGCGACCCAGCTCGGCGCTGCGGAGACACGTCGTCACCTCCATTATAGAGGACTCCAATAATCACCGACCGCTACTGGGAGACTCTGCAATGTTAGCGACCGGAGGGAAGTCAGGTCTGAAACCTCAAGGCACTATATCCAGTGCGAAACAACTTCGCGTCGATCAAAAAAAGTTCGGCTCGCGTTCGATAAGACGGTCGGTCCGAAGCGGATCCATCAAGTTGAAGCAGACCTATGAGCATTTGTTAGAGAACGGCGACATCGGCGCCGCGTCGCGCGTCGTGCCCTCGTCGCGAGCGCGCCCGCCATACCTCGACATCCGCTTGCTGCAAGCCAAGAGGCAACAGGCCGAAATGCGACGAAATCAACGTGAAGAAGACCTCCGCGAAAATCACCCGTTGTTTGATACGCCGCTGCTAATAGTGCCTAGAGAGTCACGATTTCGAAAGATTTGTCGAGCCATTGTCGACGCACGGTATGACGCGAGACTTCGAGATCCAATTACTGGCAATGAAAGGAAAGTGCACTACAAAAGTTTTCATAATTTCCTCGGCTTAGTAACTTACATGGATTGGGTAATGATCATGGTGACGACGTTGTCGTGTTTATCTATGATGTTCGAAACACCCACGTACAGAGTCATGGAAAACTTCGTTTTACAAATTGCAGAATACGGCTTCGTGATTTTCATGAGCCTCGAATTGGCTTTGAAGATTTTGGCCGATGGATTGTTTTTCACACCCAAGGCTTACCTCAAAGATGCCGCTGCCGTGTTAGATGTCTTTATATACATTGTGTCGCTGACATTCCTGTGCTGGATGCCGCGGCGCGTGCCGCCCGGCTCGCCCGCGCAGATGCTGATGATCCTCCGCTGCGTGCGCCCGCTCCGGATCTTCACCCTCGTGCCGCACATGCGCAAGGTCGTCTACGAGCTGTGTAGAGGCTTCATGGAAATTCTACTGGTATCGACGTTATTGATCTTATTGATGTTTGTTTTTGCACTGTACGGAGTTCAAATCTACGGCGGTAGATTGGCTCGATGCAATGATCCGACTATACTCCGTCGCGAAGACTGCGTTGGAGTTTTCATGAGACGCGTGTTTGTCACCAAGATGAAACTGAAACCCGGACAAAATCAAACGTTCCCTTCGATGCTCGTGCCGAGAGTGTGGGCAAACCCCAAACGTTTTAGCTTCGATAACATCGGCGATGCTCTCCTGACACTGTTCGAAGTGCTCTCGTTCAAGGGATGGCTGGATGTTCGAGATGTACTGATAAAGGCTTTGGGTCCTGTTCACGCAATTTACATACATGTGTACATATTTCTGGGATGCATGATTGGTTTGACGTTGTTTGTCGGTGTTGTCATCGCGAATTACTCCGAGAACAAGGGAACGGCGCTGCTCACTGTCGATCAAAGGAGATGGTGTGATTTGAAGAAGAGATTGAAAATCGCGCAACCGCTACATCTCCCCCCGCGACCAAATAAAAGGAAAATAAGGGCTTTTGCCTATGACGTCACTCAAAATCTGGCTTTCAAGAGAGTGATCGCCTTCGTTGTTCTTATAAATAGTGCACTACTTGCAGTCACGTGGTCAAAATATTCCCGATACACGGAGCACTTGGCCCTAACTTCGGCTCTTCTAACATTGGTGTTCGTGGTCGAAGTTCTGCTGAAGACCATAGCGTTCACGCCCCGCGGATACTGGCAGAGTCGGCGCAACAGATACGATCTACTTGTAACCGTCGCTGGATGTATATGGATATTTATGCATTTTACGCTCAAGAACGATCTATCATATTTCGTCGGGTTCATGGTAGTGATACTCCGGTTCTTTACGATAACGGGCAAACACACCACACTCAAGATGTTGATGCTGACCGTCGGCGTCAGCGTCTGCAAGAGCTTCTTCATCATATTCGGCATGTTCTTGTTGGTGTTCTTCTATGCATTGGCCGGCACTATCGTGTTCGGAAATGTCAAATACGGTGAAGGAATTGGAAGACGCGCGAACTTCAACTCGCCGATCCACAGCGTGGCGATGCTGTTCCGCATCGTGACCGGCGAGGACTGGAACAAGATAATGCACGACTGCATGGTGGCGCCGCCCTACTGCACCCCCGCCGACAACTACTGGGAGACGGACTGCGGGAACTTCACCGCGTCGCTCGCTTACTTCTGCACTTTCTACGTCATCATCACGTACATCGTGCTCAACTTGCTTGTGGCCATCATAATGGAGAACTTTTCATTATTTTATTCTAACGAAGAAGATGCCCTACTATCGTACGCCGATATAAGAAATTTTCAGAACACTTGGAACATTGTGGATGTACACCAAAAAGGTGTTATACCGGTTAGGAAGGTGAAGTTCATATTACGTTTATTAAAAGGTCGCTTGGAATGCGACACTCACAAAGAGCGCCTCCTGTTCAAATACATGTGCTACGAGCTGGAGCGGCTCCACAACGGCGAGGACGTTACATTCCATGACGTCATCAATATGCTGTCTTACCGAACTGTGGACATTCGAAAGTCATTACAAATGGAGGAGTTGTTAGCGAGGGAAGAGTTTGAATTTCTCATTGAAGAGGAAGTAGCGAAGCAGACTATCCGGACTTGGTTGGAAGGCTGCCTTAAGAAAATAAGAGCAAACAGCAGCAAACAGCAAACCAGTCTTATTGCTGGATTGCGTAAGACAAACGAACAAGCGGTCGATATGAGCGGCGAAAAAGACAAAGAGAAATCGGATACTGAAGCTCAACAAACTGTCACCGCAACCGGCCGCGTTGAAATGACTGAATCTGCTTCTCAGCCTGCTATGTCAAATATTACATCTTCGTCGTTTGACTCACAACCATCGAAGCGATCTTCCGCAAAAGCTCAATTTAAACGACCGTGCTTACCATCCGTCACGGTGCCAAGACCAGAAAGTCCCATTAAAAAATATCTTCAACCAACCCTCAGCGACCCGCATCCTGCACTTAAGAAATCCCCACCGGTTATGAAAAGCAACAGTCGCACGACGCACAACACGCACGCCAGCGCCGCCCGCGAGCAGCCCGCGCTCCACGACGTGCGCTCATGGTGGACGGCGCAGCTCGGCAGACATCCGCTCGTCGACACCGAATGA

Protein

MLGRKQSLKGEPVLADYGPEESLNESADIEWVNKLWVRRILRLCALLSLMSVSLNTPKSFEKYPYLQTITFVVDCCVTLLFTAEMIAKMHIRGILKGDVAYLKDHWCQFDASMVFFLWVSVLLQMFELTGIVPRYSYLSILRAPRPLIMIRFLRVFLKFSMPKSRINQIFKRSSQQIYNVTLFFLFFMSLYSLLGVQFFGELTHHCVRNNTHPSDITINSLAIPDTFCSPDPDSGYQCPSGMKCMKLNLSKYIMGFNGFEEFTTSLFTVYQASSQEGWVFIMYRAIDSLPTWRSALYFSTMIFFLAWLVKNVFIAVITETFNEIRVQFQQMWGVRNPITKGSTTQFFTGDDNGWKLVTIDENKHSGTAPDIFHRLLRSAYFRLLVMSAVLANGIITASMQFHHDGNPREYFYQKYYYIEIAFTIFLDLEALLKIWCLGLKGYFKHSVHKFELLLAIGTTLHIIPQLYMSAFTYFQVLRVVRLIKASPILEGFVYKIFGPGKKLGSLIIFTMCLLIISSSISMQLFCFLCEFTKFETFDEAFMSMFQILTQEAWVEVMDETMVRTSQTLTPLVAIYFILYHLFVTLIVLSLFVAVILDNLELDEDIKKLKQLKYRQQSAEIKESLPFRLRIFEKFPDSPQMTKLHKVPGDFNLPKVRESFMRQFVCEVEGEEEAGGAGPGGADLSRRTFEYISVAKIAFPYRKRCLVKTLVVAPPSQRPSSALRRHVVTSIIEDSNNHRPLLGDSAMLATGGKSGLKPQGTISSAKQLRVDQKKFGSRSIRRSVRSGSIKLKQTYEHLLENGDIGAASRVVPSSRARPPYLDIRLLQAKRQQAEMRRNQREEDLRENHPLFDTPLLIVPRESRFRKICRAIVDARYDARLRDPITGNERKVHYKSFHNFLGLVTYMDWVMIMVTTLSCLSMMFETPTYRVMENFVLQIAEYGFVIFMSLELALKILADGLFFTPKAYLKDAAAVLDVFIYIVSLTFLCWMPRRVPPGSPAQMLMILRCVRPLRIFTLVPHMRKVVYELCRGFMEILLVSTLLILLMFVFALYGVQIYGGRLARCNDPTILRREDCVGVFMRRVFVTKMKLKPGQNQTFPSMLVPRVWANPKRFSFDNIGDALLTLFEVLSFKGWLDVRDVLIKALGPVHAIYIHVYIFLGCMIGLTLFVGVVIANYSENKGTALLTVDQRRWCDLKKRLKIAQPLHLPPRPNKRKIRAFAYDVTQNLAFKRVIAFVVLINSALLAVTWSKYSRYTEHLALTSALLTLVFVVEVLLKTIAFTPRGYWQSRRNRYDLLVTVAGCIWIFMHFTLKNDLSYFVGFMVVILRFFTITGKHTTLKMLMLTVGVSVCKSFFIIFGMFLLVFFYALAGTIVFGNVKYGEGIGRRANFNSPIHSVAMLFRIVTGEDWNKIMHDCMVAPPYCTPADNYWETDCGNFTASLAYFCTFYVIITYIVLNLLVAIIMENFSLFYSNEEDALLSYADIRNFQNTWNIVDVHQKGVIPVRKVKFILRLLKGRLECDTHKERLLFKYMCYELERLHNGEDVTFHDVINMLSYRTVDIRKSLQMEELLAREEFEFLIEEEVAKQTIRTWLEGCLKKIRANSSKQQTSLIAGLRKTNEQAVDMSGEKDKEKSDTEAQQTVTATGRVEMTESASQPAMSNITSSSFDSQPSKRSSAKAQFKRPCLPSVTVPRPESPIKKYLQPTLSDPHPALKKSPPVMKSNSRTTHNTHASAAREQPALHDVRSWWTAQLGRHPLVDTE

Uniprot

A0A2A4JPJ5   A0A2H1W053   A0A212F0Y0   A0A194PLF1   A0A2W1BHD7   A0A067QXN4   + More
A0A1B0CBS7   E2AKZ2   Q174R4   A0A182H318   A0A182XGZ7   E2BN61   A0A182HB11   W8BBL6   A0A182QL89   B3MVS9   A0A154PFU3   W5JJ82   A0A182XXK0   A0A1Q3FQT6   A0A182VQE8   B0W3L8   A0A3B0K7N8   Q29H82   E0VEA3   A0A182VP93   A0A1W4VH13   A0A182RY79   A0A026WJB9   A0A0P8XKW7   A0A2A3E0Y6   B3NVU2   D6WC81   A0A3L8D692   A0A182N6U3   A0A0R3P5H0   B4Q2S5   A0A3B0K5Y1   A0A1W4VGS8   A8JUW5   F4WG45   R9PY25   A0A0R1EAE8   E9IBE8   Q8I877   A0A1I8PTZ5   A0A1I8MPF0   A0A151XBR2   B4JJ16   A0A195EZF1   B4L2T9   B4MTG3   A0A1I8PU40   K7J0U4   A0A232EZG3   A0A158NT25   A0A195EGH5   A0A0L0BUP6   B4M2W3   A0A182PK49   A0A1I8PU08   W8AG18   T1HU44   A0A0M3QZF6   Q7PJQ6   A0A1A9VNH5   A0A1B0FQ78   A0A182FNQ7   B4IGC5   A0A1A9XKI7   A0A1B0BTY8   A0A1W4W535   A0A336M710   A0A1B0AFB4   A0A182I8F4   A0A182JA90   A0A1Q3FQV1   U4U8T2   N6U514   A0A194RGT6   A0A0A1WI30   A0A0K8UNI0   A0A0K8W404   A0A2S2R8T3   J9JLJ6   T1INA8   A0A0P4YXS1   A0A0P6EVW6   A0A0P4YY24   A0A0P6C485   A0A0P5ZGT2   A0A0P6JYA1   A0A1D2NKQ7   A0A131XR98   A0A0P6D0I2   A0A0P5ZZD1   A0A147BAM4   A0A0P4W706   A0A0P4W3U8   A0A1C9TA93  

Pubmed

22118469    26354079    28756777    24845553    20798317    17510324    + More
26483478    24495485    17994087    20920257    23761445    25244985    15632085    20566863    24508170    18362917    19820115    30249741    17550304    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    21719571    21282665    12498692    25315136    20075255    28648823    21347285    26108605    12364791    23537049    25830018    27289101    29652888   

EMBL

NWSH01000880    PCG73739.1    ODYU01005527    SOQ46461.1    AGBW02011023    OWR47361.1    + More
KQ459601    KPI93823.1    KZ150090    PZC73681.1    KK852854    KDR15005.1    AJWK01005808    AJWK01005809    GL440425    EFN65909.1    CH477406    EAT41587.1    JXUM01106498    JXUM01106499    JXUM01106500    KQ565061    KXJ71397.1    GL449385    EFN82823.1    JXUM01123880    KQ566765    KXJ69843.1    GAMC01019301    JAB87254.1    AXCN02000308    CH902625    EDV35074.1    KQ434896    KZC10715.1    ADMH02001019    ETN64412.1    GFDL01005116    JAV29929.1    DS231832    EDS31804.1    OUUW01000015    SPP88692.1    CH379064    EAL31876.2    DS235088    EEB11709.1    KK107185    EZA55766.1    KPU75421.1    KZ288466    PBC25433.1    CH954180    EDV47107.2    KQ971316    EEZ98774.1    QOIP01000012    RLU15691.1    KRT06627.1    CM000162    EDX01669.1    KRK06286.1    SPP88693.1    AE014298    ABW09413.2    GL888128    EGI66812.1    AAF48365.4    KRK06285.1    GL762111    EFZ22101.1    AY160083    AAN77520.1    KQ982320    KYQ57812.1    CH916370    EDW00557.1    KQ981897    KYN33680.1    CH933810    EDW06906.2    CH963851    EDW75402.2    NNAY01001526    OXU23683.1    ADTU01025480    KQ978957    KYN26994.1    JRES01001303    KNC23762.1    CH940651    EDW65138.2    GAMC01019300    JAB87255.1    ACPB03007816    CP012528    ALC49289.1    AAAB01008978    EAA43664.5    CCAG010006707    CH480835    EDW48859.1    JXJN01005871    JXJN01020416    UFQS01000473    UFQT01000473    SSX04268.1    SSX24633.1    APCN01002746    APCN01002747    GFDL01005121    JAV29924.1    KB631903    ERL87021.1    APGK01042136    APGK01042137    APGK01042138    KB741002    ENN75731.1    KQ460398    KPJ15141.1    GBXI01016234    JAC98057.1    GDHF01024090    GDHF01009687    JAI28224.1    JAI42627.1    GDHF01006493    JAI45821.1    GGMS01017130    MBY86333.1    ABLF02028720    ABLF02028724    JH431152    GDIP01222013    JAJ01389.1    GDIQ01057335    JAN37402.1    GDIP01220964    JAJ02438.1    GDIP01009467    JAM94248.1    GDIP01102871    GDIP01044229    LRGB01000640    JAM59486.1    KZS17403.1    GDIQ01003669    JAN91068.1    LJIJ01000016    ODN05809.1    GEFM01006904    JAP68892.1    GDIQ01084725    JAN10012.1    GDIP01037486    JAM66229.1    GEGO01007586    JAR87818.1    GDRN01086928    JAI61105.1    GDRN01086932    JAI61102.1    KU681457    AOR07238.1   

Proteomes

UP000218220    UP000007151    UP000053268    UP000027135    UP000092461    UP000000311    + More
UP000008820    UP000069940    UP000249989    UP000076407    UP000008237    UP000075886    UP000007801    UP000076502    UP000000673    UP000076408    UP000075920    UP000002320    UP000268350    UP000001819    UP000009046    UP000075903    UP000192221    UP000075900    UP000053097    UP000242457    UP000008711    UP000007266    UP000279307    UP000075884    UP000002282    UP000000803    UP000007755    UP000095300    UP000095301    UP000075809    UP000001070    UP000078541    UP000009192    UP000007798    UP000002358    UP000215335    UP000005205    UP000078492    UP000037069    UP000008792    UP000075885    UP000015103    UP000092553    UP000007062    UP000078200    UP000092444    UP000069272    UP000001292    UP000092443    UP000092460    UP000192223    UP000092445    UP000075840    UP000075880    UP000030742    UP000019118    UP000053240    UP000007819    UP000076858    UP000094527   

PRIDE

A8JUW5    Q8I877   

Pfam

PF00520   Ion_trans        + More
PF17849   OB_Dis3
PF00773   RNB
PF00005   ABC_tran
PF00664   ABC_membrane
PF00096   zf-C2H2
PF07776   zf-AD
PF05907   DUF866
PF11502   BCL9

Interpro

IPR005821   Ion_trans_dom        + More
IPR027359   Volt_channel_dom_sf       
IPR028823   NALCN       
IPR041505   Dis3_CSD2       
IPR001900   RNase_II/R       
IPR012340   NA-bd_OB-fold       
IPR011527   ABC1_TM_dom       
IPR027417   P-loop_NTPase       
IPR036640   ABC1_TM_sf       
IPR003439   ABC_transporter-like       
IPR017871   ABC_transporter_CS       
IPR003593   AAA+_ATPase       
IPR012934   Znf_AD       
IPR036236   Znf_C2H2_sf       
IPR013087   Znf_C2H2_type       
IPR024670   BCL9_beta-catenin-bd_dom       
IPR008584   CXXC_Zn_binding_euk       

SUPFAM

SSF50249   SSF50249        + More
SSF90123   SSF90123       
SSF52540   SSF52540       
SSF57667   SSF57667       

Gene 3D

1.20.120.350     1.20.1560.10    

ProteinModelPortal

A0A2A4JPJ5   A0A2H1W053   A0A212F0Y0   A0A194PLF1   A0A2W1BHD7   A0A067QXN4   + More
A0A1B0CBS7   E2AKZ2   Q174R4   A0A182H318   A0A182XGZ7   E2BN61   A0A182HB11   W8BBL6   A0A182QL89   B3MVS9   A0A154PFU3   W5JJ82   A0A182XXK0   A0A1Q3FQT6   A0A182VQE8   B0W3L8   A0A3B0K7N8   Q29H82   E0VEA3   A0A182VP93   A0A1W4VH13   A0A182RY79   A0A026WJB9   A0A0P8XKW7   A0A2A3E0Y6   B3NVU2   D6WC81   A0A3L8D692   A0A182N6U3   A0A0R3P5H0   B4Q2S5   A0A3B0K5Y1   A0A1W4VGS8   A8JUW5   F4WG45   R9PY25   A0A0R1EAE8   E9IBE8   Q8I877   A0A1I8PTZ5   A0A1I8MPF0   A0A151XBR2   B4JJ16   A0A195EZF1   B4L2T9   B4MTG3   A0A1I8PU40   K7J0U4   A0A232EZG3   A0A158NT25   A0A195EGH5   A0A0L0BUP6   B4M2W3   A0A182PK49   A0A1I8PU08   W8AG18   T1HU44   A0A0M3QZF6   Q7PJQ6   A0A1A9VNH5   A0A1B0FQ78   A0A182FNQ7   B4IGC5   A0A1A9XKI7   A0A1B0BTY8   A0A1W4W535   A0A336M710   A0A1B0AFB4   A0A182I8F4   A0A182JA90   A0A1Q3FQV1   U4U8T2   N6U514   A0A194RGT6   A0A0A1WI30   A0A0K8UNI0   A0A0K8W404   A0A2S2R8T3   J9JLJ6   T1INA8   A0A0P4YXS1   A0A0P6EVW6   A0A0P4YY24   A0A0P6C485   A0A0P5ZGT2   A0A0P6JYA1   A0A1D2NKQ7   A0A131XR98   A0A0P6D0I2   A0A0P5ZZD1   A0A147BAM4   A0A0P4W706   A0A0P4W3U8   A0A1C9TA93  

PDB

6J8J     E-value=9.02152e-42,     Score=434

KEGG

101735695    K21863 sodium leak channel non-selective protein | (RefSeq) sodium leak channel non-selective protei

GO

GO:0016021   GO:0005261   GO:0004540   GO:0003723   GO:0005524   GO:0042626   GO:0005634   GO:0008270   GO:0003676   GO:0008344   GO:0042752   GO:0043025   GO:0035176   GO:0050975   GO:0043679   GO:0045475   GO:0072347   GO:0048512   GO:0005216   GO:0006811   GO:0016020   GO:0051013   GO:0008168   GO:0005737   GO:0016876   GO:0043039   GO:0004651   GO:0055085  

PANTHER

PTHR46141  

Length:

1759

Number of predicted TMHs:

19

Exp number of AAs in TMHs:

435.643249999998

Exp number, first 60 AAs:

2.88773

Total prob of N-in:

0.73662

inside

1  -  64

TMhelix

65  -  87

outside

88  -  110

TMhelix

111  -  133

inside

134  -  176

TMhelix

177  -  199

outside

200  -  294

TMhelix

295  -  317

inside

318  -  379

TMhelix

380  -  402

outside

403  -  416

TMhelix

417  -  439

inside

440  -  451

TMhelix

452  -  474

outside

475  -  505

TMhelix

506  -  528

inside

529  -  570

TMhelix

571  -  593

outside

594  -  897

TMhelix

898  -  920

inside

921  -  932

TMhelix

933  -  955

outside

956  -  969

TMhelix

970  -  989

inside

990  -  1033

TMhelix

1034  -  1056

outside

1057  -  1149

TMhelix

1150  -  1172

inside

1173  -  1225

TMhelix

1226  -  1248

outside

1249  -  1257

TMhelix

1258  -  1280

inside

1281  -  1313

TMhelix

1314  -  1332

outside

1333  -  1351

TMhelix

1352  -  1374

inside

1375  -  1438

TMhelix

1439  -  1461

outside

1462  -  1759

 

 

Pi

334.560847

Theta

186.425122

Tajima's D

2.178515

CLR

0.521174

CSRT

0.906504674766262

Interpretation

Uncertain