KEGG   Oryza sativa japonica (Japanese rice) (RefSeq): 4330484
Entry
4330484           CDS       T01015                                 
Name
(RefSeq) calpain-type cysteine protease ADL1
  KO
K25378  calpain-type cysteine protease DEK1 [EC:3.4.22.-]
Organism
osa  Oryza sativa japonica (Japanese rice) (RefSeq)
Brite
KEGG Orthology (KO) [BR:osa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:osa01002]
    4330484
Peptidases and inhibitors [BR:osa01002]
 Cysteine peptidases
  Family C2: calpain family
   4330484
SSDB
Motif
Pfam: Peptidase_C2 Calpain_III Laminin_G_3 Laminin_G_2
Other DBs
NCBI-GeneID: 4330484
NCBI-ProteinID: XP_015625425
UniProt: Q6ZFZ4
Position
2:29341241..29357891
AA seq 2162 aa
MEEEEHRGVVLVCSICGFLFAVLGPLSFWILWAVNWRPWRLYSWIYARKWPAYVQGPQLS
TLCSFFTLFAWLVVVSPITVLLVWGGILIALLERNIIGLAVIMVGVALLLSFYSIMLWWR
TQWQSSKAVAYLLLLAVGLLCAYEFCAVYVTTGASASELNSPSGFFFGVSAISLAINMLF
ISKILFNGSGFDVDEYVRRLYKFAYSDCVEVAPVSCSPDPPDPSELYMTKSSRVLHLGLL
YLCSLMVLVVYSILYGLTSKEARWLGALTSVAVVILDWNLGLCSFRFELLKSRMIALFVA
GTSRVFLICFGVHYWYLGHCISYAFVASVLLAAAVSCWLSISNPSVARIDALRSTVIKLR
EGFRRKGQTSSSNSSDGCGSSVKRSSGSVEAGPHGNATDSMYRSNSQSDCVNWNNVPFDR
SNSCQEGQSSDKNIDSGRASLAHRSNSCLSAVAVQDPETAVVSADRHGDPTASLVVCSSS
GLESQGCESSGSATASGNQQLLDLNLAAIFQDRLNDPRITSMLKRNGGLGDVELANLLQD
KGLDPNFSYMMKDKVMDPRILALLQRSSLDADREHQDDVDVTGTDSDRLDTTIANQISLS
EELRRSGLENWLNLSRLMFHQVAGSPIRAFVVFTLIFIIETVTVAVHRPKPIKVINATHE
QFEFGFSILLLSPVVCSIMAFIWSLCAEEMTMTSKPRKYGFIAWLLSTCVGLLLSFLSKS
SVILGLSLTVPLMVACLSFAIPIWMRNGYRFWIPGGELDSRENIRQAPGKKERALFAISI
TVFTASVIGLGAIVSAKPLDALGYKGWDADKKSFYSPYATSMYLGWALSSTIAVLATGVI
PIVAWFATYRFSPSSAICVGLFATVLVSFCGVSYWGVVNSRQDGVPLKADFLAALLPLLC
IPAVFSLFTGMYKWKDDDWKISRGVYLFVGMGVLLLLGAISAVIVTIRPWTVGVACLLVI
LFLVFAIGVIHYWTSNNFYLTRTQMLLVCSLAFLLALAAFLMGLFQEKPFVGASIGYFSF
LFLLTGRALTVLLSPPIVVYSPRVLPVYVYDAHADSAKNVSYAFLILYGIALATEVWGVI
ASLILNPPFIGAAISAITLVIAFSFAVSRPCLTLKMLEDAVHFLSKDTVVQAMSRSANKT
RNAISGTYSAPQRSASSAALLVGDPAITLDRAGNFVLPRADVMKLRDRLRNEEITAGSFF
CGVKNCLMIGSPVDVDYRRNMCAHARILALEEAIDTEWVYMWDKFGGYLLLLLGLTAKAE
QIQDEVRLRLFLDSIGLSDLSAKEIKKWMPEDRRHFELIQESYIREKEMEEEVLMQRREE
EGKGRERRKALLEREERKWKELEISLLSSIPNAGSRDAAAMAAAVRAVGGDSALEDSFAR
DRVSSIARHIRKAQLARRAEQTGIPDTVCILDDEPRSTGRHCGEIDLCLCESKKVSFSIA
VMVQPVSGPVCLFGTEFQKKVCWEILVAGSEQGMEAGQVGLRLVTKGERMTTVAKEWNIG
ASSIADGRWHLVTVTIDADLGEATSFIDGVYDGYQNALPLPRNNGIWEPGTDIWVGARPP
TDLDAFGRSDSEGSDSKMQIMDAFLWGRCLTEDEVAMLHTAICSAEYGLFDLAAEDAWHG
SYSARVDDWESEEANFELYDQEDVEWDGQYSSGRKRHARDSVAIDIDSFARRPRKPRFET
REEVNQRMLSVERAVREALIAKGERNFTDQEFPPDDRSLFVDPMNPSLKLQVVSEWMRPS
DIAKEVSISSQPCLFSGSVNSSDVCQGRLGDCWFLSAVAVLTEMARISEVIITPEYNEEG
IYTVRFCIQGEWVAVVVDDWIPCESPGKPAFATSRKQNELWVSILEKAYAKLHGSYEALE
GGLVQDALVDLTGGAGEEIDMRSPQAQIDLASGRLWSQLLHFKQEGFLLGAGSPSGSDAH
ISSSGIVQGHAYSILQVREVDGHKLVQIRNPWANEVEWNGPWSDSSQEWTERMKHKLKHV
PQSKNGVFWMSWQDFQIHFRSIYVCRVYPPEMRYSVHGQWRGYSAGGCQDYDSWHQNPQY
RLRVTGRDALYPVHVFITLTQGVGFSRKTNGFRNYQSSHDSSMFYIGMRILKTRGCRAAY
NIYMHESVGGTDYVNSREISCELVLEPYPKGYTIVPTTIHPGEEAPFVLSVFTKAPIKLE
AV
NT seq 6489 nt   +upstreamnt  +downstreamnt
atggaagaggaggaacaccgcggggttgttcttgtttgcagcatctgcggtttcctcttc
gctgtccttggccctctcagcttttggatcctatgggctgtgaactggaggccgtggagg
ctatatagttggatatatgcaaggaaatggccagcatatgtgcaaggacctcaactaagc
acactgtgcagctttttcactctttttgcatggcttgtcgtcgtttctccaataacagtt
ttgttagtatggggaggcatccttattgctcttttggaaaggaacataattgggctagct
gttataatggtcggtgttgctttgcttctgtcattctactctataatgttgtggtggaga
acgcaatggcaaagctccaaggctgttgcttatcttctactcctggcagtcggtctactg
tgcgcttatgagttttgtgctgtttatgttacaaccggtgctagtgcttctgagctcaat
tccccatctggcttcttctttggggtatctgcaatttcattggccataaatatgcttttt
ataagtaaaatactgttcaatggaagtggattcgatgttgatgagtatgtccgaaggttg
tacaaatttgcatattctgattgtgttgaagtggcccctgtttcatgctcgcctgaccca
ccagatcctagtgagttatacatgacaaaatccagcagggtcttgcatctagggcttctt
tacctttgctcattgatggttcttgttgtctattccatcttatatggtctgacatcaaaa
gaagcacgctggctgggtgctttaacttcagttgcagtagtgattctcgactggaatttg
ggcctgtgttcatttaggtttgagcttcttaaaagtcggatgatagcgctatttgtagct
ggaacatcaagggttttccttatatgctttggggtgcactactggtaccttggacattgc
atcagttatgcttttgtagcatctgtgcttttagctgcagctgtctcttgctggctttct
atttcaaacccctcagttgcaaggatagatgcattaagaagcacagtgataaaactccga
gaaggttttcgaaggaaggggcaaactagttcttcaaactcatcagatggctgtggatct
agtgtgaagcgtagtagtggcagtgttgaagctggtcctcatggcaatgctactgattct
atgtacagaagcaactcacaaagcgattgtgtcaattggaacaatgttccttttgatcga
tcgaatagttgtcaagaaggacagagctctgacaagaacatagatagtggacgtgccagt
ttagcccatcgcagtaattcgtgcctttctgctgtagctgtacaagaccctgaaactgct
gtagtttcagcggacaggcatggggacccaactgcttcactcgttgtttgctctagtagt
ggtttggaaagtcaaggctgcgagtctagtggatcagctactgcctcgggtaatcagcag
ctattggatttgaacttggctgcaatttttcaggacagactgaatgatccaagaatcaca
tctatgctaaaaaggaatggtggactaggagatgtagaattggctaatcttcttcaggat
aaaggccttgatccaaatttttcctatatgatgaaagacaaggttatggacccacgaatt
ttagctttgctgcagagaagcagcttagatgcagacagagagcatcaagatgatgtagat
gtcactggtactgattcagataggttagatacaactattgcaaaccagatctcgctatca
gaggaacttaggagaagtgggctagaaaattggctaaatctttcaaggctgatgtttcat
caagtagcaggttcaccaatacgtgcttttgttgtttttaccctaatattcatcatagaa
acagttactgtggctgtccatcgaccgaagcccatcaaggttataaatgcaactcatgaa
cagtttgagtttggtttctcgatactgcttctatcaccagttgtctgctccattatggca
ttcatttggtccctgtgtgcagaagagatgacgatgacatccaaacctcggaagtatggc
ttcatcgcatggttgctgagtacttgtgttggtctacttctgtctttcttgagcaagtca
tcagttattttgggtttgtcactcacggtcccacttatggtggcttgtctctcatttgct
attcccatatggatgcgtaacggttaccgtttctggattccgggaggggagcttgatagc
cgtgaaaatatccgccaagctccaggaaagaaagagcgcgctctgtttgccatcagcata
actgttttcactgcatcagtaattggccttggtgcaatagtatcagcaaaacctctagat
gcattgggctacaagggatgggatgctgataaaaagagtttctattctccctatgcaaca
tcgatgtatcttggatgggcattatcatcaacgattgctgtacttgccactggggtgata
cctattgtcgcttggtttgctacttatcgattttcaccttcatcagctatatgtgttggc
ctttttgcaactgtccttgtatccttttgtggtgtgtcctactggggagtggtaaattca
cgacaggatggagttcctctgaaggctgatttcctggcagctttacttccattactttgc
attcctgctgtgttctcgttgtttactgggatgtataaatggaaggatgatgattggaag
atttcccgtggagtttacctatttgttggcatgggagtgctgttattgcttggtgcaata
tctgcagtaattgttacaattagaccttggactgttggagttgcatgcctccttgtcatc
ttgttccttgtatttgctattggtgtcattcactactggacatctaacaatttctattta
acaaggacacaaatgttacttgtttgctcccttgcttttctccttgccttggctgctttc
ctgatgggcttatttcaggagaaacctttcgttggggcatctataggttatttctcgttt
ctatttcttctcacaggaagagcattgactgtccttctatcaccaccaattgtcgtgtat
tcaccgagggtattacctgtttatgtttatgatgcccatgcagactctgctaaaaatgtt
agttatgccttccttatcttgtatgggattgcattggctactgaagtttggggtgtcatt
gccagtctaatattgaatccaccatttattggggctgctatttctgctatcactcttgta
attgccttcagttttgctgtttctcgaccatgcctgactctcaagatgctggaggacgct
gttcactttctcagtaaggatacagttgtacaagcaatgtcacgttctgctaacaaaacg
agaaatgctatttctgggacttactcggcgcctcagagatccgcaagttctgctgctctt
ttggttggagatcctgctattacgttggacagggctgggaattttgtgcttcctagggct
gatgtcatgaagctgagagatcgtttaagaaatgaagaaattacggcaggatcgttcttt
tgtggagtgaagaattgtttaatgattggatcccctgtagatgtagattatcggaggaat
atgtgtgcccatgcacgtattttggctttggaagaagcaattgatactgaatgggtttac
atgtgggacaagtttggtggttatttacttcttctgcttggcttgactgccaaagctgag
caaatacaggatgaagttcgtcttagactttttctggacagcataggtctttctgactta
agtgccaaagaaatcaagaaatggatgcctgaagatcgaagacattttgaacttattcaa
gaaagctacataagggaaaaagaaatggaagaggaggtcttgatgcaaaggcgcgaggaa
gaagggaagggaagggaaaggaggaaggcattgttggagagagaggaacgaaaatggaag
gagcttgaaatatcactgctatcttctattcctaatgctggaagcagggatgctgcagcc
atggcagcagctgtcagagctgtgggtggtgattctgctctggaagattcttttgcaagg
gacagggtctcgtcaatagctcgtcacataagaaaggcacaattggctcggcgagcagag
cagactggcattccagacactgtttgcatacttgatgatgaaccaaggagtactgggcgt
cattgtggagagattgatttgtgtctttgtgaaagtaaaaaagttagcttctccattgca
gtaatggtgcagccggtgtcaggtccagtctgtctttttggaacagaattccagaaaaaa
gtgtgctgggaaatcttggtggcagggtcagaacagggaatggaagctggccaagttggt
cttcgattggtgactaagggtgaaaggatgacaaccgttgcaaaagagtggaatattggt
gcatcaagtattgctgatggcaggtggcatcttgtcactgtgactatagatgctgatcta
ggtgaagcaacttctttcatagacggagtctacgatggatatcagaatgcgttgccattg
cctagaaataatggcatctgggaacctgggacagatatttgggttggtgctaggccaccc
acggacttagatgcctttggtaggtcagacagcgagggatcagactcaaagatgcagatc
atggatgcttttctatggggaagatgtctgactgaagatgaggttgctatgttgcataca
gccatctgttctgctgaatatggcctttttgatcttgctgctgaggatgcttggcatgga
agttattctgcaagggtggatgactgggaaagtgaagaagcaaattttgaactatatgat
caagaggacgttgaatgggatggacagtactccagtggtaggaaacgtcatgcgcgtgat
tctgtagctattgacattgactcctttgctagaagaccaaggaaaccaagatttgagaca
cgagaggaagtcaatcagcgcatgctttctgtcgaaagggctgttagagaggctcttatt
gcgaagggagagagaaattttactgatcaagagttccctccggatgatcgatctctgttt
gtagatccgatgaacccatctctaaaattgcaggttgtctctgagtggatgaggccttct
gatattgcgaaggaggtatctatcagttcacaaccgtgcttattttctggttctgtgaat
tcgtcagatgtgtgtcagggtcggttgggcgactgttggttcttgagcgctgttgcagtt
ttgacagagatggcccgtatatctgaagttataatcactcctgagtataatgaagaaggg
atttacactgtcagattctgtatccagggtgaatgggtggcagtggtggttgatgattgg
atcccctgtgagtctccggggaaaccggcatttgctactagtagaaagcaaaatgagctg
tgggtatccattcttgaaaaagcttatgcaaagcttcatggctcttatgaggcattggag
ggtgggcttgtgcaagatgctctagtggatctcacaggaggagctggtgaagagattgac
atgcggagcccccaagcgcagattgatcttgctagtggaagattgtggtctcagttgttg
cattttaaacaagagggctttcttcttggtgctggaagtccttctggctcggatgctcat
atttcatcaagtggcattgttcagggacatgcttactcaattttgcaggtaagagaagtt
gatggccataagctcgtgcaaattagaaatccgtgggcaaatgaagttgaatggaatggt
ccgtggtcagactcatcacaagagtggactgagcgaatgaagcacaaacttaagcatgtt
ccacagtcaaagaatggggtattctggatgtcttggcaagattttcagatccactttcgg
tcaatatatgtctgtcgtgtttatccacccgagatgcgttactctgtccatggccaatgg
cgtggttatagtgcaggtggttgccaagattatgactcatggcatcaaaatcctcagtac
cggcttagagtaacaggacgggatgcactgtatcctgtacatgtatttattacccttacg
cagggtgttggtttttctagaaagacaaatggtttccggaactatcaatctagccatgac
tcttctatgttttacattggaatgaggatactcaagacacggggctgccgtgctgcttac
aatatctacatgcatgaatcagtgggtggaacagattatgttaactcaagggagatatca
tgtgaattagtgttggagccttatccaaaaggatacacaattgtgcccacaaccatccat
cctggagaggaagcaccttttgttttatcagtttttacaaaagcaccaatcaagctagaa
gctgtttaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (88)   
   KEGG ORTHOLOGY (1)   
   RefGene (83)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (6)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (16)   
   RefSeq(nuc) (4)   
   GenBank (6)   
   EMBL (6)   
Protein domain (4)   
   Pfam (4)   
All databases (117)   

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