KEGG T01611: ARB

Arthroderma benhamiae: ARB_04383

Entry

ARB_04383 CDS T01611

Definition

hypothetical protein

Orthology

K10777

DNA ligase 4 [EC:6.5.1.1]

Organism

abe Arthroderma benhamiae

Pathway

abe03450

Non-homologous end-joining

Class

Genetic Information Processing; Replication and repair; Non-homologous end-joining [PATH:abe03450]

SSDB

Motif

Pfam:

DNA_ligase_A_M DNA_ligase_A_N DNA_ligase_A_C BRCT PTCB-BRCT mRNA_cap_enzyme RNA_ligase DNA_ligase_IV

Other DBs

NCBI-GI:

302511101

NCBI-GeneID:

9524612

UniProt:

D4AJD4

AA seq 1020 aa
MEPNPGGAIRETERELDEKPRNHGQTLPFHDLFISLFNPLNDLKKKPAGPPAARRKAGPT
GRNNLSPHELRRNVIERFISRWRQQVGNDFFPAFRLIVPEKDRDRAMYGLKEKAIGKLLV
KVMKIDKNSEDGYNLLNWKLPGQRAATAMTGDFAGRCFEVISKRPLRTEVGDMSIADVNS
RLDDLAVASKEDAQLPILAEFYRRMNPEEMMWLIRIILRQMKVGATERTFFEIWHPDAES
LFNISSSLRRVCWELYLPSIRLEADEARVTLMQCFQPQLAQFQMHSFQKIIERMRLAEDD
PEFWIEEKLDGERMQLHMETNSSIPGGKRFEFWSRKAKEYTYLYGNGFYDDNGSLTRHLK
NAFADGVESIILDGEMITWDPEQDAPVPFGTLKTAALAEQRNPFSASGHRPLFRIFDIVY
LNGKPLTRYTLRDRRRALEASVIPVHRRFEIHPYQVGKSASDIEPLLRKVVAEASEGLVL
KNPNSPYRLNERNDDWMKVKPDYMTEFGESLDCIVVGGYYGSGKRGGNISSYLCGLRVDD
THAEDGTNPMKCYSFCKVGGGFTAADYANIRHHTDGKWHDWDPKKPPTEYIELAGGDAQH
ERPDVWIKPDDSIVVCVKAAAVTPSDQFRLGLTVRFPRFKRLRMDKDWQSALSVQEFMDL
KAGAEQEKKEKDFQVDNSRRKKTKRSKKKELTVAGSGEPNVAYVGSKTHIFDGLSFCGLK
IQALEVNYANIFIVVMTESVKPMKKSKADLEQLIKANGGKIYQTNNAAKDTYCIADRRTV
KVASLQKSGLENVIRPCWISDCISQNEHDIGESSILLPLEPRHMFFTKEDQKEEISNNVD
KYDDSFARDTSIAELTEILHKMDAISDISGEERLDIMSDLTLDGDQGSVHSDVEGWLFKN
LTIFFAPCSHLSSVPGEPYVDALSIRQQLARNITIFTGATVTDQQKNNRITHVIVDPSAD
RDPETGKAKNYTTLRSEFATRRAIPHFVTVQWVEECWKEKTLVDEERMYSMPAIALPGLC

NT seq 3063 nt +upstreamnt +downstreamnt
atggagccgaacccaggtggtgccattagggagacggagagggagcttgacgagaaacca
cgtaaccacggacaaacccttccctttcatgacttgttcatatcactctttaaccctctc
aacgatctcaaaaagaagcctgcaggacctcccgcggctcgaaggaaggcaggacctact
gggcgtaacaatctctcaccacacgagttgcgtcgtaatgtgattgaacgcttcatctcg
cgatggcgacaacaagtcggtaatgactttttcccagcattccggcttattgtcccagag
aaagatcgtgatcgtgccatgtatggattaaaagaaaaggccattggcaaattgctagtc
aaagtcatgaagattgacaaaaattctgaagatggttacaatcttctaaactggaaactt
ccaggccaaagggctgcaaccgcaatgacaggtgattttgccggtcgctgctttgaagtc
atctccaagaggcccttgagaacggaggtgggtgatatgtctatagctgatgttaactcc
cggcttgatgatttagctgtcgcttctaaggaggacgcgcagctacccatcctagctgaa
ttttatcggcggatgaacccggaagagatgatgtggttgatcagaattattttacggcaa
atgaaagttggtgctaccgagcgtacattcttcgaaatatggcatccagatgcggaaagt
cttttcaatatttctagtagtcttcgccgagtatgctgggagttatacctaccaagtatt
cgccttgaggcggatgaagctcgtgtcactctaatgcaatgcttccagccgcagctcgct
caatttcaaatgcactcctttcaaaagataattgaaaggatgaggttggctgaagatgat
cctgaattttggattgaagagaagctcgacggcgagcgcatgcagcttcatatggagacg
aacagctctatacccggcggaaagaggtttgaattttggtcaagaaaagctaaagaatac
acgtatctatatggaaatggtttctatgatgataatggatctctaacgagacatttgaaa
aatgcttttgctgatggagttgaaagtattatccttgatggagagatgattacctgggat
ccagaacaagacgcccccgtaccatttggtacgcttaagacggcggccttagcagagcaa
cgaaatccgttttctgcaagtggccatcggcccctattcaggatatttgatatcgtttac
ctcaatggtaaacccctaacgagatacacacttcgggacaggcgtcgagcgctagaagcg
agtgtgattccggttcaccggcgttttgaaattcacccctatcaagttggcaaaagtgcg
agtgatattgaacctctacttcggaaagtagtagcagaggcgtccgagggacttgtcttg
aagaacccgaactcaccatatcgcctcaacgaacgcaatgatgactggatgaaagtgaag
ccagactacatgactgaatttggagaatcgctggattgtattgtagtgggtggctattat
ggctctggtaaaagaggcggaaatatctcaagttacctctgcggcctgagggttgacgat
acgcatgccgaggacgggactaatccgatgaagtgctattccttctgtaaagttggagga
ggatttacagcagcagattatgcaaacattcgtcaccataccgatggcaaatggcatgac
tgggatccaaaaaagccacctactgaatatatagaacttgcaggtggtgatgcacaacat
gaacgacctgatgtctggatcaaacctgatgattcaattgttgtatgtgtcaaggctgca
gctgttacacctagtgatcaatttcgactgggcctaacagttcgattccctcggtttaaa
cggctaaggatggacaaggactggcagagtgcgttgtccgtccaggaatttatggaccta
aaggccggggctgagcaggagaagaaagaaaaggactttcaagtggacaactcccgcagg
aagaagaccaaacggagtaagaagaaagaactcactgttgccggctccggtgagccaaat
gttgcctatgttgggagcaaaactcatatttttgatgggctttcgttctgtgggttaaaa
atacaggctcttgaggtgaattatgctaatatttttatagttgtcatgaccgagtccgtg
aagccaatgaagaaatccaaagctgacctggaacagctgatcaaggcaaacggaggaaag
atataccaaacaaataacgcagcaaaggacacctattgtatcgcagacagaagaaccgta
aaggtggcatcattgcaaaaatctggccttgagaatgtcattcgaccttgctggatttct
gactgcatcagccaaaacgaacacgatatcggagaaagcagcatactgcttcccctagag
ccacgacatatgttcttcactaaagaagatcaaaaggaggaaattagcaataatgtcgac
aaatatgacgacagctttgccagagacaccagtatagcggaacttacagagatactacac
aagatggatgcgatatcagatatatctggagaagaacgactagacattatgtctgatctt
actctagatggagatcaaggctccgtccatagcgatgtagaggggtggctttttaaaaac
ctgacaatattctttgccccctgcagccatctgtccagtgtccccggagagccctatgtc
gatgcgttgtcgatacgtcagcaattggctcgaaacatcaccatttttacgggagccact
gtgacagaccagcagaagaacaatcggatcacccacgttattgttgatccctcagcagat
agggatccggagactggcaaagccaaaaactatactactctgaggtcagagtttgcaact
cgccgcgccattcctcatttcgtgactgttcagtgggttgaagaatgttggaaagaaaag
acactggttgatgaagagcgtatgtattccatgccagccattgctctgccaggactctgc
taa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (18)   

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