Gene

KWMTBOMO06837

Pre Gene Modal

BGIBMGA012092

Annotation

PREDICTED:_contactin-associated_protein-like_5_[Bombyx_mori]

Location

Bomo_Chr11(-):16607354-16643330      View in EpiBrowser

Location in the cell

Cytoplasmic   Reliability : 1.319 Nuclear   Reliability : 1.767 PlasmaMembrane   Reliability : 1.351

CDS

ATGGGAAAAAATTCTCGGGAAAGCAAGCTATCTTTGTTGATACTTTTAATTTTATATGGAATAGCTGATATAAGATCTAGTCTCCCCGTAGAGTTGACTTCTGAAGAGAAAGTCCCAGTTCAAGCAACAACACCGTCCCAAATGTCTACATCATTAACTGCGATGACGTCAAACGTGTCTACAACAACACACGCGACGGCAATAGCTCCAATACCCCCGAGCGACAGAGACAGATTCCTGACATTTGCGGAATCTGGACACCACAGGACGTTTATGTTCGCGAAAGACAATACGTATATTCAACTGGATGGTGATATCATACAAAGGTTTCAGTTGAGACTATGCAGAGAAATTTCTTTCAAATTCCGCACAAGATTACCGCACGGTCTATTGGTGTATCATAATGTCAAAAACCCTGTCTTCAAAATGCAGCCCTACGCTTTATACGTTATAGTGGAAAAGGGCGAATTGAAAGTGGTCCACGTTTTCGGTAAACATCTAACTTCAGTGACCGTAGGTCGCGCACTCAACAGAGACGAATGGCATAGTGTAGTTGTAACTATTGATGTACACGGAGCCAGGCTGATAGCTAAGGTCGATCAGCTGAAGGAAGAAGTTTATTTGAAGGGATTGAGTTTTGACACCAATTATGGCATCACTGATAATCTAACTTCGGTCATTTTGATTGGCGGTCTCAGCTCGGAAGAGAAGCTTCACGGCGTCAAATATATTATAGAGTCATTTGTTGGTTGTATTAGTGATATAGTATTAAGTTCGGGTAAGGCGGCTTCGGATCTGCTTCCGATAGTCCCATTGATAGCTACGAAACATGAAAACGTAAAGGAGGGCTGCGTTGATAAATGTAAGACGATGAAAAACCTTTGCTTCGAAGGTTCTAGATGTATCAACGAGTACAACGGCTACAGATGCGATTGCTTCGGTACTTTGTACGAGGAACAACTGTGCGATGTTTATACGGCCACTGTTTTAACGCTCAGAGGCTCGAGTTACGTCTCGTACAGAGTGTACGATTGGAAGGACCGAGTGCATTCAGCTAACACAAGAGTCAGCTTACATTTCAAGACGAGGTTCGATGATTCAGCACTGTTTTATGCCAGTGGTCAAATAGATGAAAAACACCATTACATAGCTTTATCGATCCACCAAGAGAAGGTGGCAATACAAATAGACTTAGGCGATGGTCCAGTTGAAGATTATTTAGGACAGAACGTTAATAACAACGAATGGCACAATCTCACTGTTATATTACACGAGAACACTGTATTTGTTTATTTGGATGAAATCTCTGAAACATATGAAGTCCACGGAACTACTAGATATGTATGTATAGATCCAGAGATATACATATGCGGGGGACCTGATCTATACAAGATGAAAGGGCTGAAATCATTCAATAATTTCGCTGGGAACTTAAAGTACGTTTATTATAACGACGTTTCAATATTGTACGAATTGAAACAGAACAATCCAAAGGTACACTACATCGGGGTATTGGATCCAGAATTTGAAGAGATCGATATAGAAGTTATACCTATAACGTATCCGTTCGCCACGTCACACATCTGGTGGCCTTTGAACCAAAGCAACAGTATCAACTTGATATTTGATTTTAAAACAAGTAAGAACATGGCTGTTTTGGCTTACAGTCAGATCACATCCGGCCAAGGTCACTGGGAGGTTAGAATGGTAAAAGAGGAGATTAGATTCGAACTGGTACCAGATGTCGGGAAGAATGTGACCGTACTGAAATCAGTGAAGTTCAATGTTAGCAGTGATTGGCACAACGTTGAACTGGATTATAGGAAAGGACGAATCAAATTAACCGTCGACTATCATAATAAACACGCGCAGATGTTTGGTCTCGACTTCGAATTGCAAGACAAAATCGTTATAGGAAGCGGTCTTAAATCGGCGAACTTAGGTCTCATTGGCTGTATGAGAAACATCAAAATAAATGGACTCCTTATAGAGCCTAGATACGTTATAAACACTGAGAGAGTGGTAGGAGAAGTAGCCATAGATGACTGCAGATATGTAGATCCATGCACTAGACCCAATACTTGTGAACATGGAGGTATATGTTCTATTAGAGAAGACAGAGTTATTTGTAATTGCGATAATACAGGTTACATAGGTGAGAACTGTCATTTCGCGACGTTCCGTAAGACTTGTGAAGAACTAGCCCTTCTGGGTTACACGCGTAACGACGTGTACCTCATAGACATCGACGGCAACGGTCGGTTCCCACCCGCGCACGTCAAGTGCGAGTTTCAGATCGAAGCAGACTCCTCTACTACGGTCGTCGAACACAACCTGCCCAGTCAAGTGGACGTGCGCTCAGCATCGGGACAAGATTTCAGTTTTAAAATCAAGTACAGAGAGTTCAGCGCGGAGATGCTGCAAGAATTGATCTCTCATTCTTTGTATTGTCGTCAGTACATAAAGTACGATTGTAATATGGCGCCACTTGAATTACACAGCGCAACATGGTTTATATCTTCTTCTAATGATGCAGTGGACTTTTTAGGAAACGTCAAAAGAGGCTACTGCCCTTGCGGGGTAAACGCAACGTGCGTAAACCCACTACAAGCTTGCAACTGTGACGCCAACGAGAATAAATGGCATTCAGACGAGGGAACTTTAGTGGACCCTAAAAGTTTGGGCATCACCGAGATGTTTTTCCTGCAGCAAAAAGACTTGACTGAAGAAGCCCAGGGGAGGATCACATTGGGACCACTGGAATGCGTCGAAACTAATACCCAACGCTACGTTGTAACCTTCACGACCTCCCAATCGTACATAGAGGTCCCGGGGTGGCGCAAGGGAGACATCGCCTTCAGTTTCCGTACGACCGGTACCAGCGCCATACTGCTGTTCCAACCGCCGATACGACCTAACTACCCCTCTTTTATGGTTGCTCTGACTAGCGAGCACGAACTAACATTCAACTTCACGCTAAATACCGGAACAACCAGGAAACTAGTAATAAACTCGAAGAGGAAACTAAACGGTGGGGAATGGCACAAGATATGGATTGATTATAACTTCTACCACGTGAGGTTCATGCTGAACACTGAGTACCAGATGCTCAACTTGCTATTGGAAGAAGAGTTTGGACCATTCGAAGGGTCTATGTTCATTGGTGGTGCTACTGCAGATTACTTGAAGAAATCAACAGTGAATCAAGGGCTAATAGGTTGCTTCAGAGGTTTGGTAGTTAACGGCGAAGTGCTAGACATCTACAGTTACATGTCAGTTCATTTGTCCGAAATAATAAAGGATTGTAAGCCATCTTGCGTTCCCAATCCTTGTCAGAACAAAGCTATTTGCAAGGAGCTGTGGTCGAGCTATGAGTGTATTTGTAAAAATCGTTGGGCTCATCTAGGGGCTCACTGTGAGGAAAATATAAACGAGAAAGCTCTAACGTTTCAAACCAGAGAGTCGTATCTGAAAAAGAACTATTTATTTGACGAAGAAACGGATGCCGAAAAGAATCGGCTTAAAAAAATGATGACTGAAAATGTTCTTATGAATTTAAGAACATACGACAACAACGCACTAGTGCTATACGCTAATGACAATCTCAATAATTTCATACATTTATTCATCAACAACGGAACGCAAATAATTTATCTCTTTAATCACGAAGATGAAATTATACAAATGAATGTTACGTACGAGAAAATAAATAAAGGGGAAAGTGTACAAATAGCTATTATAAGAAGTGAGAACACAACCACTTTACATGTTAACGAGAATAATAGTACAATTGATGTTGTAGCTAAACTACTTACGAACTATACTAATAAACCTTGGATGAATCCAGAACTTGAGGTGATCAGACCTCAAAGGCCGCCAGCGCCTCCGACTGACTATTTCCAAATGAACCTCGGAGGATACGATTCGTACTCACTGCACTTGGCGCCGCGGGCCGCAGTAATCCCTCAAGGCGGTTACGTTGGCTGCGTCAGAGGATTCAAAATATCAGACCATGTCGTCGATCTTTCTAGAAAAGCCCAGGATAATGTTGATCAAGATCTGACGGGAGTGCTACCGGAATGCAACATGAAGTGTGACTCGGAGCCGTGCAAGAACGGCGGCGTCTGCACCGAGGACTTCACGAACCAGGAGAGCAGCTGCGACTGCGAGCTCACCAGCTACTTCGGGGAGTACTGCATGGAGGAAAAGGGCGCGGACTTCAACGGGGAAAGTATATTGCAGAGGAAATTCGTGCACAGTAATACGGTGCCGATATCTAAGGTGAAAATTAAACTGGCATTTTCAAGTAACGATTTACGACAGAAGAATACAGTTCTGTTATTAGTCCAGACGGAAAATAAACGCAGCTACTATCTACTAGTCGCCATTACACAGGATGGATACCTCAAGTTCGAGGAGGATCGCGAAGCGCACGGAGCATACGGGGCCGAATTTAAGAACAGAAACTTCTTGAACGGAGCCAGACACACAGTTTACTACACCAGAACAGGCCAAGAAGCCAGACTGATGATAGACAGAATCGAAATACCCTTAGAGCTGTTGCCGCCTCAAGGTCTCTGGGAAGTGTTCGACGTTGGCTCCAGTGAAGTCCAGATAGGGGGACTGAATACCACCGACCCCAGACTTAAGATATATAAAGGATACAACGGCTGTTTGTCCAATATATTCGTAGAGATAAACGACTACATAATGAAGCCGCTCGAAGAGTACATGCTCTTCACTCGGTCGGACGTTGAGAAAGTGAACGCCGTGAACGCGCAGGGAGTCCGGAGCGCGCAGTGCTCGGCCGACTTCGACGAGGCCTGGCCCGAACACGAGCTCGGCTCCACGCACAACGGGAGCTTTCTTATTAGTGTCGACAAGACATGGGTAGAAGACCCGCCTTCAAGGATACCCTACGATTCACTATACCATCAGCCTGATGCTGAAGAAGAAAACACAGATAAATTATTTATAGCTCTCATTGTTATTTTCTTACTGGGATTGTGCTACTGCGGTTATCATATGTGGCGAACTCAGAAAGCTTACAGGCTTAATTTAGAAAAACTGACTGACGAGAAGATAGTGAAAAGCAAAGAAATGGCTTCAAAACTTCAGGAACCGAGCATCTCACTGTTACAGTTAAATACAACGGAAAACGATAATCAAGATGGCGACAAGAAATCGAATGGCGACGCAACGCCAGCTGTTGTCATTGAAGTCGTTAACGAAGAGAAACCGAACAACAGAAAGGGATCTTTGAGGTTTCGAGATTTGTCTGAACGATGGGAGACTTTAGAAGAAAAGGACGAAACTTCAGAAAATGATGACGAAGAACCAGAACTTAACGGGCACGACGAAGATTCTAGCATTCTTGAAAATGAGATTACATCAAAAAATGAAATACTACATAATCCGCAGCTATCACCGAATATTGACAACGAAACAGGAAACGAACTGCAAGCTAATGCATGA

Protein

MGKNSRESKLSLLILLILYGIADIRSSLPVELTSEEKVPVQATTPSQMSTSLTAMTSNVSTTTHATAIAPIPPSDRDRFLTFAESGHHRTFMFAKDNTYIQLDGDIIQRFQLRLCREISFKFRTRLPHGLLVYHNVKNPVFKMQPYALYVIVEKGELKVVHVFGKHLTSVTVGRALNRDEWHSVVVTIDVHGARLIAKVDQLKEEVYLKGLSFDTNYGITDNLTSVILIGGLSSEEKLHGVKYIIESFVGCISDIVLSSGKAASDLLPIVPLIATKHENVKEGCVDKCKTMKNLCFEGSRCINEYNGYRCDCFGTLYEEQLCDVYTATVLTLRGSSYVSYRVYDWKDRVHSANTRVSLHFKTRFDDSALFYASGQIDEKHHYIALSIHQEKVAIQIDLGDGPVEDYLGQNVNNNEWHNLTVILHENTVFVYLDEISETYEVHGTTRYVCIDPEIYICGGPDLYKMKGLKSFNNFAGNLKYVYYNDVSILYELKQNNPKVHYIGVLDPEFEEIDIEVIPITYPFATSHIWWPLNQSNSINLIFDFKTSKNMAVLAYSQITSGQGHWEVRMVKEEIRFELVPDVGKNVTVLKSVKFNVSSDWHNVELDYRKGRIKLTVDYHNKHAQMFGLDFELQDKIVIGSGLKSANLGLIGCMRNIKINGLLIEPRYVINTERVVGEVAIDDCRYVDPCTRPNTCEHGGICSIREDRVICNCDNTGYIGENCHFATFRKTCEELALLGYTRNDVYLIDIDGNGRFPPAHVKCEFQIEADSSTTVVEHNLPSQVDVRSASGQDFSFKIKYREFSAEMLQELISHSLYCRQYIKYDCNMAPLELHSATWFISSSNDAVDFLGNVKRGYCPCGVNATCVNPLQACNCDANENKWHSDEGTLVDPKSLGITEMFFLQQKDLTEEAQGRITLGPLECVETNTQRYVVTFTTSQSYIEVPGWRKGDIAFSFRTTGTSAILLFQPPIRPNYPSFMVALTSEHELTFNFTLNTGTTRKLVINSKRKLNGGEWHKIWIDYNFYHVRFMLNTEYQMLNLLLEEEFGPFEGSMFIGGATADYLKKSTVNQGLIGCFRGLVVNGEVLDIYSYMSVHLSEIIKDCKPSCVPNPCQNKAICKELWSSYECICKNRWAHLGAHCEENINEKALTFQTRESYLKKNYLFDEETDAEKNRLKKMMTENVLMNLRTYDNNALVLYANDNLNNFIHLFINNGTQIIYLFNHEDEIIQMNVTYEKINKGESVQIAIIRSENTTTLHVNENNSTIDVVAKLLTNYTNKPWMNPELEVIRPQRPPAPPTDYFQMNLGGYDSYSLHLAPRAAVIPQGGYVGCVRGFKISDHVVDLSRKAQDNVDQDLTGVLPECNMKCDSEPCKNGGVCTEDFTNQESSCDCELTSYFGEYCMEEKGADFNGESILQRKFVHSNTVPISKVKIKLAFSSNDLRQKNTVLLLVQTENKRSYYLLVAITQDGYLKFEEDREAHGAYGAEFKNRNFLNGARHTVYYTRTGQEARLMIDRIEIPLELLPPQGLWEVFDVGSSEVQIGGLNTTDPRLKIYKGYNGCLSNIFVEINDYIMKPLEEYMLFTRSDVEKVNAVNAQGVRSAQCSADFDEAWPEHELGSTHNGSFLISVDKTWVEDPPSRIPYDSLYHQPDAEEENTDKLFIALIVIFLLGLCYCGYHMWRTQKAYRLNLEKLTDEKIVKSKEMASKLQEPSISLLQLNTTENDNQDGDKKSNGDATPAVVIEVVNEEKPNNRKGSLRFRDLSERWETLEEKDETSENDDEEPELNGHDEDSSILENEITSKNEILHNPQLSPNIDNETGNELQANA

Uniprot

H9JRD2   A0A194R3R3   A0A212ES21   A0A194PEG9   A0A2A4JU97   A0A2H1W9B1   + More
A0A336L512   A0A336L786   A0A336LE54   A0A336LGA7   A0A336MWY0   T1PN69   A0A0A1XI17   A0A1I8N1N9   A0A0A1WM98   A0A0A1WY59   A0A1I8N1M4   A0A1I8N1P3   A0A1I8N1N2   T1PL06   A0A034V496   A0A0K8UU40   A0A034V5Y9   A0A336LPV5   W8ACG8   M9PE65   M9NFN0   M9PBP8   A0A1W4VM83   A0A0J9RNZ1   Q9VZ96   A0A1W4VAI6   A0A1W4VNM0   A0A336N0N6   A0A336MY01   M9NF15   A0A0J9RQL5   A0A0J9UER3   A0A1W4VA77   A0A0J9RP66   B4MMY0   A0A0J9RPK7   A0A0R1DVM7   A0A0R1E0M2   A0A0R1E0T2   A0A0Q9WC94   A0A0R1DZ49   A0A0Q9W066   A0A1W4VMY6   A0A0R1E128   A0A0J9RQM0   A0A0J9RP61   B3NG55   B4MFZ1   A0A0Q9WAC3   A0A0Q9VZJ4   A0A0Q9XL43   B4KXA4   B3M9J2   A0A0P8ZTE7   A0A3B0JBZ5   A0A3B0JQ27   A0A0N8P0Q8   A0A3B0JXX4   A0A3B0JAS7   A0A182FGH2   W5JAH0   A0A2M4B8D8   A0A2M4B8B0   Q29EB0   A0A182Y7V7   A0A182X959   A0A2M4A3Z9   A0A182WBY1   A0A182LKN8   A0A182Q6V9   A0A182NZT0   A0A182NIY2   A0A1Q3FPW1   E2B6S3   A0A182M2R4   A0A182RR68   A0A1B6GVR1   A0A1B6M3S0   A0A1W4WFK2   A0A154PJH5   A0A1B0EUU2   A0A084WMI6   A0A2J7QBC6   A0A0L7R2L2   A0A2J7QBB7   A0A026X409   A0A067R394   A0A1B0D027   F4WZD8   A0A088AS84   A0A158NG33   D6W6F7   A0A139WLU8   A0A2M4A509  

Pubmed

19121390    26354079    22118469    25830018    25315136    25348373    + More
24495485    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    26109357    26109356    22936249    17994087    17550304    18057021    20920257    23761445    15632085    23185243    25244985    20966253    20798317    24438588    24508170    24845553    21719571    21347285    18362917    19820115   

EMBL

BABH01016213    BABH01016214    BABH01016215    KQ460779    KPJ12332.1    AGBW02012898    + More
OWR44251.1    KQ459606    KPI91751.1    NWSH01000618    PCG75268.1    ODYU01007134    SOQ49637.1    UFQS01001840    UFQT01001840    SSX12524.1    SSX31967.1    SSX12523.1    SSX31966.1    UFQS01003493    UFQT01003493    SSX15704.1    SSX35063.1    SSX15703.1    SSX35062.1    SSX15705.1    SSX35064.1    KA649398    KA649400    AFP64027.1    GBXI01003288    JAD11004.1    GBXI01014320    JAC99971.1    GBXI01010984    JAD03308.1    KA647679    KA649399    AFP64028.1    GAKP01021980    JAC36972.1    GDHF01033334    GDHF01022276    JAI18980.1    JAI30038.1    GAKP01021979    JAC36973.1    SSX15702.1    SSX35061.1    GAMC01020960    JAB85595.1    AE014296    AFH04302.1    AGB94118.1    AFH04301.1    AGB94117.1    CM002912    KMY97656.1    AAF47929.4    SSX15700.1    SSX35059.1    SSX15701.1    SSX35060.1    AFH04303.1    AGB94119.1    KMY97654.1    KMY97655.1    KMY97658.1    CH963847    EDW73536.2    KMY97657.1    CM000159    KRK01200.1    KRK01201.1    KRK01202.1    CH940669    KRF78197.1    KRK01203.1    KRF78198.1    KRF78199.1    KRK01204.1    KMY97659.1    KMY97653.1    CH954178    EDV50956.2    EDW58252.2    KRF78196.1    KRF78200.1    CH933809    KRG05612.1    KRG05613.1    KRG05614.1    EDW17562.2    CH902618    EDV38998.2    KPU77805.1    OUUW01000002    SPP77572.1    SPP77570.1    KPU77804.1    SPP77571.1    SPP77573.1    ADMH02001685    ETN61437.1    GGFJ01000155    MBW49296.1    GGFJ01000154    MBW49295.1    CH379070    EAL30151.3    KRT08682.1    GGFK01002150    MBW35471.1    AXCN02000463    AXCN02000464    AXCN02000465    GFDL01005532    JAV29513.1    GL446000    EFN88657.1    AXCM01004184    GECZ01003225    JAS66544.1    GEBQ01009388    JAT30589.1    KQ434938    KZC12031.1    AJWK01034783    AJWK01034784    AJWK01034785    ATLV01024463    ATLV01024464    ATLV01024465    KE525352    KFB51430.1    NEVH01016301    PNF25882.1    KQ414666    KOC65115.1    PNF25881.1    KK107016    EZA62838.1    KK852729    KDR17585.1    AJVK01021194    AJVK01021195    GL888479    EGI60382.1    ADTU01001540    KQ971319    EFA11352.2    KYB28912.1    GGFK01002491    MBW35812.1   

Proteomes

UP000005204    UP000053240    UP000007151    UP000053268    UP000218220    UP000095301    + More
UP000000803    UP000192221    UP000007798    UP000002282    UP000008792    UP000008711    UP000009192    UP000007801    UP000268350    UP000069272    UP000000673    UP000001819    UP000076408    UP000076407    UP000075920    UP000075882    UP000075886    UP000075885    UP000075884    UP000008237    UP000075883    UP000075900    UP000192223    UP000076502    UP000092461    UP000030765    UP000235965    UP000053825    UP000053097    UP000027135    UP000092462    UP000007755    UP000005203    UP000005205    UP000007266   

PRIDE

H9JRD2    M9PE65    M9NFN0    Q9VZ96    M9NF15   

Pfam

PF02210   Laminin_G_2        + More
PF00008   EGF
PF00014   Kunitz_BPTI
PF00054   Laminin_G_1

Interpro

IPR000742   EGF-like_dom        + More
IPR001791   Laminin_G       
IPR000152   EGF-type_Asp/Asn_hydroxyl_site       
IPR001881   EGF-like_Ca-bd_dom       
IPR013320   ConA-like_dom_sf       
IPR013032   EGF-like_CS       
IPR002223   Kunitz_BPTI       
IPR036880   Kunitz_BPTI_sf       
IPR020901   Prtase_inh_Kunz-CS       

SUPFAM

SSF49899   SSF49899        + More
SSF57362   SSF57362       

Gene 3D

4.10.410.10    

CDD

cd00109  KU

ProteinModelPortal

H9JRD2   A0A194R3R3   A0A212ES21   A0A194PEG9   A0A2A4JU97   A0A2H1W9B1   + More
A0A336L512   A0A336L786   A0A336LE54   A0A336LGA7   A0A336MWY0   T1PN69   A0A0A1XI17   A0A1I8N1N9   A0A0A1WM98   A0A0A1WY59   A0A1I8N1M4   A0A1I8N1P3   A0A1I8N1N2   T1PL06   A0A034V496   A0A0K8UU40   A0A034V5Y9   A0A336LPV5   W8ACG8   M9PE65   M9NFN0   M9PBP8   A0A1W4VM83   A0A0J9RNZ1   Q9VZ96   A0A1W4VAI6   A0A1W4VNM0   A0A336N0N6   A0A336MY01   M9NF15   A0A0J9RQL5   A0A0J9UER3   A0A1W4VA77   A0A0J9RP66   B4MMY0   A0A0J9RPK7   A0A0R1DVM7   A0A0R1E0M2   A0A0R1E0T2   A0A0Q9WC94   A0A0R1DZ49   A0A0Q9W066   A0A1W4VMY6   A0A0R1E128   A0A0J9RQM0   A0A0J9RP61   B3NG55   B4MFZ1   A0A0Q9WAC3   A0A0Q9VZJ4   A0A0Q9XL43   B4KXA4   B3M9J2   A0A0P8ZTE7   A0A3B0JBZ5   A0A3B0JQ27   A0A0N8P0Q8   A0A3B0JXX4   A0A3B0JAS7   A0A182FGH2   W5JAH0   A0A2M4B8D8   A0A2M4B8B0   Q29EB0   A0A182Y7V7   A0A182X959   A0A2M4A3Z9   A0A182WBY1   A0A182LKN8   A0A182Q6V9   A0A182NZT0   A0A182NIY2   A0A1Q3FPW1   E2B6S3   A0A182M2R4   A0A182RR68   A0A1B6GVR1   A0A1B6M3S0   A0A1W4WFK2   A0A154PJH5   A0A1B0EUU2   A0A084WMI6   A0A2J7QBC6   A0A0L7R2L2   A0A2J7QBB7   A0A026X409   A0A067R394   A0A1B0D027   F4WZD8   A0A088AS84   A0A158NG33   D6W6F7   A0A139WLU8   A0A2M4A509  

PDB

3R05     E-value=1.34786e-28,     Score=321

KEGG

101738550    no KO assigned | (RefSeq) contactin-associated protein-like 5

GO

GO:0005509   GO:0016021   GO:0004867   GO:0005576   GO:0019226   GO:0005515   GO:0030515   GO:0006396   GO:0004713   GO:0043565   GO:0016567   GO:0016020   GO:0005634   GO:0006260  

SignalP

Position:   1 - 26,         Likelihood:  0.824773

 

 

Length:

1824

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

19.75093

Exp number, first 60 AAs:

1.10242

Total prob of N-in:

0.05945

outside

1  -  1656

TMhelix

1657  -  1674

inside

1675  -  1824

 

 

Pi

26.931702

Theta

24.393796

Tajima's D

-1.102002

CLR

0.726535

CSRT

0.11924403779811

Interpretation

Uncertain