KEGG   Trichoplusia ni (cabbage looper): 113496711
Entry
113496711         CDS       T05757                                 
Name
(RefSeq) neogenin-like isoform X1
  KO
K06754  roundabout, axon guidance receptor 2
Organism
tnl  Trichoplusia ni (cabbage looper)
Brite
KEGG Orthology (KO) [BR:tnl00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:tnl04147]
    113496711
   04515 Cell adhesion molecules [BR:tnl04515]
    113496711
Exosome [BR:tnl04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   113496711
Cell adhesion molecules [BR:tnl04515]
 Immunoglobulin superfamily
  ROBO family
   113496711
SSDB
Motif
Pfam: I-set Ig_3 Ig_2 ig V-set fn3 C2-set_2 TM_ErbB1 Neur_chan_memb Cir_Bir_Yir
Other DBs
NCBI-GeneID: 113496711
NCBI-ProteinID: XP_026731819
UniProt: A0A7E5VU31
Position
8:complement(5347513..5358526)
AA seq 1000 aa
MTAGPIKRDNLRWNQFKCIVLLHLLFSFPCSIKAQSRAPRIKEHPADTIVGRSEPATLRC
VSEGKPKPTIQWYKDGSPLAPTDHPHRVLLEDGLLFLRVMRGKKENDEGVYWCVARNSVG
EAVSKNATLTIAVLRDDFRVEPRDVKVASGEPAVLECSAPKGVPDPGVHWTKDGQSLDVE
VNGRIMIVNGGDLRILESLPTDSGVYRCVASNVAGERQSRPATLLVLRRPHFLVKPNNIT
ALIGQNVEFHCQASPESDVSVTWSRDTGSLSPYAIIRRGSLRIDRVVATDAGTYTCRAES
QAGTSIASASLTLHSLPHFTRVPSDQTAWEGEAVSFPCEAEGTPLPVVFWTMEGSQELVF
PKSTHGTGSLYLDRVTTKHAGRLTCVAVSAAGSALHTATLQVLRREANSFNGDLETSSPY
PDLSKHQNHPPMTQYELVQARRYLQQDVLALRRVEGISATTVKIVWDVLTDYNEYLEGVK
IWFNGTSLNRQYVIEEDYRHSNISYKESLADFRKYENFSMTTVHNSGSSSHVLTGLLPHA
QYDVFLMPFYKLLLGKPSNMKSGVTEEDVPTEPPQSVTAGVINATSAWIRWDPPPPHTWN
GELSGYLIEVRVGGSTGGRVVGQMSLGAKTRAAAASSLRAGGRYSARAAAVTRRGHGPFS
APAHIHMLPTLSQRHYVQTEPSTDKAIVSMFQETWLLALCLTLLVLVLVGTGVVVYLRRK
QSKQRKSQNTTGTAIVNAQQCLLGKEAVWLRERPMFEGSNEPRIEILNCHQSLLHGGHSI
GTMSMEAEYSLPQHTNVLNPIPEEGQRRLQPEPYASSAIYTELNYQDHTDAEDSCMKCAV
SPGSYDNSMVRSYGESNQYSNEECSTCCRSSSSTLTKDYSEMTKCGNEDEIQDMSIEDCP
SCKTNHSRSSSHHDANKEWAMAEVEYDYPQWHWLGRENTFRQTNQDVRYATEGRSDQDCR
MNLCDILPPPPYERESQYREMHAFTNHSGTSGCSGHSYRS
NT seq 3003 nt   +upstreamnt  +downstreamnt
atgaccgcgggtccaattaaaagagataatctcagatggaaccagttcaagtgtatagtg
cttttgcatcttttgttcagctttccgtgctccataaaagctcaatctcgggctcctcgc
ataaaggaacatccagctgacacaatagtcggcaggagtgagcctgctactctgcgctgt
gtctcagaaggaaaaccgaagcccacgatccagtggtataaagatggctccccactcgct
cccactgaccacccacacagagtcctgctggaggatggactcttgttccttagggttatg
cgtggcaagaaggaaaacgacgagggtgtgtattggtgcgtcgcacgcaactctgtcggc
gaggccgtcagtaagaacgcaacactcactatcgctgttcttcgagacgacttcagagta
gaacctcgagatgtaaaagtagccagcggggaacccgccgtactagaatgttctgccccg
aagggcgtaccagatccaggagtacattggacgaaggacggccaaagtttagacgtcgaa
gttaacgggagaataatgatcgtaaatggtggtgatttaagaatactagaaagtcttcca
acggatagtggggtatatagatgtgtagcgtccaatgtggctggagagagacagtctcgc
cccgcgacgttactcgtgttacggcgaccacattttctagtgaaacctaataacataacg
gcattgataggccagaatgttgagtttcactgtcaggcatccccagaatcagatgtgtca
gtgacgtggtctcgcgacactggttcattatcgccgtacgcgatcattcgtcgaggatca
ctgagaatagatagagttgttgctactgatgctggaacttatacgtgcagagctgaaagc
caagccgggactagtattgcatctgcctcgcttactttacattctttacctcatttcact
cgagtgccttcagaccaaactgcctgggaaggggaagcagtgtctttcccgtgcgaagcc
gagggcacaccgctgcctgtcgtcttttggaccatggaagggtcacaagaattagtgttt
cctaaatcaactcatggtaccgggtctttgtatctggatcgggttacgacgaaacatgct
ggtagattgacgtgcgtagctgtgagtgcagctggaagtgctttgcataccgcaacttta
caggtattaagaagagaagctaactcattcaatggtgatttagaaacatcgtctccatac
ccagatctttctaaacatcagaatcatccgccaatgacgcagtatgagttagttcaagcg
cgccgatatttacagcaagacgttttagctttaagaagggttgaaggcatttctgccact
acagtcaaaattgtttgggatgtgttaacagattacaatgaatacttagaaggtgtcaaa
atatggtttaacgggacctctctaaatcgacaatacgttatagaagaagattatcggcat
tccaatatttcttataaagaaagtttagcagattttagaaaatacgaaaacttttcaatg
accacagtacacaatagtgggtcttctagtcatgttttaactggtttattacctcacgct
caatatgatgtgttcttgatgccattttacaagttactattgggtaaaccctctaatatg
aagtctggtgttacggaagaagacgttccaacagagccgccacaaagcgtcacagcggga
gtgataaatgcgacgtcagcgtggattcggtgggatccgccgcccccgcatacatggaac
ggtgaactatccggttatttgattgaggttcgcgtgggtggtagtactggcggtcgcgtg
gtcggtcaaatgtcgctgggtgctaagacgcgcgcggctgcggcaagctcactgcgggcc
ggcgggcgctacagtgctcgcgcggccgctgtcacgcgccgcggacacggcccgtttagc
gcgcccgctcatatacacatgctgcccacgctgtcacaaaggcactacgtacagacggaa
ccatcgacggacaaggcgatagtgtcaatgttccaagaaacttggctgctggcattatgt
ctaactttgttagtgctagtacttgtcggcactggagttgttgtttatttaaggcgaaag
cagtctaaacaaagaaagagccaaaacacgactggaactgcaattgtaaatgctcaacaa
tgtcttttaggtaaagaagctgtttggttgcgagaaagacctatgtttgaaggttccaac
gaacctagaatagaaattttgaattgccatcaaagtctattgcatggtggtcattccata
ggtactatgtcaatggaagctgagtacagtcttcctcagcatacgaatgttttgaatcca
attccagaagaaggtcaaagaagacttcaaccggaaccgtatgcttccagtgctatttat
acggaattaaattatcaggatcacaccgatgcagaagactcatgcatgaagtgtgctgtt
agtcctggctcatatgacaacagcatggtccggtcttacggagaaagtaatcaatactca
aatgaagaatgctctacatgctgccggagtagcagctcgaccctcacgaaagattacagt
gaaatgacaaaatgtgggaatgaggatgaaattcaggacatgtctatagaagactgccca
tcctgcaaaacaaaccattctagatcttcgagccatcatgatgccaacaaagagtgggct
atggctgaagtagaatatgattaccctcaatggcattggttgggaagggaaaatacattt
aggcaaacaaatcaagatgtgaggtacgcaacggaaggtcgaagcgatcaagattgtaga
atgaacttatgtgatatcttgccgccaccgccttatgagagggagtcacagtatcgagaa
atgcacgcattcaccaatcactcagggacttcaggttgttcaggacactcttataggagt
taa

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Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (10)   
   Pfam (10)   
All databases (24)   

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