Gene

KWMTBOMO07248

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_Down_syndrome_cell_adhesion_molecule-like_protein_Dscam2_[Papilio_xuthus]

Location

Bomo_Chr12(-):9033974-9085500      View in EpiBrowser

Location in the cell

Nuclear   Reliability : 1.295

CDS

ATGGAAGGACTCGTATCGCAGAATTACGTGACCGAAGCCGAAAATGAGTACGTGATTAGAGGCAACGCAGCTATTGTTCATTGCAAGATTCCATCATTTGTCAGTGACTTCGTCTATGTAGAATCTTGGTTAATGGACGATGGTGAAATACTTACAGAAAACAATACCAAGATAGCGAAGGTGGTATCACAGCCCTTTGAAGCCGAAGCCGATAACGAATATGTAATTAGAGGGAACTCTGCTATTATGAAATGCGAAGTGCCCAGTTACGTCTCTGACTTTGTTTATGTCGAGATGTGGATGGACAGCGAGGGTGGCACTTATCAGCCCGGTGGAGATGTTGCCGTATCTCAGGCTTATACCGTAAACCTAATGGAAGAAAACGTGCTTCGCGGTAATTCGGCTGTACTAAAATGTCATATACCTAGTTTTGTCTCGGAATACGTGACTGTGACATCCTGGACTATATCGGAAAAAAACTATCCAGATATCGAGATAAGCTCGAACGGGTCGTCTAATTTAGTGGTATCGCAGTCTTATACTGTCAACCTATGGGAAGAGAATGTTTTGCGGGGAAACGCTGCTATATTGAAATGTCAAATACCAAGCTTTGCCACCGAATATGTAACGGTTACTTCTTGGATTATCTCCCAGAATGATGTTGTAGAAACTGAAATTAATATAGAGTCTGAATTCACATTAGTAATATCTCAAGAATACGACGTCAAATTTTGGGAAGAATATGTTTTGCGGGGAAATGCCGCTATCCTGAAGTGTCAAGTTCCTAGTTTTGTATCTGAATATGTCTCAGTTTCTTCTTGGATTATTTCTGAAGATCAAAAAGAGCAAGAAATAAAAATTAATGAAACTCTAAATTTAGACGGAAAATATTTGGTACTCCCATCTGGAGAGTTACACATTCGTGATGTCGGACCTGAAGACGGATATAAATCTTACCAATGTCGGACAAAGCATAGACTGACTGGAGAAACTAGATTGTCAGCTACTAAGGGGCGACTTGTCATTACTGAACCCGTTGGACGTGTTCCACCTAAATTCGCTTCAGTTGTGATGGGAACTATTATCGCAGTCAAGAAAAGCATAAGATTTGAATTGCAATGCCCAGCGCAAGCTTTCCCTATTCCAATTTTCAGGCATTCCCCGTTCCAATATTCAGAGCCTGTGGGACGTGTCCCACCGAAGTTTCCAACAATGGATAATGTTAGAGGTTTTAATGCTATGATAAAAGATAGCCTAACGCTGATATGTCCTGCTCAAGCTTTTCCTGTACCTTTATTCAGGACTTTGCTATGCTATGCCAAGCCCAAGCATTTCCTGTCCCTTTATTCAGAACCTATCACTGCGAGGGCGCCAGCCTTTCCCAATTCAGCCACGTACAATTACAATATTGAAGCTGCATCTGGTGGCTCAATGTTGTGTCAGGCCCAAGGGTACCCTGAGCCCGTATTCAGGTCATTGAGTAGAGCGTTTTGTTTCGATTTAGAACCAATAGCAAGTGCTGCTCCAAGTATTACGGCAACACCAAAAGCTACCGTTACCTACCCTCAACAAATATCTTTGGCGCTGACATGCCCTGCACAAGGATATCCTGTACCTTTATCAAGATGGTACAAATTCATTGATGGCACAACACGCAAACAACCCGTCACACTTGACGATAGAGTGAAGCAAGTATCTGGAACTCTGATTATCAAAGAGGCAAAAGTTGAAGACTCTGGCAAATACTTGTGTGTCGTCAATAATTCCGTCGGAGGCGAATCCGTTGAAACCGTTTTAACCGTCACCGCTCCATTGAAAGCAACCGTAGAGCCCGCCACTCAAACGGTAGACTTCGGGAGACCCGCTGTCTTTACTTGCAGATATGAAGGAAACCCCGTCAAAACTATTACATGGCTGAAAGACGGTAAAGATATGAAACACCATGACGCAAGCTTAAGAATTGAATCTGTGAAGAAAGAAGACAAGGGAATGTATCAGTGTTCCATTAGGAACGACCAAGAAAGCGCAAGTGCAAGTGCTGAGCTGAAACTCGGAGGACGATTTGAACCGCCTCAAATCAGGCATAGCTTTGGCGAGCAGACTTTCCGCTCCGGTCCGTCTCTTCGGCTGAAATGTGTAGCGTCCGGGAACCCGACCCCCGACATCGCCTGGCTCTTGGACGGTGAGAAGCTGTCCAGTGGCGAACGACTTCAGATCGGACAATTCGTTACGGCCGACGGCAACGTCGAGTCGCACCTCAACATTTCTTCCGTGCAGACCAACGATGGCGGCCTCTACACCTGCTTCGCTTCGAGCAAGGTCGGCAGCACATCCCATTCGGCTCGTGTCAACATCTACGGTCTACCCTTCGTTCGTCCGATGAAGAAGCGTCCCGTCGTCGCCGGAGACACTCTGATCGTGCACTGTCCAGTCGCCGGCTACCCTATCGACTCCATTGTTTGGGAACGTGATGGAAGAGTCCTCCCGATCAACCGAAAACAGAAAGTATTCCCCAACGGCACCCTTGTTATCGAGAACGTTGAGCGCATGAGCGACGAAGCCACATACACCTGCGTCGCGAAGAACTCGCAGGGATACACGGCTAGAGAAACCCTAGAACTTCAAGTCATGGTTGCACCGCAAATACTACCATTCGATTTTGGAACGGAGGCATTGAATGATCAAGAAATGGCAGTAGTGATATGCACAGTGACGAAAGGAGATTTACCTGTAGACATAAAGTGGTTTTTTAATGATGATTTCGTTAGTTCTGGAATCAATGGAATAGTATTAAATAACCATAAGAGAACAAGCCAACTGACAATAGAAACTGTTAGTCATCACAATCAAGGAAATTACACCTGTGTGGTAAAAAATGAAGCTGTCGTTCCTCATATCAAACCTTTCGAATTGGAAGAAGCAGTTTTTGCCGGAGAATCTGTACATCTCGATTGCCATGTTTCCAAAGGCGACACGCCACTTGAAATATCATGGTACTTCCAAGGAAAGCCTGTAACATACAGAATGGGCGTCAAAACAACGAAACTTAGTGAACGCGTTTCCGTGCTAGATATACAGGCGGCTTCAGATCTAAATAGTGGCAATTATACATGTACAGCTACTAATAGGGCTGGATCATCTAGCCACACCGCTCTACTCAATGTCATTGTTCCGCCGATAATAGCGCCGTTCAGCTTTGGTGAGATTCCATCAAATCCTGGTGATACAGCAGTTGTGAATTGTGTGGCTACTAAGGGTGACATGCCTCTCGACATATCGTGGACTTTCAGCAGCGAAACAATAGATTCAAGTCTCCAAAGAGACATCATGACGATGCCGCTAGGCTCCCGCGCCTCTGTCCTCACTATCAACTCTGTCAACGCAAATCACCAAGGGAACTACACGTGCATCGTAAAAATGGTACTTTCAAGGCCAAGCTTTGAAGGAGAAAGCAGGGTTCCACCACGTTGGATTCTTGAGCCAACTGATAAAGCTTTTGCCCAAGGCTCTGATGCTAAAGTTGAATGTAAAGCCGACGGCTTCCCCAAGCCTCAAGTTACTTGGAAAAGGGCTGAAGGGGATACGCCTGGCGATTACAAAGACCTTAAGCCTAACAACCCAAATGTTAAAGTTGAGGACGGCACATTGACTATTTCAAATATTCAGAAAACAAATGAGGGCTATTATCTTTGCGAAGCCGTTAACGGGATTGGATCCGGATTGTCTGCGTTGATTCTTATTAGCGTACAGGCACCACCCCAATTCGAGATTAAAATGAGGAATCAGACTGCTCGCAAAAGTGAACCTGCTGTACTTCAGTGCCAAGCTAAAGGAGAGAAGCCTATCGGAATCATCTGGAACATGAACAACAAACGTCTCGAACCCAAATCCGACCCAAGATATACCATCCGCGAAGAGATTCTCCTCGGGGGAGTTGTATCTGACCTGAGCATTAGAAGAACTGAACGATCGGACAGTGCGCTGTTTACTTGCGTGGCAACTAACGCTTTCGGTTCGGACGATACCAGCATCAACATGATCATCCAGGAGGTTCCCGAAGCTCCATATGGTCTAAAAGTCTTGGACAAATCTGGTAGAACAGTACAACTGTCTTGGGCAGCTCCTTATGACGGCAACTCGCCCATAAAGAAGTTCCTTATTGAATACAAACGCGCTAAGGGTAACTGGGAAAAGGATATTGACAGAGTTCTTGTACCAGGGGACGCTACTGAAGCCGGCGTATTTAGTTTGAGACCCGCCACCGCCTACCACATTAGGATCGTCGCCGAAAACGAACTCGGAACTTCAGAGCCTTCAGAAACTGTTACAATCATCACGGCCGAGGAGGCACCCACCGGGCCCCCACAAGACGTTAAGGTTGACGCGGCGGACAAGCACACACTTCGCGTTACCTGGAAACCTCCCGCGCCCCAAGACTGGAATGGTGAACTGCAGGGGTACTACGTTGGATACAAATTGGCTTCCAGCAACAAATCGTTCGTTTTCGAAACCGTCGACATTTCCAAAGAATCTGGCAAGGAACACCATTTGGACATTCAAAATCTGAAGACCTACACCCAGTACACTGTCGTAGTCCAAGCCTTCAATAAGATGGGATCGGGCCCGGTGTCCGCTGAAGTTCGCGCCTATACCGCCGAAGGTGCCCCGTCTGCTCCCCCTCAAGACGTTTTATGCACCACCCTCACGGCACAAACCATCCGCGTCTCCTGGGTGTCGCCCCCACTGGCTGCTGCCAATGGTCTGATCAAGGCGTACAAAGTGATTTACGGACCCAGCGAAACTTGGTACGATGAAAAAACTAAAGACACCAAAAACACGGCCAGTAGCGAAACTATTCTCCACGGACTCAAGAAATTCACTAACTACTCTATGGAAGTGCTTGCGACCACTAACGGCGGAGACGGAGTGCGATCTGTACCCATCCACTGTCAGACTGAACAAGACGTACCCGAGGCCCCGCGTGCCGTCAAAGCTCTTGTAATGGGACAGGATTCTATCCTTGTTTCTTGGAGAGCCCCCGCGCAACCTAACGGAGTTGTCACCCACTACAACGTGTACACGCAAGCACAGAACGCAGAACCTCATCCTAATAAGGTACCAGCCAGTCAAACTAGTTACTCCGCAACTGAACTGAAGCCCGGCCGATACGACTTCTGGGTAACCGCTTCAACTATCATCGGCGAAGGACAACCCTCAGCAACCGCCTCTTGCAGCCCCAGCGACAAAGTACCCGCTAAGATCGCTTCGTTTGACGAATCATTCACCGCGACCTACAAAGAGGATGTGAAGTTGCCTTGTCTTGCTGTCGGTGTGCCGTCCCCTAATATTATCTGGAAGGTCAAAGGTCAACTCTTGGACGCGTCGGAGCGTGTCCGCCAGCTGCCGGAAGGTTCGCTTCAGATCGCCGGGGTGGCTCGCGAGGACGCCGGGGAGTATTCCTGCCACGTCGACAACCAGTTCGGCACCGATACCGTCACCCACACTCTGTCTGTACTCGCTCCCCCGTTCCCGCCGCAGCTGAGCATCGCGTCGTCGTCCGTGTCGTCCCTGACGCTGCGCCTGAAGCCGTCCGCCGACGTGGACCAGTCCCCCGCCGCCGGCTACACTATCCACTACAAACAGGAGTTCGGAGACTGGGAAACTGTTCAGATCCCGAGCAGCACCGATACGTACACTCTTGAGAATTTATTCTGCGGATCACGATATCAGCTTTACGTCACAGCTTACAATGGTATCGGAACTGGCGAGGCTTCGGACGTGGTGATCGCCCGCACGCGCGGCTCCAAGCCCCCCGTGCCCCGCGCCGCCGACTTCATCGAGGTGGCCTCCTCCTCCGTCACCCTGCACCTCAAGCAGTGGCTCGACGGCGGCTGCCCCATGAGCCACTTCGTCGTCGAGAACAAGAAGAAAGGCGCCGCCGAATGGAACCAGATTTCGAACGCCGTGAAGCCAGGAGGAAACTTTGTCGTACTCGACCTGGAACCGGCCACTTGGTACGTGCTTAGGATCACGGCTCACAACAACGCTGGCTTCAATGTGGCTGAATACGAATTCGCGACTCTAACGATGACTGGCGGTACGATCGCGCCCGCACGCGACGCGGGGGGCAACGACCTCAGCGCCGAACAGACCCTCAAGATAATACTCTCGCACCTGAACCTTATCGTGCCCGTCGTCGCTGCCATTCTGGTCATCATCATCGCCATCGTAGTGGTGTGCGTCGTCCGGGGCGCCCGGGACCAACATAAAGATGACGCGGTGTACAACGCGTCGCAGGCGGCGCTGGGCGGCGGCGCGGGCGGCACGCTGGACAAGCGCGGCGGGCTGCGCGACGAGCTGGGCTACATCGCGCCCCCCAACCGCAAGCTGCCCCCCGTGCCCGGCTCCAACTACAACACGTGCGACCGCGTCAAGCGACAGGCCGTCATCAGCATGGAAGATGAAATCTGCCCATACGCCACGTTCCACCTGCTAGGTTTCCGCGAGGAAATGGACCCGAGCAAGGCATTGGCGTTCCCCCATCACCACCCCGCTCACGCCGGCACTCTCGCTCACCCTCACCCTCACCATCCCGCGCACTCACGAGCTGGATCCCAGAGCATGCCACGCGCCAACAGCCGTTACGCCCGCAAGAACTCGCAAGGGGGACAGAGCGCCATCTACTCCACCGCTCCCGAATATGACGACCCGGCCACCTGCGCTGAAGAGGACCAATACCGAGCCCGCTACTCGCGTCCGATGTACGCGTGCGGCCCGGAATACGACGAGCCCGCCTGTTGCGCCCCCGAGGATGAGCAGTACACCGGCGCATACGGCACGCCCTACTCTGACCACTACGGCTCCCGTCCCAGCATTGTGAACCCCGCAGGCACCCGCAAGTGTGGCTCCCCCGAGCCCCCGCCGCCGCCGCCCCGCAACACCAACAACGACAACAACTGCTCCTCCTCCTTCAACGAGAGCAAGGACTCCAACGAGATCTCCGAAGCAGAGTGCGACCAGCCACGAAACTATCCGGTCAGGGCCCACACTGCCAAGGACGGTTTGCACAGCGAGGAAATGAGGAAACTCATTGACAGACCAGAAGCAGCCACCCCAATCCCCCAGCAAGCAGTCCACGGGCGGGGGGGACTCACAGCCTACGATACTGTGGCAGTGTAA

Protein

MEGLVSQNYVTEAENEYVIRGNAAIVHCKIPSFVSDFVYVESWLMDDGEILTENNTKIAKVVSQPFEAEADNEYVIRGNSAIMKCEVPSYVSDFVYVEMWMDSEGGTYQPGGDVAVSQAYTVNLMEENVLRGNSAVLKCHIPSFVSEYVTVTSWTISEKNYPDIEISSNGSSNLVVSQSYTVNLWEENVLRGNAAILKCQIPSFATEYVTVTSWIISQNDVVETEINIESEFTLVISQEYDVKFWEEYVLRGNAAILKCQVPSFVSEYVSVSSWIISEDQKEQEIKINETLNLDGKYLVLPSGELHIRDVGPEDGYKSYQCRTKHRLTGETRLSATKGRLVITEPVGRVPPKFASVVMGTIIAVKKSIRFELQCPAQAFPIPIFRHSPFQYSEPVGRVPPKFPTMDNVRGFNAMIKDSLTLICPAQAFPVPLFRTLLCYAKPKHFLSLYSEPITARAPAFPNSATYNYNIEAASGGSMLCQAQGYPEPVFRSLSRAFCFDLEPIASAAPSITATPKATVTYPQQISLALTCPAQGYPVPLSRWYKFIDGTTRKQPVTLDDRVKQVSGTLIIKEAKVEDSGKYLCVVNNSVGGESVETVLTVTAPLKATVEPATQTVDFGRPAVFTCRYEGNPVKTITWLKDGKDMKHHDASLRIESVKKEDKGMYQCSIRNDQESASASAELKLGGRFEPPQIRHSFGEQTFRSGPSLRLKCVASGNPTPDIAWLLDGEKLSSGERLQIGQFVTADGNVESHLNISSVQTNDGGLYTCFASSKVGSTSHSARVNIYGLPFVRPMKKRPVVAGDTLIVHCPVAGYPIDSIVWERDGRVLPINRKQKVFPNGTLVIENVERMSDEATYTCVAKNSQGYTARETLELQVMVAPQILPFDFGTEALNDQEMAVVICTVTKGDLPVDIKWFFNDDFVSSGINGIVLNNHKRTSQLTIETVSHHNQGNYTCVVKNEAVVPHIKPFELEEAVFAGESVHLDCHVSKGDTPLEISWYFQGKPVTYRMGVKTTKLSERVSVLDIQAASDLNSGNYTCTATNRAGSSSHTALLNVIVPPIIAPFSFGEIPSNPGDTAVVNCVATKGDMPLDISWTFSSETIDSSLQRDIMTMPLGSRASVLTINSVNANHQGNYTCIVKMVLSRPSFEGESRVPPRWILEPTDKAFAQGSDAKVECKADGFPKPQVTWKRAEGDTPGDYKDLKPNNPNVKVEDGTLTISNIQKTNEGYYLCEAVNGIGSGLSALILISVQAPPQFEIKMRNQTARKSEPAVLQCQAKGEKPIGIIWNMNNKRLEPKSDPRYTIREEILLGGVVSDLSIRRTERSDSALFTCVATNAFGSDDTSINMIIQEVPEAPYGLKVLDKSGRTVQLSWAAPYDGNSPIKKFLIEYKRAKGNWEKDIDRVLVPGDATEAGVFSLRPATAYHIRIVAENELGTSEPSETVTIITAEEAPTGPPQDVKVDAADKHTLRVTWKPPAPQDWNGELQGYYVGYKLASSNKSFVFETVDISKESGKEHHLDIQNLKTYTQYTVVVQAFNKMGSGPVSAEVRAYTAEGAPSAPPQDVLCTTLTAQTIRVSWVSPPLAAANGLIKAYKVIYGPSETWYDEKTKDTKNTASSETILHGLKKFTNYSMEVLATTNGGDGVRSVPIHCQTEQDVPEAPRAVKALVMGQDSILVSWRAPAQPNGVVTHYNVYTQAQNAEPHPNKVPASQTSYSATELKPGRYDFWVTASTIIGEGQPSATASCSPSDKVPAKIASFDESFTATYKEDVKLPCLAVGVPSPNIIWKVKGQLLDASERVRQLPEGSLQIAGVAREDAGEYSCHVDNQFGTDTVTHTLSVLAPPFPPQLSIASSSVSSLTLRLKPSADVDQSPAAGYTIHYKQEFGDWETVQIPSSTDTYTLENLFCGSRYQLYVTAYNGIGTGEASDVVIARTRGSKPPVPRAADFIEVASSSVTLHLKQWLDGGCPMSHFVVENKKKGAAEWNQISNAVKPGGNFVVLDLEPATWYVLRITAHNNAGFNVAEYEFATLTMTGGTIAPARDAGGNDLSAEQTLKIILSHLNLIVPVVAAILVIIIAIVVVCVVRGARDQHKDDAVYNASQAALGGGAGGTLDKRGGLRDELGYIAPPNRKLPPVPGSNYNTCDRVKRQAVISMEDEICPYATFHLLGFREEMDPSKALAFPHHHPAHAGTLAHPHPHHPAHSRAGSQSMPRANSRYARKNSQGGQSAIYSTAPEYDDPATCAEEDQYRARYSRPMYACGPEYDEPACCAPEDEQYTGAYGTPYSDHYGSRPSIVNPAGTRKCGSPEPPPPPPRNTNNDNNCSSSFNESKDSNEISEAECDQPRNYPVRAHTAKDGLHSEEMRKLIDRPEAATPIPQQAVHGRGGLTAYDTVAV

Uniprot

H9JLG2   A0A2A4JHT1   A0A2A4JGS1   A0A2A4JGP5   A0A2A4JHC1   A0A2A4JHV8   + More
A0A2A4JG77   A0A2A4JHT0   A0A2A4JHQ8   A0A2A4JGY3   A0A2A4JGT1   A0A2A4JHU4   A0A2A4JGZ4   A0A2A4JFX3   A0A2A4JHS4   A0A2A4JG68   A0A2A4JFW3   A0A2W1BZ53   A0A310SY99   A0A182FKB4   A0A2A3EDY5   A0A336MBA7   B4HQT0   A0A336KT16   B4J6M9   A0A1S4FQT3   A0A1I8Q6J2   F4WW39   A0A1I8Q6P7   A0A0P6JSS3   A0A1I8Q6J3   A0A084VBW7   Q16SD7   D6X339   A0A195CT90   T1HS17   E0W394   Q0E9K7   A0A158NLJ8   A0A0R1DSY0   A0A0R1DT22   Q0E9H7   B4P1M9   A0A0P8XME8   A0A0R3NKZ3   Q0E9K6   A0A139WBI8   A1Z6X1   Q0E9L1   Q68J72   A0A0J9R7A9   Q0E9K2   Q0E9H9   A0A0P8XMG1   A0A0J9R722   Q0E9L4   Q0E9J6   A0A0B4K6Z3   A1Z6X3   Q9NBA1   Q0E9J7   B4KNL3   A0A0J9R8E1   Q0E9I0   B3MI66   A0A0B4K7T6   A0A0B4K6R8   A0A0R1DLN7   Q0E9M3   A0A0R3NKU5   A0A182WFX7   A0A0R3NKX3   Q0E9I1   Q0E9I7   A0A0B4K7I5   A0A195EXU7   Q0E9L8   Q7QGT8   Q0E9L9   Q0E9L0   K7J8E9   A0A0P8XMI2   A0A0B4KEF4   A0A0Q9WGW3   B4LM96   Q0E9K0   A0A0B4K6Z8   Q0E9J3   A0A0R3NKR6   Q0E9I8   A0A0R1DLM4   A0A0R3NRN1   A0A0C4DHD8   Q0E9J1   A0A0Q9WFB1   Q0E9I3   A0A1I8Q6K5  

Pubmed

19121390    28756777    17994087    17510324    21719571    26999592    + More
24438588    18362917    19820115    20566863    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    27386517    21347285    17550304    15632085    15383675    22936249    10892653    17721508    12364791    20075255   

EMBL

BABH01005835    BABH01005836    BABH01005837    NWSH01001519    PCG70993.1    PCG70976.1    + More
PCG70989.1    PCG70984.1    PCG70992.1    PCG70981.1    PCG70990.1    PCG70973.1    PCG70978.1    PCG70986.1    PCG70982.1    PCG70988.1    PCG70985.1    PCG70980.1    PCG70971.1    PCG70975.1    KZ149911    PZC78120.1    KQ759820    OAD62724.1    KZ288269    PBC29920.1    UFQS01000847    UFQT01000847    SSX07271.1    SSX27614.1    CH480816    EDW46740.1    SSX07272.1    SSX27615.1    CH916367    EDW00932.1    GL888404    EGI61628.1    GDUN01000084    JAN95835.1    ATLV01009633    ATLV01009634    KE524540    KFB35461.1    CH477675    EAT37388.1    KQ971372    EFA10759.1    KQ977349    KYN03354.1    ACPB03004816    ACPB03004817    ACPB03004818    ACPB03004819    ACPB03004820    ACPB03004821    DS235882    EEB20100.1    AE013599    ABI31073.1    ADTU01019553    ADTU01019554    ADTU01019555    ADTU01019556    CM000157    KRJ98240.1    KRJ98241.1    ABI31063.1    EDW89165.2    CH902619    KPU75871.1    CM000071    KRT01547.1    ABI31030.1    KYB25260.1    AAM68883.1    ABI31039.1    AY686596    AAT96374.1    CM002911    KMY91943.1    ABI31079.1    AAF59271.2    KPU75878.1    KMY91947.1    ABI31037.1    ABI31077.1    AFH07926.1    AAM68884.1    AF260530    AAF71926.1    ABI31080.1    CH933808    EDW09998.2    KMY91944.1    ABI31038.1    EDV35911.2    AFH07929.1    AFH07930.1    KRJ98247.1    ABI31036.1    KRT01545.1    KRT01554.1    ABI31074.1    ABI31034.1    AFH07933.1    KQ981914    KYN33110.1    ABI31031.1    AAAB01008823    EAA05472.4    ABI31048.1    ABI31067.1    KPU75880.1    AGB93297.1    CH940648    KRF79712.1    EDW60974.2    ABI31064.1    AFH07936.1    ABI31052.1    KRT01544.1    ABI31072.1    KRJ98245.1    KRT01552.1    AAM68885.2    ABI31068.1    KRF79707.1    ABI31060.1   

Proteomes

UP000005204    UP000218220    UP000069272    UP000242457    UP000001292    UP000001070    + More
UP000095300    UP000007755    UP000030765    UP000008820    UP000007266    UP000078542    UP000015103    UP000009046    UP000000803    UP000005205    UP000002282    UP000007801    UP000001819    UP000009192    UP000075920    UP000078541    UP000007062    UP000002358    UP000008792   

PRIDE

H9JLG2    Q0E9K7    Q0E9H7    Q0E9K6    A1Z6X1    Q0E9L1    + More
Q0E9K2    Q0E9H9    Q0E9L4    Q0E9J6    A1Z6X3    Q9NBA1    Q0E9J7    Q0E9I0    Q0E9M3    Q0E9I1    Q0E9I7    Q0E9L8    Q0E9L9    Q0E9L0    Q0E9K0    Q0E9J3    Q0E9I8    Q0E9J1    Q0E9I3   

Pfam

PF00047   ig        + More
PF12355   Dscam_C
PF07679   I-set
PF00041   fn3
PF05186   Dpy-30

Interpro

IPR021012   Dscam_C        + More
IPR013098   Ig_I-set       
IPR036116   FN3_sf       
IPR013151   Immunoglobulin       
IPR013783   Ig-like_fold       
IPR003961   FN3_dom       
IPR007110   Ig-like_dom       
IPR003599   Ig_sub       
IPR036179   Ig-like_dom_sf       
IPR003598   Ig_sub2       
IPR013106   Ig_V-set       
IPR007858   Dpy-30_motif       

SUPFAM

SSF48726   SSF48726        + More
SSF49265   SSF49265       

Gene 3D

2.60.40.10    

CDD

cd00063  FN3

ProteinModelPortal

H9JLG2   A0A2A4JHT1   A0A2A4JGS1   A0A2A4JGP5   A0A2A4JHC1   A0A2A4JHV8   + More
A0A2A4JG77   A0A2A4JHT0   A0A2A4JHQ8   A0A2A4JGY3   A0A2A4JGT1   A0A2A4JHU4   A0A2A4JGZ4   A0A2A4JFX3   A0A2A4JHS4   A0A2A4JG68   A0A2A4JFW3   A0A2W1BZ53   A0A310SY99   A0A182FKB4   A0A2A3EDY5   A0A336MBA7   B4HQT0   A0A336KT16   B4J6M9   A0A1S4FQT3   A0A1I8Q6J2   F4WW39   A0A1I8Q6P7   A0A0P6JSS3   A0A1I8Q6J3   A0A084VBW7   Q16SD7   D6X339   A0A195CT90   T1HS17   E0W394   Q0E9K7   A0A158NLJ8   A0A0R1DSY0   A0A0R1DT22   Q0E9H7   B4P1M9   A0A0P8XME8   A0A0R3NKZ3   Q0E9K6   A0A139WBI8   A1Z6X1   Q0E9L1   Q68J72   A0A0J9R7A9   Q0E9K2   Q0E9H9   A0A0P8XMG1   A0A0J9R722   Q0E9L4   Q0E9J6   A0A0B4K6Z3   A1Z6X3   Q9NBA1   Q0E9J7   B4KNL3   A0A0J9R8E1   Q0E9I0   B3MI66   A0A0B4K7T6   A0A0B4K6R8   A0A0R1DLN7   Q0E9M3   A0A0R3NKU5   A0A182WFX7   A0A0R3NKX3   Q0E9I1   Q0E9I7   A0A0B4K7I5   A0A195EXU7   Q0E9L8   Q7QGT8   Q0E9L9   Q0E9L0   K7J8E9   A0A0P8XMI2   A0A0B4KEF4   A0A0Q9WGW3   B4LM96   Q0E9K0   A0A0B4K6Z8   Q0E9J3   A0A0R3NKR6   Q0E9I8   A0A0R1DLM4   A0A0R3NRN1   A0A0C4DHD8   Q0E9J1   A0A0Q9WFB1   Q0E9I3   A0A1I8Q6K5  

PDB

3DMK     E-value=3.08813e-177,     Score=1604

KEGG

101735614    no KO assigned | (RefSeq) Down syndrome cell adhesion molecule-like protein Dscam2

GO

GO:0016021   GO:0030017   GO:0048666   GO:0050770   GO:0043025   GO:0016319   GO:0050976   GO:0007422   GO:0021551   GO:0003823   GO:0048846   GO:0048814   GO:0030424   GO:0043005   GO:0030425   GO:0005887   GO:0007413   GO:0007411   GO:0042802   GO:0007419   GO:0032490   GO:0006909   GO:0070593   GO:0042803   GO:0008046   GO:0005886   GO:0007156   GO:0098632   GO:0005515   GO:0045261   GO:0046933   GO:0008270   GO:0006520   GO:0006508   GO:0008237   GO:0043401   GO:0003707   GO:0051537  

Length:

2392

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

23.0148

Exp number, first 60 AAs:

0.00718

Total prob of N-in:

0.00042

outside

1  -  2059

TMhelix

2060  -  2082

inside

2083  -  2392

 

 

Pi

0.152083

Theta

1.719157

Tajima's D

-2.005833

CLR

263.649874

CSRT

0.00694965251737413

Interpretation

Possibly Positive selection