Gene

KWMTBOMO10235

Pre Gene Modal

BGIBMGA000181

Annotation

PREDICTED:_Down_syndrome_cell_adhesion_molecule-like_protein_Dscam2_[Amyelois_transitella]

Location

Bomo_Chr17(+):5440492-5489898      View in EpiBrowser

Location in the cell

Nuclear   Reliability : 1.138 PlasmaMembrane   Reliability : 1.213

CDS

ATGCCACGACTCTGTCCACGTACCGCCATTTTATACTGATATCTCCATCTGGTTATCGTATCACTGGTGGTGGCAGACGCGAGCTCAAGTGACAAACGACCTGGCTTCGTGGTGGAGCCACCGTCGCGGCTATTGTGGCCGTCGACTCGGGGCGCACACGCGGAATGCCGAGCAACTGGTCATCCAACTCCCGACGTCTACTGGGTCACTGCTGAGGGGCAGGTGCTAACTACTATCCCTGGACTGAGACACGTCTTGCCAGACGGTAAGCTAGTGCTGGGTGCTCGAAGATCGCTTCTGGAAGCTGGTAGTGGAGCAAGCGGTGCTGTTCTCCGATGCAAGGCGACCAACAAAGCTGGGACCGTTCTCTCTCGACCAGTAATACTACAACCAGTGGAAGATGGCGTGTTAACTCATACTGCTCGGCAACTGACACCCGCCAAAGTTGGCGGTTCGGTTCTTATGAGATGTGAAGTATCACCGCAGGTCGGTCTCGTGGAGGTCACGTGGCTTCAAGACGGACTTTCTCTGTCCTCAGGGTATTTAACCAGCGATTCGCGATGGACAGCCGGAGCCGGTGGACTCTTACTCGGCACAGATTTGACTCAAGCTGATATACAAGCAGAATACTCCTGTCTGGCCGTAGATACGTTAAGTCCGGCGTTAAAACTCACTACTGATGATAGCTGCTGGCTCGAGAATATAGAACTAAGTTCCGTAGAGGCTCAGACTGGAGATACTGTGATTCTTCCTTGTATACTAAGGCATGTCAGTGGTGATTCTCTTACTTGGCAGCGACAGGACTCGAGTGGGACTTGGTCATCATCAAATGATGGTTCAGCACGTGGAGGAGCTCTTATATTCCCAGCAGTGAGACCGGACCATGCAGCAAAATATTCTTGTTCTTACGGCTCAGGATCTTCGCAAAGACTGCTCATTCGATTAATAGTTTACGAACCTTTAATTTTGACTGTCGCCCCAAATCCGTTGACATTAGGGACTGGTGGTACAGGGCAATTTAACTGTTCGGTTCGCGGTGGACGTGGTAATGGGATTACCTTGAGCTGGCAACATGAAGGGCGCCCCCTTCACGCTCCACAAGCACGCCTGTCCGTCGGACCAGTACGTTCTCATCACGCTGGTACATATCAATGCACCGCTCACGACCACACTGACACGGCTGTTGCTGGCGCTGAACTTGTCCTCGCTGACAGACCACCGAGACTGGTATCGACGTTTAGTGAAGCTGTTACGAGGATAGGACAGAGTATAGCTTTGAAATGTGCAGCTACTGGCTTACCATCCCCTCGCATACTTTGGACTTTAGACGATAGACCACTTCCATCAGCGCCAGACAAGTATAATGTAAATACTAGAGGAGAAACTGTGCCTGGTGCGGATGAAGGAACTGTAGTTTCCACACTTAGTATCACAATTAGAACTGCTGATGAAGGTGGACGATATGGATGTAACGCAACCAATTCTAGGGGATCGCACGTACATCATGCTAGATTAAATGTTTACGGGCCACCAAATATTAGGTATTTACACGCGATTCACGTTAAAACTGACAATGATGTGAAACTGCACTGCCCTTATTCAGGGTATCCAATCAAGGAGGTAGTTTGGCGTCGCGAGGATGGTTCGTTAGTAGACGTAGCAATGGAAGCTGGTGATGAACGAGGAATACTTAGATTACATTCTGTAAGGAGCGCCGCGTCAGGAAGCTACACTTGTGAAGTCCGAGCTGAAAGTGGAGAACTTGCAAGAAGAACTGTTCGCATTGAAGTTCACAAGCCGCCAAAGATAGCGGATTTTCATTTTCCGGAAGAATTAGAAGTTGGTGGTAGTACTCAAGCAACATGCAGTTTGATAACAGGAGATAAACCAATACAGTTCACGTGGCACAAAGATAATTTACCAATACCTTCTGCGCTTAAGACGGAGCAAAAAAACATGGATTTCTTTTCTATCCTAATCATACAAGACCTAACATCAGCTCACAGTGGCGAATACACCTGCAAAGCATCAAACGATTTTGGTAGCGTAAGTCACAGTGCGCCTCTAATTGTGAAAGAGTCACCAACCTGGGTATGGCGAGCACAAAACATTTCAGTGTCAGCTGGTGCGGTACTTCTGTTGCCATGTTCTGCTAAAGGACAACCGACTCCTAGGATATCCTGGGAATATTCTGCTGATGGTGATAATTGGCGACATGTCCTATGGAGTCAATCAGAGGCATCAGACATGGGAGGTGGCTCAGTACTTTCAGATGGAACAGTTTGGTTGAAAGAGGTCACTCCCGGACACGAGGGCTGGTACAGATGTACAGCAAGAGTTCAACATTCATTCTTGCACCATTCCTTTTATTTAGATGTTAGAGAGCCTCCACGATTGACAAGGGGCGGTGGAGGTGGAGAAACTCGATGGGTGGTGAGAGGGGCTACGGCTCGTTTGACTTGCACAGTTAGAGGAGAACCAGAAATTCACGTCCATTGGACGCACGATTCGAGACCTTTGGCTTTGCATGGATCGGGGGGGATAGAAACCAGAGACACGAACAGCGGTATAATTACTTCGGAAATGACTATAAACCACGCAGGACCGGAGCATGCGGGCGAGTACCGGTGCTTAGCAAGGAACTTGTATGGGGCCGACGAACTTGTCTTCAGACTATTCGTGAAAGAACGCCCGAGTATACCAGAGGAAGTACGCATATCTGACGTTTGGCCACGTAAAGCCCGTATCACGTGGAGGATGGCGAGAGGCGCTATGGTATCACATTATTCGATACAATACAGAGCATTAAACCGAGAGCTAACGACTGCACCGCTTGACGCTCCGCTACCCGCTCTGCTCGACACCTGGGACACTCCCGAAGTACTCAATCTGACATTAGGAAACTCAGATTTGCTACATGTGGCGTCTGAAGGTCCGAGCCGAGCCGGTGCTTTTGTGTCAGGCTTGTCACCTGACACTCGATACGCATTACGGGTAGCCGCTTACAACGACGTTGGAGCATCGTCTTATACAGCACCTCTACACTTCACTACCCGGGAGGAAGCACCCGGAGGAGCTCCCCGCGATATCACTGTACGAGCACTAAGAGCTCGTGAACTTCACGTCACATGGCAGTCTCCACTTCGAGAAACATGGCATGGAACTTTACTAGGATATACCATACGTTGGTGGGAGGTATCGGAGGTAAACAAAGGCGTTCTCACCGAGGGTCCTGGTTCTGAAAGTGGAGCAAGCGCAGATGCCACTAGTACGACTCTTAGAGGTTTGAAAGCTGCAACAAGGTACGGTGTTACCGTAAAAGCTTACAATGCAGCGGGCACTGGTCCACCTTCACCGCCTCATTACCGATACACATTGGAATCAGCACCTACTGGAGGTCCTGAAGGTGTGGAATGTAAATCAAGTGGTGCAACATCCCTCCGTGTTTCTTGGAGTCCGCCAGCCTTGGATTCTCGTGGCGGTCTGATCACCCATTACACTGTACAATACACGAGGAGAGATACTGATCCTATGCTGCTTACCCAAGATGCTTATCTTCGTGTGCAGGGCGAAGAAGCGACCATATCTCGATTAACGCCATACGCTGAATACGAAATAAGAATTAGAGCTCACACTGCAGCCGGCGATGGACCACTCTCAACACCTCAAGTCTGCAGAACTGATGAAGATGTTCCAAGTGCACCAGGAGGAATAAAGCTGATCGCTTTGGGCGAACGTTCCCTAAGAGCGTCTTGGCTTCCACCACCAGAACCAAATGGAAAACTAACCCATTACACTTTATTTGTTAAAGACTTATCAGGATCTCACGAACCAAATTTGACAAAAGTGAATGCGTGTGCGGAAAGCGAAGGCAGTTCCGGAGAATGTATGAAATCTTTGCGTGGATTAAGACCGAGTAGAACCTACGAAGCTTGGGTACGAGCAGCTACAGTTGCCGGAGACGGACCTCCTTCGGCTGCTGTGGCTTGTCAAACTAACGCTTTAGCGCCGGCTCGTATTTCTTCATTCGGTGGTATAGCTATAGGAACCGCGGGTGGTTCTTTGTCTTTAAGATGTGTTGTGGGTGGTGCTCCACCACCGGCTAAGCGGTGGCTCAGAGGTGGTAGTCCCACCCATCCCAGACCACCGTTTCATCTCGATGGCGATGCTTTATTGATAAGAGGTCTAGAGCTATCACATGCCGACAATTACACGTGCGTTGCTGAGAACCCTCACGGCTCTGATTCAGTAACTTGGAAGGTTATTGTGTTACGTCCACCTGCACCTCCTGGGCTCATGTTATTAGAGGCCAGATCGAGAGAATTAGAACTAGACTTAAGGCCGGCACAGAGAGCACAAGGGCATGCAGTAGCAAAGGTTTTTACTATACATTGGAGACTAGCGTCGCTCGAGGGTGAGTGGCGAACTCAATCCGCCACTCCAGGTCCGATAATACTGACCGGACTACGTTGTGGATCAGCATATAGAGTGTACGGATCAGCCGGTGGTGCTCCTGGCTCTGAGCTCACTGTTCGTACATCTGGAGGTCCGCCTATAGCTCCTCCGGACGCTAGATGGATCAGAGCTAATGCAACTCACGCTAGGTTCGATACTAGTATTTGGGGAGATGGGGGGTGTGGACCAGTTGCTCTTAAGTTAGAGTGGGCAGGATCTGGCTTAGCCGGAGCTAGAGATGTCCCTGTGGGAGGTGAAGTTATTTTAGGTGGTTTATCCCCCGGTGCAAGATATCGTCTTGCAGCCAGAGCTTCTAACGAGGCGGGTTGGACCCGTGAAGTTTATGAATTTACAACAACACTCTCAGAAGGAGGATTTGCCGAGGAAGTCGATGCTCCATTCCCAGCTACCGCGGGAGAATTAGCACTGCTTCTGGCACTATGCGCCGCCCTGTCTTTGGCTGCCTTAACTATATTAGCTATATTATTAAGGAGAAAAAGGTCGGATGGCGCGGCCGCGAGGGTATCCACAAGCGCTGAGAAGCCGAACTGCGGTACATACAAAGGGACACCACATCAAGCGCCAAAGCTACCCCCCGATCCACCAGATGTGTACGAAATAAGCCCTTATGCAACGTTTGCTGGAGGACCGGGTTCAACGGCGGGTGCGTCTCGCGCGTACACTTTGCAGCTGCGGGCGCTCGCTAGGCACGACGATGACGCGGCGCCACCACACCCTCCATGCTGCGACGAGGAAACCTGCGTGGACGCATGTGACGGCCAACGTAGACGCAGACGACGCAGGCACTACTGCCCTGATCACGGTTGTTCTCAAGATTCTGGAAGTTGA

Protein

MPRLCPRTAILYXYLHLVIVSLVVADASSSDKRPGFVVEPPSRLLWPSTRGAHAECRATGHPTPDVYWVTAEGQVLTTIPGLRHVLPDGKLVLGARRSLLEAGSGASGAVLRCKATNKAGTVLSRPVILQPVEDGVLTHTARQLTPAKVGGSVLMRCEVSPQVGLVEVTWLQDGLSLSSGYLTSDSRWTAGAGGLLLGTDLTQADIQAEYSCLAVDTLSPALKLTTDDSCWLENIELSSVEAQTGDTVILPCILRHVSGDSLTWQRQDSSGTWSSSNDGSARGGALIFPAVRPDHAAKYSCSYGSGSSQRLLIRLIVYEPLILTVAPNPLTLGTGGTGQFNCSVRGGRGNGITLSWQHEGRPLHAPQARLSVGPVRSHHAGTYQCTAHDHTDTAVAGAELVLADRPPRLVSTFSEAVTRIGQSIALKCAATGLPSPRILWTLDDRPLPSAPDKYNVNTRGETVPGADEGTVVSTLSITIRTADEGGRYGCNATNSRGSHVHHARLNVYGPPNIRYLHAIHVKTDNDVKLHCPYSGYPIKEVVWRREDGSLVDVAMEAGDERGILRLHSVRSAASGSYTCEVRAESGELARRTVRIEVHKPPKIADFHFPEELEVGGSTQATCSLITGDKPIQFTWHKDNLPIPSALKTEQKNMDFFSILIIQDLTSAHSGEYTCKASNDFGSVSHSAPLIVKESPTWVWRAQNISVSAGAVLLLPCSAKGQPTPRISWEYSADGDNWRHVLWSQSEASDMGGGSVLSDGTVWLKEVTPGHEGWYRCTARVQHSFLHHSFYLDVREPPRLTRGGGGGETRWVVRGATARLTCTVRGEPEIHVHWTHDSRPLALHGSGGIETRDTNSGIITSEMTINHAGPEHAGEYRCLARNLYGADELVFRLFVKERPSIPEEVRISDVWPRKARITWRMARGAMVSHYSIQYRALNRELTTAPLDAPLPALLDTWDTPEVLNLTLGNSDLLHVASEGPSRAGAFVSGLSPDTRYALRVAAYNDVGASSYTAPLHFTTREEAPGGAPRDITVRALRARELHVTWQSPLRETWHGTLLGYTIRWWEVSEVNKGVLTEGPGSESGASADATSTTLRGLKAATRYGVTVKAYNAAGTGPPSPPHYRYTLESAPTGGPEGVECKSSGATSLRVSWSPPALDSRGGLITHYTVQYTRRDTDPMLLTQDAYLRVQGEEATISRLTPYAEYEIRIRAHTAAGDGPLSTPQVCRTDEDVPSAPGGIKLIALGERSLRASWLPPPEPNGKLTHYTLFVKDLSGSHEPNLTKVNACAESEGSSGECMKSLRGLRPSRTYEAWVRAATVAGDGPPSAAVACQTNALAPARISSFGGIAIGTAGGSLSLRCVVGGAPPPAKRWLRGGSPTHPRPPFHLDGDALLIRGLELSHADNYTCVAENPHGSDSVTWKVIVLRPPAPPGLMLLEARSRELELDLRPAQRAQGHAVAKVFTIHWRLASLEGEWRTQSATPGPIILTGLRCGSAYRVYGSAGGAPGSELTVRTSGGPPIAPPDARWIRANATHARFDTSIWGDGGCGPVALKLEWAGSGLAGARDVPVGGEVILGGLSPGARYRLAARASNEAGWTREVYEFTTTLSEGGFAEEVDAPFPATAGELALLLALCAALSLAALTILAILLRRKRSDGAAARVSTSAEKPNCGTYKGTPHQAPKLPPDPPDVYEISPYATFAGGPGSTAGASRAYTLQLRALARHDDDAAPPHPPCCDEETCVDACDGQRRRRRRRHYCPDHGCSQDSGS

Uniprot

A0A2H1VQ01   A0A194QH00   A0A212FIP2   A0A2A4K795   W8BHF6   A0A1I8Q151   + More
A0A1I8Q177   A0A1I8Q183   A0A1W4V5H6   B3LVQ3   A0A1W4UT57   A0A088APY9   A0A0P8XZR3   A0A0Q9WGA5   B4LY43   A0A0Q9WFX9   B4N9U7   A0A1W4USR1   A0A0N0BC89   A0A195BJQ9   A0A158NJC3   A0A195EYM2   A0A0R3NGB7   A0A0R3NK49   A0A0R3NGP1   A0A0R3NG76   Q29A88   A0A0R1E506   B4PVB9   A0A151JRW6   B4G2L9   A0A151IA46   B4K7M7   A0A0R1E3C0   A0A0Q9X218   A0A0Q9X715   A0A3B0KAQ1   A0A139WPP7   Q7KSE9   A0A139WPF3   A0A2W1BND6   A0A139WPD8   Q9VEJ5   A0A2H1VFK8   B4IBG9   A8JR35   A0A1B0FNH0   K7J3G0   A0A1J1HP71   A0A336M8I3   A0A0L0C0J5   A0A0M4ETQ6   A0A026VYJ5   A0A336KKP0   A0A182FCX3   A0A1A9ZZV3   A0A2W1BN39   A0A182J4M0   B4JTV0   A0A084WCP8   A0A1W7R6Y5   B3P3D4   A0A0L7R8H0   A0A182QYC3   A0A212FEX3   F4WL49   A0A3S2NBJ4   A0A0R1E4W5   A0A182LBP1   A0A232F8U8   Q7Q9I6   A0A2H1VAH3   A0A182WK19   F4W742   A0A3L8DRQ5   W5JR02   A0A0N1PFK5   H9J8A5   A0A182QAF4   A0A158NZK1   A0A182VI12   Q7PPH8   A7UTJ0   A0A182RKW3   A0A1S4GMH5   A0A2C9H8F3   T1JAD1   A0A2C9H8F5   A0A1S4GMH2   A0A3F2YSN7   A0A3F2YSP6   A0A1S4GMJ3   A7UTI9   A0A084WKW8   A0A2J7PQP1   A0A2J7PQK5  

Pubmed

26354079    22118469    24495485    17994087    21347285    15632085    + More
23185243    17550304    18362917    19820115    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    28756777    20075255    26108605    24508170    24438588    21719571    20966253    28648823    12364791    30249741    20920257    23761445    19121390   

EMBL

ODYU01003731    SOQ42878.1    KQ459232    KPJ02721.1    AGBW02008356    OWR53591.1    + More
NWSH01000075    PCG79896.1    GAMC01005845    JAC00711.1    CH902617    EDV43677.1    KPU80416.1    CH940650    KRF83565.1    EDW67931.1    KRF83564.1    CH964232    EDW80662.2    KQ435922    KOX68634.1    KQ976453    KYM85408.1    ADTU01017524    ADTU01017525    ADTU01017526    ADTU01017527    ADTU01017528    ADTU01017529    ADTU01017530    ADTU01017531    ADTU01017532    ADTU01017533    KQ981920    KYN32984.1    CM000070    KRT00043.1    KRT00047.1    KRT00044.1    KRT00045.1    KRT00046.1    KRT00048.1    KRT00049.1    EAL27462.3    CM000160    KRK02724.1    EDW95788.2    KRK02725.1    KQ978579    KYN30034.1    CH479179    EDW24064.1    KQ978255    KYM95887.1    CH933806    EDW15371.2    KRK02723.1    KRG01529.1    KRG01530.1    OUUW01000005    SPP80648.1    KQ971307    KYB29801.1    AE014297    AAS65164.2    KYB29803.1    KZ149956    PZC76468.1    KYB29804.1    AAF55426.3    ODYU01002306    SOQ39628.1    CH480827    EDW44727.1    ABW08696.1    CCAG010010693    CCAG010010694    CCAG010010695    CCAG010010696    CCAG010010697    CVRI01000006    CRK88017.1    UFQS01000550    UFQT01000550    SSX04800.1    SSX25163.1    JRES01001161    KNC24949.1    CP012526    ALC46292.1    KK107570    EZA48842.1    SSX04801.1    SSX25164.1    PZC76469.1    CH916374    EDV91529.1    ATLV01022806    ATLV01022807    ATLV01022808    ATLV01022809    ATLV01022810    ATLV01022811    KE525337    KFB47992.1    GEHC01000744    JAV46901.1    CH954181    EDV48714.1    KQ414632    KOC67128.1    AXCN02001019    AXCN02001020    AGBW02008880    OWR52305.1    GL888207    EGI65012.1    RSAL01000273    RVE43150.1    KRK02722.1    NNAY01000640    OXU27246.1    AAAB01008900    EAA09501.4    ODYU01001341    SOQ37392.1    GL887813    EGI69926.1    QOIP01000005    RLU23107.1    ADMH02000362    ETN66827.1    KQ460970    KPJ10147.1    BABH01027510    BABH01027511    BABH01027512    BABH01027513    AXCN02002350    AXCN02002351    ADTU01004694    ADTU01004695    ADTU01004696    ADTU01004697    ADTU01004698    ADTU01004699    ADTU01004700    ADTU01004701    ADTU01004702    ADTU01004703    AAAB01008948    EAA10381.5    EDO63981.1    JH431989    APCN01004601    EDO63980.1    ATLV01024156    KE525350    KFB50862.1    NEVH01022635    PNF18616.1    PNF18619.1   

Proteomes

UP000053268    UP000007151    UP000218220    UP000095300    UP000192221    UP000007801    + More
UP000005203    UP000008792    UP000007798    UP000053105    UP000078540    UP000005205    UP000078541    UP000001819    UP000002282    UP000078492    UP000008744    UP000078542    UP000009192    UP000268350    UP000007266    UP000000803    UP000001292    UP000092444    UP000002358    UP000183832    UP000037069    UP000092553    UP000053097    UP000069272    UP000092445    UP000075880    UP000001070    UP000030765    UP000008711    UP000053825    UP000075886    UP000007755    UP000283053    UP000075882    UP000215335    UP000007062    UP000075920    UP000279307    UP000000673    UP000053240    UP000005204    UP000075903    UP000075900    UP000076407    UP000075840    UP000235965   

PRIDE

Q7KSE9    Q9VEJ5    H9J8A5   

Pfam

PF07679   I-set        + More
PF00041   fn3
PF13895   Ig_2
PF00047   ig
PF10523   BEN
PF02854   MIF4G

Interpro

IPR003598   Ig_sub2        + More
IPR036179   Ig-like_dom_sf       
IPR013098   Ig_I-set       
IPR036116   FN3_sf       
IPR003961   FN3_dom       
IPR007110   Ig-like_dom       
IPR003599   Ig_sub       
IPR013783   Ig-like_fold       
IPR013106   Ig_V-set       
IPR013151   Immunoglobulin       
IPR018379   BEN_domain       
IPR013087   Znf_C2H2_type       
IPR027413   GROEL-like_equatorial_sf       
IPR003006   Ig/MHC_CS       
IPR003890   MIF4G-like_typ-3       
IPR016021   MIF4-like_sf       
IPR016024   ARM-type_fold       

SUPFAM

SSF49265   SSF49265        + More
SSF48726   SSF48726       
SSF48592   SSF48592       
SSF48371   SSF48371       

Gene 3D

2.60.40.10     1.10.560.10     1.25.40.180    

CDD

cd00063  FN3

ProteinModelPortal

A0A2H1VQ01   A0A194QH00   A0A212FIP2   A0A2A4K795   W8BHF6   A0A1I8Q151   + More
A0A1I8Q177   A0A1I8Q183   A0A1W4V5H6   B3LVQ3   A0A1W4UT57   A0A088APY9   A0A0P8XZR3   A0A0Q9WGA5   B4LY43   A0A0Q9WFX9   B4N9U7   A0A1W4USR1   A0A0N0BC89   A0A195BJQ9   A0A158NJC3   A0A195EYM2   A0A0R3NGB7   A0A0R3NK49   A0A0R3NGP1   A0A0R3NG76   Q29A88   A0A0R1E506   B4PVB9   A0A151JRW6   B4G2L9   A0A151IA46   B4K7M7   A0A0R1E3C0   A0A0Q9X218   A0A0Q9X715   A0A3B0KAQ1   A0A139WPP7   Q7KSE9   A0A139WPF3   A0A2W1BND6   A0A139WPD8   Q9VEJ5   A0A2H1VFK8   B4IBG9   A8JR35   A0A1B0FNH0   K7J3G0   A0A1J1HP71   A0A336M8I3   A0A0L0C0J5   A0A0M4ETQ6   A0A026VYJ5   A0A336KKP0   A0A182FCX3   A0A1A9ZZV3   A0A2W1BN39   A0A182J4M0   B4JTV0   A0A084WCP8   A0A1W7R6Y5   B3P3D4   A0A0L7R8H0   A0A182QYC3   A0A212FEX3   F4WL49   A0A3S2NBJ4   A0A0R1E4W5   A0A182LBP1   A0A232F8U8   Q7Q9I6   A0A2H1VAH3   A0A182WK19   F4W742   A0A3L8DRQ5   W5JR02   A0A0N1PFK5   H9J8A5   A0A182QAF4   A0A158NZK1   A0A182VI12   Q7PPH8   A7UTJ0   A0A182RKW3   A0A1S4GMH5   A0A2C9H8F3   T1JAD1   A0A2C9H8F5   A0A1S4GMH2   A0A3F2YSN7   A0A3F2YSP6   A0A1S4GMJ3   A7UTI9   A0A084WKW8   A0A2J7PQP1   A0A2J7PQK5  

PDB

3DMK     E-value=1.24154e-50,     Score=511

KEGG

101745747    no KO assigned | (RefSeq) Down syndrome cell adhesion molecule-like protein Dscam2

GO

GO:0016021   GO:0042802   GO:0003676   GO:0030017   GO:0007156   GO:0005887   GO:0030424   GO:0005886   GO:0070593   GO:0098632   GO:0007411   GO:0005515   GO:0006468   GO:0004540   GO:0006397   GO:0005524   GO:0004812   GO:0006418   GO:0003723   GO:0046872   GO:0003824  

SignalP

Position:   1 - 27,         Likelihood:  0.890625

 

 

Length:

1767

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

30.85132

Exp number, first 60 AAs:

8.08205

Total prob of N-in:

0.41217

outside

1  -  1625

TMhelix

1626  -  1648

inside

1649  -  1767

 

 

Pi

167.772374

Theta

170.929309

Tajima's D

0.335998

CLR

0.643318

CSRT

0.467676616169192

Interpretation

Possibly Positive selection