KEGG   Danaus plexippus (monarch butterfly): KGM_202254
Entry
KGM_202254        CDS       T04344                                 
Name
(GenBank) threonine dehydratase catabolic isoform 2
Organism
dpl  Danaus plexippus (monarch butterfly)
SSDB
Motif
Pfam: PALP ACT ACT_4 ACT_6
Other DBs
NCBI-ProteinID: OWR54395
UniProt: A0A212FKW8
Position
Unknown
AA seq 1324 aa
MVFQTVEFDPMCDKDNPQIISFEDVSAAAYRIQSGIIKTPCVKSHMSSIFEMDIYLKNDF
LQHTGRRVFIMKSIKKNNGIFKERGARNALILLSSEAKTRGVISASLGNHSQGLSYHAQQ
LNIPATVVMPNVAPIMKIQNCRSYGANVVIHGHDMKEAKYHAMTLAKERGLTYINGYDHP
HIMAGQGTVGLEIVEQVPDVDAVIVPVGGGGLLAGVATAIKNIKPHVLIYGAETEKCPSM
KMAIKHQQPVSVNIRSTLADGLAVPTVGYNAFKTSKSLMDRMITVNEDWIARAILRLVEQ
EKYVVEGGGAVGVAAIMAGLVPELVGKKVVCILSGGNIDTTILGRCLERGLAAEQRLVKF
KVTVSDRPGGIAELCKLISSIGVSIKDIMQERAWVFGDIFSVKVVCETRGPEHLEELEKM
ITDTYKEWNFSRDCEEFDRNDRRLSTFSIDETQDVEYDEYCDPNNPRKIKYDDILAAYRR
ITGYVLKTPCTRAHMSDRLGMEIYLKQEFMQHTGCFKERGVRNTMLLLSEEQRKVGVISA
STGNHGTSMSYHTTQMGIPCIVVMPVRAPITKLTKCQNFGAKTIQHGDNMAEAKHYAMAL
SKEKKLYYVNGYDHPNVIEGQGTIGIEIIEQVPDVDAVIVPVGGGSLLCGIAVAVKHLKP
DTEVYGIQTEKAYSMVEALKRNERVKIVIDSTIADGLGVNLAGVNTFHNLKSGILDKMVI
VKEDWVARAIMHVVEEERYVIEGAAAVTIAAVMAGLFPNLKGKKVVCVLSGGNIDTTILA
RSLERGMAAEGRLVKFKVTVSDRPGGMAELCSLLATIGVTVRDCIPERAWVKGDVFSVEM
KVIVETRGWDHTKELIEQIKKKYKECFFHEMSERSDKGAGAKRGPCLAPNPEDFDEFCDP
DNPKIIKYEDVVDALKRIRKYIPQTPIIASHYQKECGINLFYKLETVMRTGSFKERGALN
ALDLLPRDRQKMGVVVASLGNQAMGICYYGKKLGIPVTVVMPTSVPVIKLQMCSDMGAKV
VVQGHNLVDSQKYARALAKEKGLTHINARDYPDVMAGYGTVAIEIMEQVPALDAVLLPIG
TGGLAAGVATVIKHVNPNCLVYGVQSERLPTFYKSLEAGEPLTLPYEPSIAEGIAMPYVG
VNAFRNAQNLLDKLILVSEDWIARSILHLIEKERLVVEGAGACPLAAVLCSQVPELKSKN
VVIILSGGNIDAVLLGRCLDRGLAAEGRLIKFKVLVKDLGTEYERFTKLLADNGYNLVRQ
FQDRIWVENEIYRVEMKAVCETRGLDHALELKRIIEKTYPNECAFETEPFDSDNTCSCYI
PSKC
NT seq 3975 nt   +upstreamnt  +downstreamnt
atggtgtttcagacggtcgagttcgaccccatgtgtgacaaagacaatcctcaaataata
agttttgaggacgtatcagcagctgcctatagaatccagagcgggattataaaaacgcca
tgcgtgaaatctcacatgtcatctatttttgaaatggatatttatctcaaaaatgacttt
ctgcaacacactggcaggcgagtatttataatgaaatccataaaaaaaaataatggaatt
ttcaaagaacgtggggctcgtaacgccctcattttgctatcatccgaggcaaaaactcgc
ggtgtgatatcagcttcactcggaaaccactcccagggtctcagctaccacgcacaacag
ctgaacataccggccactgtggtcatgccaaatgtggcacccatcatgaaaatacagaac
tgccgttcgtacggcgctaacgtcgtcatccatgggcacgacatgaaggaagcgaagtac
catgctatgacgctagccaaggagaggggactcacatatattaacggctacgatcaccct
cacataatggccggtcaaggcaccgtggggttggagatagtggaacaggttcctgatgta
gacgcggtcatcgtccccgtgggcggcggcggtctactcgccggagtcgccactgccatt
aagaatattaagccccatgttctcatatacggcgctgaaaccgaaaaatgtccaagcatg
aagatggctatcaaacatcaacagccagtgagcgtcaatatccggtccacgctggcggac
gggctcgccgtgcccacggtcggctacaacgcattcaaaacatcgaaatcgctcatggat
aggatgataacagtaaacgaggattggattgctcgcgcgattctgcgtttggtggaacaa
gaaaagtatgttgtggagggcggcggcgctgtcggagtggcggctatcatggccggactc
gtgcccgagttggttgggaagaaggtggtatgtattctgtcgggtggtaacatcgacacc
acaatcctcggtcgttgcttggagcggggtttagccgcggaacagaggctcgtcaaattc
aaggtcaccgtcagcgaccgacccggcggcatcgcggaactttgcaaactcatctcctcc
ataggagtatctatcaaggatataatgcaagaacgagcttgggtctttggcgacatattt
agcgtgaaagtcgtttgtgaaaccagaggtccggaacatttggaggagctggagaaaatg
ataactgacacatataaagagtggaatttctccagggattgtgaagaatttgacagaaat
gatagaagactgagcacgttctccatcgatgaaacccaagacgttgaatatgacgaatat
tgtgatccgaacaatcctcggaagattaaatatgacgatattttggctgcatatagaaga
attacgggttacgtattgaaaacgccttgtacgagagctcacatgtcagataggttgggt
atggaaatatatttaaagcaggagttcatgcaacacactggatgctttaaggaacgcgga
gttaggaatactatgctgttactgtcggaggagcaaaggaaagttggtgtaataagcgct
tcgacggggaaccatggcacttcaatgagttatcacaccacacagatgggtattccttgt
atagttgtgatgccggttcgagcacctatcactaaactgactaaatgtcaaaactttgga
gcgaaaacaatacaacatggcgacaatatggccgaagcgaaacattacgctatggctctg
tcaaaagaaaagaaattatactacgttaatggttatgatcacccaaacgtcatagaaggt
cagggtactatcggcatagagattatagaacaggtaccggatgtagacgctgtcattgta
cctgttggcggaggtagtcttttatgcggcatagctgttgccgtgaaacatttaaaaccg
gacacggaagtttatggtatacaaacagaaaaagcttatagtatggtagaagctttaaag
agaaatgaaagggtgaaaattgtcatcgactctaccatcgctgacggtctaggagtaaac
ttagcaggcgtcaatacttttcacaatctgaaaagcggaatattggataaaatggtaata
gttaaagaggactgggtcgcccgtgctataatgcatgtggtcgaggaagagcgctacgtc
atagagggtgctgcggctgtcaccatagcggccgttatggcggggcttttcccgaatctt
aagggtaaaaaggtggtatgcgtgttgtctggtggtaacatcgacacaaccatcctggct
cggtcgctggagcgcggtatggccgcggagggtaggttggtgaaattcaaggtgacggtg
agcgaccgtcccgggggtatggcggagctgtgctcgctgctagccaccatcggcgtcacc
gtccgcgactgtataccggaacgagcctgggtcaagggagacgtgttcagtgttgagatg
aaagtgatagttgagaccagaggatgggatcacacgaaagaactgatagagcaaataaag
aagaagtacaaggaatgtttcttccacgagatgagcgaacgcagcgacaagggcgccggc
gccaagagaggcccctgcctcgcccccaacccggaagatttcgatgagttctgcgatcct
gacaatccaaaaataattaaatatgaagatgtcgtcgacgctttaaaacgtataagaaaa
tatataccgcagactccaataatagcttcacactatcagaaagaatgcggcatcaatctt
ttctacaaactggaaacggtaatgagaacaggaagttttaaggaaagaggtgcattaaac
gcgctagatttattgccaagagatagacaaaagatgggcgttgttgtagcgtctcttgga
aaccaggcaatgggaatatgttattatggtaaaaaactagggataccagtgactgtggtg
atgccaacctctgtgccagtcataaaactacaaatgtgcagcgacatgggcgccaaagtt
gtagttcaaggtcacaatttggtggactctcagaaatatgctcgagccttagcaaaagag
aaaggtctcactcatattaacgctcgtgactatcccgatgtgatggcgggctatggtact
gtagcaatagaaattatggagcaagtgcccgctttggacgctgttctattgcccattggg
accggcggcttggcggcaggggtcgctactgtcatcaaacacgtcaatccaaactgcctt
gtatacggagttcaatctgaacgactgccaacattttacaagtccctggaagcgggagaa
cctcttactttgccctacgaaccatcaatagccgagggtatagcgatgccgtatgtcgga
gtgaatgcgtttagaaacgcacaaaatttgctcgacaaattaatattagtttctgaggac
tggatagctaggtctattttgcatttaattgaaaaagaacggctagttgtagagggcgct
ggtgcttgtccgttggcagcagttctatgtagccaggtccctgaactgaagtcaaaaaat
gtcgttataatcctcagtggaggtaacatagacgctgtattactaggccgttgtttagac
agaggactggcagcagaaggtcgtcttataaaattcaaagtactcgtgaaagatttaggc
acagagtatgaaaggtttactaaactgctagcggataacggttataatttggtaagacag
tttcaggatcgcatttgggtggaaaacgaaatttaccgagtcgagatgaaagccgtctgc
gagacgagaggactcgaccacgctctggagttgaagagaataattgaaaagacatatcca
aatgaatgcgcttttgaaacggaaccctttgatagcgacaacacctgctcttgctatata
ccttcaaaatgttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (29)   

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