KEGG   Pieris rapae (cabbage white): 110993715
Entry
110993715         CDS       T05162                                 
Name
(RefSeq) protein sickie isoform X1
  KO
K19483  neuron navigator 2 [EC:5.6.2.4]
Organism
prap  Pieris rapae (cabbage white)
Brite
KEGG Orthology (KO) [BR:prap00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:prap03400]
    110993715
Enzymes [BR:prap01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     110993715
DNA repair and recombination proteins [BR:prap03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    110993715
SSDB
Motif
Pfam: CH AAA_22 PhoH nSTAND3 AAA AAA_25 AAA_24 AAA_16 AAA_5 AAA_14 RNA_helicase NACHT AAA_33 AAA_7 AAA_28 CENP-F_leu_zip EzrA
Other DBs
NCBI-GeneID: 110993715
NCBI-ProteinID: XP_045486230
Position
12:complement(4667174..4783643)
AA seq 2425 aa
MARKYMERRLSKSHRTTIPTSFKVQEPFEFYNKATPFVQRTLLFVADENSGPKQNEERKC
ESQESTDATPGTSKSEQEKSPKKNSFFFSPSKSCKIHGRFFRLPSPKKKAEPGDVASNRG
AAGGLISYAPGWSLKGEHLMKWQESGKTTIEIYTDWANHYLERARSRKRVGTSGGGLARD
CADGLLLADVLEGVTGQKVPRAHRKPRSPQQMLENVQCCLDFLHAQKVQGLEQVTAVDIR
DAKLKAVLALFFALSRHKQASKQRIAPPSGHVPNSPKNSTEDVAISSVQRITGGSSGDDI
LTVCGNNIDMTTLTANRQVSVLQTSIPLPASAAAVRRAPPDKRPLPATPVHGGKSGLSAS
SSRSTSPLGQGAASFIPRAPASSSGSRPNSSLLAPSSKIPSTLSTPPQYSQNVSSHNGTP
TKQSMLDKLKLFNKDKVSNEKPTSKSTAVSKRTSSSSGFSSAKSERSDSSLSLNESSNIP
NTHIKSNIVGPKNLRLQNDTLMKDKTGKNVKSKLLGSKATKESPISLNKSNVKSNNERSK
NSPKLSTRDKDSKLATPKSVSNTKLNLIDDNSRNKPKLDSKMVKLSGSQAKLCESRGDNS
TDSKISESNSNNTKNQSQIQSPSPTGGQNISLPNHTGIPKPTAAVKGTTKISRDERHLQK
SSNSQLSPIQSNSSLNSTNNVSVPPYSREQSNINKESIQKQTLAVSPMPVANNTQLHQNP
ISQMSESSHSNSTHSTTGQQSNSSDGSVIYRPSSESGSEISKSNVSSNRKIDMNTTYIND
VINEAEHSEKEAAQKRTLNSSGIKQIFDHNKTLTEERQDSRSSTPTHCRDNSLGEDDNPL
MNVMPMRPLLRGYNSHLTLPMRTSSLAQKNLTAYPHHANTVKPNFGRDNSFRERLNFNAG
FSNPDYCDLEIASGYMSDGDCLRRINMNEVDNSRSNDIMDGYMSEGGASLYGRRMNYQQQ
SQFQQIDERRGARRNMEGGSGVVYRVVGRTRKTDCGQQTERQPPRQDTTWKKYTDSPGVG
APPMSQPPAPPSPSHSRKSERRAGHHSPQHKREKLTAAQQLGIAPHPQYAAANPSNQHGS
RQGGSAQLQSPSGGSRPSSVSSGNGSSSSSKAKGPQNFGYAKRQNGTQQPPPLPANGPPQ
HTHSGRTAQVTAVPRTKVKVSGGTQTCTQDLQIHKNGIGPKSYSLQGSSAAQLSASVRER
LLGSQSLPKPGTHEFAALFHHHRVPPRGGMKISDGSLSDTQTYSEVKSDYGIPYAPWLRH
SNTYSATGRLSEGESMESLTSLHSAQHTTPNSHHRSSLTHNKLIMHRDAQTSRLNRSNSI
SYLRDRTFPRSTKSEKLYPSMLQRSSESDYEPYYCLPVQYGPGGQGLNYGVSEPPSPSPR
SALSPTHQPASVMHTPRHSHHYPKKNDEVHGSTASLVSTASSLAAGAGAEERHAHEVNTP
VRKLRRELADAKEKVHTLTTQLTTNAHVVSAFEQSLSNMTQRLQQLTATAERKDSELTEL
RQTIELLRKQSIQAGLTTAHMQSMGIRADGVNVTGQELPQPPNQQSSPQRLAQTGNGAIT
RHLSTDSVSSINSLSSGSSVPHDKKHKKKGWLRSSFTKAFSRNAKISKTAKHASLGQLSS
QDSSSGSHHYDDPHTIREGSNENSLEHSHETLDNSKDNTTCPAAKPDEQTKEKQDQALVD
ELKRQLREKDLVLTDIRLEALTSAHQLESLKDTVIKMRNEMLNLKQNNERLQRLVTSRSL
AGSQSSLGTGGSAVEDPRRFSLADQATMHQATIDMHSQPLDLDFNCVTSTPSRDKKGSPK
SNMEPIYGNNVTCELNENSEAILGALNGSSDIFTNGLNAGDRMSGDYDINSVLPPPKTRE
LAIGESYSDIGVADSQGDTTDGKKIAIAVYLGQPETFQRYFEEVQDTLTESECRFYAKQS
ASAYSNHYEKQSSFDSPRMSQTHSPEIETQDYPQTINKSNTNSLKSNKSTHSNSYKHVYN
SDSTINCNEFTIAFTYISGKTTWQNLDYIVRKTFKDYLSRIDPGTNLGLNTDSITSYHLG
EATRGPEIGFPELLPCGYIIGTVTTLYICLQGVGSLAFDSLIPKNIVYRYVSLLSEHRRV
ILCGPSGTGKSYLAAKLAEFYVQRTQRRGNPAEAVATFNVDRKSCNELRAYLGNIAEQCG
AAVGADEAALPSVVVLDNLQHASALGDAFAGLLPPDNRNMPVIIGTMSQATCNTTNLQLH
HNFRWLLTANHMEPVKGFLARYLRRKLFSLELRLGRREPALAAVLEWLPGVWSTLNAFLE
AHSSSDVTVGPRLFLACPMDLEASQAWFADVWNYSIVPYASEAVREGVALYGRRRHAAID
PLQHVKSSYPWREPNHSHTLRPITVEDMNIEEGSQEAVNPNQDPLLNMLMRLQEAANYSG
NQSQDSDNASMDSNLTHDSSMGNEL
NT seq 7278 nt   +upstreamnt  +downstreamnt
atggcaagaaaatacatggagcgacgactatctaaatcccatcgcaccactatacccacg
agtttcaaagtgcaagagccctttgaattctacaacaaagcaactccttttgtgcaacgg
acactcctatttgttgccgacgaaaattcagggccaaagcaaaatgaagaaagaaagtgc
gaatcgcaagaatccacagatgcaacacctggcacgtctaaatcggaacaagaaaaatca
cctaagaaaaactcgtttttcttctctccctcgaaaagttgcaagattcatggccgcttt
ttccgccttccgagtcctaagaagaaggctgagccgggcgatgtagccagtaaccgtggg
gcggcggggggacttatcagctatgccccgggatggtccttgaagggtgaacatcttatg
aaatggcaggaatctggaaaaacaaccattgagatatacacggactgggcgaatcattac
ctggagagggcgcggtcccggaagcgcgtaggtacatccggtggcgggctagcccgggac
tgcgccgacgggttactactagctgacgtcttagagggtgtcactggacagaaagtacca
cgagcccataggaaaccacggagcccacaacaaatgttggagaacgtgcagtgctgtttg
gacttcctccatgcccaaaaagtacaaggattagaacaagttaccgctgtagatataagg
gatgccaagcttaaggcagtcttagcactatttttcgcactaagcagacataagcaagca
tctaagcaaagaatagcgccacctagcggccatgtaccgaactctcctaagaactcaact
gaagatgttgcaataagttccgtccagcgtataacaggtggcagcagtggggatgatatc
ttgactgtttgcggaaataacatcgatatgacaacactaacagcaaatcggcaagtctca
gtgctgcagacatccatccccctacctgcgtctgcggcggccgtgcgacgtgccccgccg
gacaaacgaccgttacccgccacgcctgttcacggtggaaaaagtggtttatctgctagc
tcgagccgttcaaccagtccattaggacaaggagctgctagtttcatacctcgggcaccg
gcttcatcatcagggtcaagaccaaactcgtctttgctagcgcctagcagtaagattcca
tcaaccttatcaacaccgcctcaatactcacaaaatgtatccagccacaatggaactccg
acgaagcaatccatgctagataaattaaaactatttaataaggataaagtcagtaacgaa
aagccgacaagtaaaagtactgctgtatcaaaaagaactagttcctcaagtggcttttct
tccgcgaagagtgaaagatctgattctagtctcagtttaaacgagtcttccaatatcccc
aatacacatatcaaatctaatatagttggcccgaaaaatctaagacttcagaatgatacc
ttaatgaaagacaaaacaggtaaaaatgtgaaatctaaattactaggatcgaaagctacg
aaagaaagtccaataagtttaaataaatcgaacgttaaatcaaataatgaacgttcaaaa
aatagtccaaaattatcaacgcgtgataaagattcaaaattagcaacgccaaaatctgtt
agcaatacaaaattaaatttaatagacgacaattctagaaataagcccaaattagactca
aaaatggtcaaattatcaggtagtcaagcaaaattatgtgaaagtagaggagataatagc
acagatagcaaaatatcggaaagcaattcaaataatacaaaaaatcaaagtcaaatacaa
tcaccatcaccaacaggaggacaaaatatatcattaccgaatcacactggaattccaaag
ccaactgctgctgtaaaaggaacaactaagatatcacgggatgaaagacatttacaaaaa
agttctaatagtcaactgagtcctattcaaagtaattctagtttaaactctacaaataat
gtaagtgttccaccatactcaagagaacaatcaaatataaataaagaatcaattcaaaag
caaacattagctgtttcgccaatgccagtagctaacaatactcaacttcatcagaacccg
atatcacagatgtctgaaagctcacattccaattctactcacagtactacaggtcagcaa
tctaattctagtgatggtagtgttatatacaggccttctagtgaatcgggatcagaaatt
tcaaaaagcaatgtaagttcgaatagaaaaatagacatgaacactacatatataaatgat
gtaataaatgaagcagaacattcagagaaagaagcagcccagaaacgaactttaaacagc
tccggtatcaagcaaatatttgaccataacaaaaccctaactgaagagagacaagacagc
cgttctagtacaccgacacactgtagagataattcgttaggtgaagatgacaacccttta
atgaatgttatgccaatgcggcccttactcagaggttataacagccatcttactttacca
atgcgaacctcaagcttagcccaaaagaatttaactgcgtatccacatcacgcaaatacc
gtcaaacccaattttggtcgagataatagctttcgagaacggttaaattttaatgcaggt
ttttcgaatccagattactgtgatctagaaattgcctcaggttatatgtcagatggagat
tgcttgaggagaattaatatgaacgaagtagacaatagccgaagcaacgatattatggat
ggttatatgtcagagggcggtgcatcactctatggtcgtcgtatgaactaccaacaacaa
tcacagttccaacaaattgatgaaagacgtggagcacgtagaaatatggaaggtgggagt
ggagttgtgtaccgtgtagtaggacgtactcgtaagacggattgtgggcagcagacggag
agacagccgccgaggcaagacacaacttggaagaagtacaccgactcccctggtgttggg
gctccaccaatgagtcagccaccagctcctcccagtccatctcatagtcgaaaaagcgag
cggcgtgcgggtcaccactcgccacaacacaaacgagagaaactcactgcggcacagcaa
ctcggcatcgcgccacaccctcagtatgctgccgctaatccttcaaatcagcatggatcg
agacaaggaggcagtgcgcagcttcaatccccaagtggaggctctcgtccatccagtgtg
tcaagcggcaacgggagtagctcatcaagcaaggccaaaggcccacagaacttcggctac
gctaaacgacagaatggcacccaacaaccgcccccattaccggcaaatggaccgccgcag
catacacatagcggaaggacggcacaagtgactgctgtacctagaacaaaagtaaaagta
tccggagggacacaaacctgtacccaggacctacaaatacacaaaaacggtataggacca
aaatcctattcgcttcaaggaagttcagccgctcaactttctgcttcagtaagggagcga
ctacttggatctcagtccttgccaaagccgggaactcatgaattcgctgcactttttcat
catcacagagtacctccaagaggcggtatgaagatcagcgacggaagtctatcagacact
cagacttactccgaagtgaagtcagattacggaatcccctacgcaccatggctcagacat
agcaatacatattcggcgactggacgtctttctgaaggagagtctatggaatctctgacg
tcactccattcagcgcagcacactacccctaactcacatcaccgcagctcactcacacac
aataagctcatcatgcatcgagacgcacaaacttcgaggcttaaccgaagcaacagtatt
agctacctcagagataggacattcccaagatcgacgaaatcggaaaagctatatccgtca
atgcttcaaaggtcttctgagagtgattacgaaccttattactgcctgcctgtccaatac
ggtcccggtggacaaggtctaaattacggggtatccgaaccaccatcaccatcaccgaga
tcggctctcagtcctacgcaccaacctgccagtgtcatgcatactccacgacattcacac
cattatcccaagaaaaacgatgaagttcacggatccactgcttcccttgtatcaaccgcg
tcttctcttgcggcgggcgccggcgccgaggaaagacacgcccacgaggtaaatacgcct
gttcgaaagttgagaagagagctggcggacgccaaagaaaaagttcacacactcacgacg
caactcacaactaatgcgcacgtggtgtccgctttcgaacagagcctctccaacatgacc
cagcggttacagcagctgacggccaccgccgagagaaaggactcagagctaacggagctt
cggcaaaccatcgagctacttcgaaagcaatctatacaagctggtttgacaacggctcac
atgcagtctatgggtatccgggctgatggtgtcaatgttactggacaggaactaccacag
cctccaaaccagcagtcatctccgcaaaggttagcacaaactggtaacggtgcgatcaca
agacatctctccaccgatagcgtctccagtattaacagcttgagtagtgggtcctcagta
cctcatgataagaagcataaaaagaaaggctggttacggtcatcgtttacaaaagcgttc
tcacgaaatgcaaagatttcaaaaacggcgaagcatgcgtccctcgggcaattgtcatca
caagacagttcctctgggtcgcatcactacgacgacccgcacacaattagagaaggaagt
aatgagaacagcttagagcattcccacgaaacactcgacaactcaaaagacaacacaaca
tgccccgcggccaaacctgatgaacaaaccaaagaaaagcaagaccaagctttagtagac
gaattaaaaagacaattacgcgaaaaagacttagttctaacagatatacgattagaagcg
cttacttcagctcatcaattagaaagtctcaaagacacggttattaaaatgaggaacgaa
atgttgaacttgaaacaaaacaatgagaggcttcaaaggttagtgacgtcaagatcattg
gcaggaagtcagagttctttaggtacaggtggttccgctgtggaagacccacgaaggttc
agtcttgctgatcaagccacaatgcatcaagcaacaatcgacatgcactcgcaaccttta
gatttggatttcaactgtgtaacgtctactccttcgagagataaaaaaggatcacctaaa
tcaaacatggaaccaatttatggaaataatgtaacgtgtgaacttaatgaaaacagcgag
gcaattctcggcgctctcaatggctctagtgatatattcactaatggcctgaacgccggt
gacagaatgagtggagattacgatatcaacagtgtccttcccccgcctaaaacacgagaa
cttgccatcggggaaagctattcggatatcggcgttgcagacagccaaggagatacgact
gacgggaagaaaatagcaatagctgtatatttaggccaaccggaaacattccagagatat
ttcgaagaagtccaagatacgctcactgaatcagagtgcagattctacgcgaaacaatcc
gccagcgcctacagtaatcattacgagaaacagtctagttttgactcaccgcggatgtca
caaactcatagtcccgaaatagaaacccaagactacccccaaactataaataagtcaaac
actaatagccttaagagtaacaaatcgacacatagtaattcctataagcacgtttataat
agtgattcgacaataaattgtaatgaatttacaatagccttcacgtatatttcgggaaag
actacttggcagaacttagattatattgtgagaaaaacgttcaaggattatctatcgagg
attgacccgggtacgaatctcggtctcaatacggactcaataacatcgtatcacttggga
gaagcgactcgaggccctgaaattggttttcctgaattactcccatgcggttacatcatt
ggaactgtgactacactgtacatatgcctccaaggtgttggaagtttagcctttgatagc
cttataccaaaaaatattgtatatagatacgtttctctactgtcggaacaccggcgcgtg
attctgtgcgggccgagcggcactggcaaatcatatttagcagcgaaattggcagaattt
tacgtgcaacggacgcagcggcgaggaaatccggctgaagcggtagcgactttcaacgtg
gatcgtaagtcctgcaacgagttgcgagcgtacttggggaacatagcagagcaatgtggc
gcggcagttggcgctgatgaagccgcattgccatctgtagttgtattagacaatttacaa
cacgcgtctgcacttggtgacgctttcgcgggattactgccacctgacaatcggaacatg
cctgttattattggcacaatgtcgcaagcgacttgcaatactacgaacctgcagctccat
cacaacttccgatggcttctaacggctaaccacatggagccagtcaaaggattcctagct
aggtacctacgtcgaaagctgttttctctggaattacggctaggtaggcgagagccagca
ctagctgccgttttagaatggctaccaggtgtctggtcaacccttaatgcgtttttagaa
gcccactcatccagtgacgtcacagttgggccaaggctattcctagcttgcccgatggac
ttggaagctagtcaggcatggtttgcggatgtatggaactacagtatagttccatacgcg
tcagaggcggtgcgtgaaggcgtagctctttacggtagaagacgacatgcagcgattgac
cctctgcaacacgttaagtcttcttacccatggagagaacctaatcattctcatactcta
cggccaataacagttgaagacatgaatatcgaggaaggcagccaagaagccgtaaatcct
aaccaagatcctctgttaaacatgttgatgcgacttcaagaggcagctaactacagcgga
aaccaaagtcaagactcagacaatgcgagcatggactcgaatctcacacacgacagctct
atgggcaacgagctttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (72)   
   KEGG ORTHOLOGY (1)   
   RefGene (68)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (17)   
   Pfam (17)   
All databases (108)   

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