KEGG   Cavenderia fasciculata (cellular slime mold): DFA_11830
Entry
DFA_11830         CDS       T02668                                 
Symbol
xrn2
Name
(RefSeq) 5'-3' exoribonuclease
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
SSDB
Motif
Pfam: XRN_M XRN_N RTC_insert
Other DBs
NCBI-GeneID: 14865728
NCBI-ProteinID: XP_004350775
UniProt: F4QEC0
Position
Unknown
AA seq 1157 aa
MGIPAFFRWLVDKYGNVITPTKEPRDSDGSRLKCDFSELNVNGEFDNLYLDMNGIIHPCA
HPEKGPKPRNTQDMMDSIVEYLDLLFAIIRPRKLIYMAIDGVAPRAKMNQQRARRFRAAL
DSRITKEQAARDLIERLNNGSLSQEDYDAIQKDGAEKYHFDSNCITPGTEFMALVALTLR
QYVAEKISTDPAWKDVKVIISDASVPGEGEHKIMEYIRHQRSQPDYNPNLKHVMYGLDAD
LIMLALSTHEVNFDILREFIAPPKGNRFGTPAPTPSKDVDEDEVKDFLVKDYQLLNLAIL
REYLDTELKCNPPFEYNVERIIDDFIFICFFVGNDFLPHLPSLQINEGAIDRLMRIYKEL
LPTFEGYLTDNGEIDLDRLRKVFVRLSREEEDILLRRKKKEERFAQGRNNRFQQTARTDI
TGTASSQQLNTQVSERHKQAAASILSDIFQPVAADTEENNPKKKVKTDHLSNKDAAQQLR
ENLAKATSKGTKDQLDATNREAAALLQQKMSKYNEKKRVVKVIDIQQTPEAAETKDDNTK
KRKKKETEDKSAAEDQDDSLEKKLFIHKMKDVNIGSEGWRTRYYEHHFETEQPQNELVRA
ICQSYVDGLAWVLRYYFHGCCSWGWYYPYHYAPFILDLAENGSMIVEPQFELGAPFRPFQ
QLMSVLPKASGQFVPKPYRTMMGISIDGEDRNDVILHFYPNEFLIDVAPGQPTWKGVCQL
PFIDENELLSALKPLDNSLTEDEAFRNSHGTDLIISHNSTSIGSTTDLPRNLEKPDQILG
TISPVIPGVEKRLPPLLSAKVFTYKNPELVNESTCGILPGAILQKVNLEQYRTRGIQNSS
ANRMINHELGSNQYKNRNQQNGGNFNSNFNNNNFNNNNNTSNQNYNNNGNNRNYNNNQNN
YNNNNQNYNNQNNNQNYNNQNYNNNNQNYNNNNWNQNQNNMGGNNWNQNQNYNNNNYNNN
QNYNNNMGGNNWNNQNNNMNNWNNNNNNMGYNNNNMGGYINNNNNYNNNNQQQQQGIVNM
SVEQKQTVLNNMMLMMKQYNEGANNMTPQEYNQMSTMMNMLLQQQQQDLQLVQNQNQFNV
GRQNNNNDNHHNKKFNNNNNNQGGYNNQGGNKNYNSNQGGNKNYNNNNNNNNYNNNNNQQ
QQGGNKMKYNPFAKSKK
NT seq 3474 nt   +upstreamnt  +downstreamnt
atgggaattccagcattctttagatggttggtagataaatacggcaatgtaattacacca
accaaagaaccacgtgactctgatggatcacgtctcaaatgtgatttttcagagctgaat
gtaaatggagagtttgataatctatacttggatatgaacggtattatccatccttgtgca
catcctgaaaagggacccaagccaaggaacactcaggatatgatggactcgatcgtcgaa
tacctcgacctcttgtttgccattatccgtccacgtaagctcatctatatggccattgat
ggtgttgcaccacgtgccaaaatgaatcagcaacgtgcccgtcgtttccgtgccgccttg
gactcgcgtatcaccaaggaacaagctgccagagacctcatcgagcgtctcaacaatggc
agtctttcacaagaagactatgacgccatccaaaaggacggtgctgaaaagtaccacttt
gactctaactgtatcacaccaggcacagagtttatggcattggtcgcactcactctccgt
caatatgtcgccgaaaagatatcgaccgaccctgcatggaaggacgtcaaggtaatcatc
tcagacgccagtgtaccgggtgaaggagaacacaagattatggagtacatccgtcaccaa
cgttctcaacccgactacaaccccaacctcaagcacgtcatgtatggtttggatgccgat
cttattatgttggcgctatcgacacacgaagtcaactttgacattcttcgtgagtttatt
gctccacccaagggcaaccgatttggcacgcccgcacctaccccatccaaggatgtcgac
gaggacgaggtcaaagatttcctcgtcaaagactaccaacttctcaatctagccatttta
cgtgaatacttggacacagaactcaaatgcaacccaccctttgaatacaacgtcgaacgt
atcattgatgatttcatctttatctgtttctttgtcggaaatgatttccttccacatctt
cccagtcttcaaatcaacgaaggtgccatcgatcgtttgatgcgtatctacaaggagctc
ttgccaacttttgagggttacctgacagacaatggagagattgacctcgatcgtctcaga
aaggtgtttgttcgtctctcgagagaagaggaagacattcttttacgtagaaagaaaaag
gaagaacgttttgcacaaggtcgtaacaatagattccaacaaactgcacgtaccgatatc
accggcactgcaagctcacaacaactcaatacacaagtcagcgaaagacacaaacaagca
gcagcctctatcctcagcgatatcttccaaccagtcgccgccgacactgaagaaaacaac
ccaaagaaaaaggtaaagactgaccatctctccaacaaggatgcagctcaacaattaaga
gaaaatttggcaaaggcaactagcaagggtaccaaggatcaactcgatgccacaaacaga
gaagccgctgctcttcttcaacaaaaaatgagcaaatacaatgaaaagaagcgtgttgtc
aaagtcattgacattcaacaaactccagaggctgccgaaaccaaggatgacaataccaaa
aagagaaagaagaaggaaactgaagataaatcggcagcagaggatcaagatgattctttg
gaaaagaaactgtttattcataaaatgaaagatgtcaacattggttctgaaggttggaga
acaagatattatgaacatcattttgaaactgaacaaccacaaaatgaacttgttagagca
atttgccaatcatatgttgatggtttagcttgggtattaagatattatttccatggttgt
tgttcatggggatggtattatccatatcattatgctccatttattttggatttggcagag
aatggatcgatgattgttgaaccacagtttgaattgggtgctccatttagaccattccaa
caactcatgtctgtacttccaaaggccagtggtcagtttgttccaaagccatacagaacc
atgatgggtatctcgattgacggagaggacagaaacgatgtcattcttcatttctatcca
aacgagtttttgatcgatgtcgcaccaggtcaacccacttggaagggtgtttgtcaattg
ccattcattgacgaaaacgaattactcagtgctctcaaaccactcgacaattcactcacc
gaagatgaagcatttagaaatagtcatggtaccgatttaatcatctctcacaactccacc
tcgatcggttcaactaccgatctacctcgtaatttggaaaagcccgatcaaatcttgggt
acaatcagtccagtcattccaggtgttgaaaagcgtctcccaccacttctcagtgccaag
gttttcacctacaaaaatccagaacttgtcaatgaatccacctgcggtattcttccaggt
gccattcttcaaaaggttaatttggagcaatacagaacaagaggcattcaaaactcttct
gccaatcgtatgatcaaccatgaattgggttccaatcaatacaagaatagaaatcaacaa
aatggtggtaattttaatagtaattttaataataataatttcaataataataataatact
agtaatcaaaactataacaataatggtaataatagaaattataataataatcaaaacaac
tataataataataatcaaaattataacaatcaaaataataatcaaaattataacaaccaa
aattataataataataatcaaaattataacaacaataattggaatcaaaatcaaaataat
atgggaggcaataattggaatcaaaatcaaaattataataacaataattataacaataac
caaaattataacaataatatgggaggtaataactggaacaatcaaaataataatatgaat
aattggaataataataataacaatatgggttataacaataataacatgggtggttatatt
aataataacaataattataacaataataaccaacaacaacaacaaggtattgtaaatatg
agtgtggaacaaaaacagactgtattaaacaacatgatgttgatgatgaaacaatacaat
gaaggcgcaaataacatgaccccacaagaatataaccaaatgtcaacaatgatgaatatg
ttgctacaacaacaacaacaagatttacaactagttcaaaatcaaaatcaattcaatgtt
ggtagacaaaacaacaacaatgacaatcatcacaataagaaattcaacaataacaataac
aaccaaggaggctataataatcaaggcggaaacaaaaattataatagcaatcaaggtgga
aacaaaaattataacaataataataacaacaataattataacaataataataaccaacaa
caacaaggaggaaacaaaatgaagtataatccatttgccaaatcaaaaaaataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (169)   
   RefGene (166)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (176)   

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