KEGG   Alligator mississippiensis (American alligator): 102567619
Entry
102567619         CDS       T03087                                 
Symbol
PXDNL
Name
(RefSeq) peroxidasin like
  KO
K19511  peroxidase [EC:1.11.1.7]
Organism
amj  Alligator mississippiensis (American alligator)
Brite
KEGG Orthology (KO) [BR:amj00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    102567619 (PXDNL)
Enzymes [BR:amj01000]
 1. Oxidoreductases
  1.11  Acting on a peroxide as acceptor
   1.11.1  Peroxidases
    1.11.1.7  peroxidase
     102567619 (PXDNL)
SSDB
Motif
Pfam: An_peroxidase I-set Ig_3 LRR_8 ig Ig_2 V-set LRR_4 C2-set_2 LRR_5 LRR_1 VWC LRR_9 Ig_4 Sp38 SF-assemblin LRRCT Amnionless
Other DBs
NCBI-GeneID: 102567619
NCBI-ProteinID: XP_014462273
Position
Un
AA seq 1468 aa
MEPRRLSQLLLLLSLWCCPALSCPSRCLCFKSTIRCMHLMLDRVPRVPQQTSVLDLRFNR
IQEILAGTFRKLKNLNTLLLNNNNIRKISRNAFEGLENLQYLYLYKNEIHTIDQQAFKGL
LSLEQLYIHFNQIETVEPETFRGLRKLERLFLHNNKLSKIPPGSFSHLDSLKRLRLDSNA
LICDCELLWLAELIKDYTRKGNTQAAASCEYPKTLQGRPVASLLVEEFTCERPRITSEPR
DADVTPGNTVYFTCKAEGNPKPKIIWIHNNQSLDMEDDRRLNLLDDGTLMIQNTRESDQG
VYQCMAKNVAGEAKTHSAFLRYFSIPTKPSFIIQPQNTEVLVGTSTTLECMAIGHPQPRI
SWSRENGDSLDESRYIVTSGGGLFIQNVTLQDHGQFICHASNNQDSIQASAKIIVQAPPQ
FTVSPKDQVVLEGHTVDFHCEAEGNPPPVIAWTKSGSQLPHDGHHTVLSSGTLRIARVAQ
HDEGQYECQAVSALGVKRVTVLLNVKPKVLPVFTKLPQDTSVEVGRNVEIPCSAHGEPQP
ILTWRKSGIHITASGKFHVNPEGTLTIRDVGQADQGRYECVARNPFGLTTASMLLTVTIP
RGRQAGDNFVESSILDAIHQVDSAINSTRRNLFSQHPQTPTDLLAQFRYPRDPFTIETAR
AGEIFEQTLQLIQEHVKQGLSVDFGGIEFRYNDLVSPHYLSLIANLSGCTAHRRFPDCSN
ICFHQKYRSYDGTCNNLQYPMWGASLTAFERILKPVYENGFNIPRGFNHDTLYNGYPLPL
PRLISTEMVGTETVTPDDRYTHMLMQWGQFLDHDLDQTVPALSMSRFSDGQSCSSVCTND
PPCFPVIIPQNDPRVTNSKCMFFVRSSPVCGSGMTSLIMNSVYAREQINHLTSYIDASNV
YASSERESEELRDKTNHHGLLKEGLLVPSSRKHLLPFATGPPTECTKDENESSVPCFLAG
DHRANEQLGLTAMHTLWFREHNRIARELLKMNPHWDGDTVYNEARKIVGAEMQYITYSHW
LPKILGNHGMNMMGEYRGYNPNVNAGIINAFATAAFRFGHTLINPVLYRLNESFGEIPQG
HLLLHKAFFSPFRIIQEGGIDPLLRGLFGVAGKMRVPTQLLNLELTERLFSMAHSVALDL
AAMNIQRGRDHGIPPYVDYRVFCNLTSIEKFEDLQNEIKDAKVREKLKKLYGTPLNIDLW
PALMVEDLIPGTRVGPTLMCLLVTQFQRLRDGDRFWYENPGVFTTAQLTQLKQTSLARVL
CDNGDNIQQVPPDVFLKADYPQGYVSCSDIPKVDLRMWQDCCEDCRTRGQFRTLSHQFRR
KRSAKYIYSKQKNKADALSDTNSRYQELHRNATSARHLDDTISGGFSQDFSDFVAEIDKA
ITALKEQINKLEARLRQEGCIDDNGIQRKENEWWMKEDCISCSCKNGQIICTVETCPLVE
CSAPAKLEGKCCPVCRESENAIESPAEL
NT seq 4407 nt   +upstreamnt  +downstreamnt
atggagccccggcgtctctcccagctcctgcttctcctgtctctgtggtgctgcccggcc
ctctcctgccccagccggtgcctctgctttaagagcaccatccgctgcatgcacttgatg
ctggatcgtgtcccccgggtgccgcagcagacctcagtcttggatttgcgatttaacaga
atacaagaaatcctagcaggcacctttaggaaactgaagaatttgaacactctgcttttg
aataacaataacatcagaaagatttcaagaaatgcttttgaagggctggaaaatctacaa
tacctttacttatacaagaatgaaatccacacaatagaccaacaagcatttaaaggactg
ctatcactcgagcagctttatattcacttcaatcaaatagaaacagttgagccagaaacc
tttagaggacttcgaaaactagagagactatttttgcataacaacaagttgtctaagatc
ccacctggaagtttttctcatctggattcgctaaagaggctgcgtttggactctaatgcc
ttaatttgtgactgtgagttactgtggttggctgaactgataaaagactataccagaaaa
ggcaatacccaggctgctgcttcatgtgaatatcccaagacacttcagggaaggcctgtt
gcctcattactggtggaagaattcacctgtgagagacctcgtattacctcagagcctcga
gatgcagatgtgaccccagggaatacagtttactttacctgcaaagcagaaggaaatcct
aaacccaagataatttggatacataacaaccagtcattggatatggaagatgacaggcgg
ctgaatttgctcgatgatggaaccctcatgatccaaaacaccagagaatcagaccaaggt
gtatatcagtgcatggccaagaacgtggctggagaagccaagacgcatagtgctttcctc
agatacttcagcattccaaccaagcccagttttataattcagccccagaacacagaagtc
ttagttggtaccagcaccactttggaatgcatggccataggccatcctcaacctcgtatc
agctggtccagagaaaatggagactcattggatgaatccaggtacatagtcacttctgga
ggaggactttttatacagaatgtgacactgcaagaccacggtcagtttatctgccatgct
agtaataatcaggactctattcaagcatcagcaaagattattgtccaagctcctccacag
tttacagtgagccccaaggaccaagttgtgttagaaggacacacagtagattttcactgt
gaagcagaaggtaacccaccacctgtgattgcctggaccaaatcaggaagccagcttcct
catgatggacaccacactgtgttgtcatctggaaccttgcgtattgctcgtgtggcccaa
catgatgaaggccagtatgagtgccaagctgtcagtgctttgggggtgaagagggtgact
gtcctgctgaatgtgaaacctaaagtactgcctgtgtttactaagctacctcaagataca
agtgtagaggtaggaaggaatgtagagattccttgtagtgcacatggagaacctcagcct
atactcacttggcggaagagtggtatacacatcacagcaagtgggaaattccacgtgaac
ccagagggcactcttactatcagagatgtaggacaagcagaccaggggagatatgaatgt
gttgcaaggaacccttttggcctcacaacagccagcatgttactgacggttactataccg
cgaggtagacaagctggcgataactttgttgaatcatccattctcgatgccatccaccaa
gttgacagtgcaattaactccacaagaagaaatttgttttcacagcatccccaaaccccc
actgacctgctggctcagttccgctacccacgggatcctttcactatagagactgcaaga
gcaggggagatatttgagcaaactcttcagttgattcaggaacatgttaaacagggtctc
agtgttgattttggtggaatagaatttcgctacaatgatctggtttccccacactacctc
agtctgattgccaatctctctggatgtacagctcacagacgcttcccggactgctctaac
atctgtttccatcaaaaatacagaagctacgatggaacatgtaacaatctacagtaccca
atgtggggagcctctctgactgcttttgaacggatccttaaacctgtgtatgaaaatggc
tttaacatacccaggggtttcaatcatgacactttgtataatggttatccccttccacta
ccacggcttatctcaacagaaatggttggtacagagactgtaactcctgatgacagatac
actcatatgctcatgcagtggggtcaatttttagaccatgacttggatcagacggtgcct
gccctgagtatgtctcgtttttctgatgggcagtcttgtagctcagtgtgtactaatgat
ccaccttgcttccctgtcataattcctcagaatgatcctcgagtgacaaattcgaaatgc
atgttctttgttcgctcaagcccagtttgtggtagtggaatgacctctttaattatgaat
tcagtctatgcaagagagcagattaatcatctgacatcttacattgatgcctctaatgtc
tatgcaagttctgagagggagtcagaagagctaagggataaaacaaatcaccatggcctc
ctcaaagaaggcctactggtcccatcttctagaaagcacttattaccatttgccacaggt
ccaccaactgaatgcacaaaagatgaaaatgaaagctctgtaccatgcttccttgcggga
gaccacagagccaatgagcagctgggtctaacagctatgcacaccttgtggttccgtgaa
cataatcgcatagcgagggaactcttgaaaatgaacccacattgggatggagatacagtt
tataatgaagccagaaagattgttggtgcagagatgcaatatattacatatagtcactgg
ctaccgaagatccttggcaatcatggcatgaacatgatgggcgaatacagaggttataac
cctaatgtgaatgcagggattattaatgcttttgcaactgctgcttttagatttggccac
acattgatcaatcctgttctttatcgtttgaacgagagctttggagaaattccacaaggc
caccttcttctacacaaggctttcttttctccattccgaataatccaggaagggggtatt
gatccactccttcgtggcctttttggagttgctggtaaaatgcgagtacctactcagctt
ctgaatttggagttgactgagaggcttttctccatggcacattcagtggctctggatctg
gcagctatgaatatccagagagggcgtgaccatgggattcctccatatgttgactatagg
gttttctgtaacttaacttcaattgagaagtttgaggatctccaaaatgaaattaaagat
gcaaaagttagagaaaaactgaaaaagctgtatggcacacccctgaacattgacttgtgg
ccggctcttatggtggaagatttgattcctggtacaagagtgggaccaactctcatgtgt
cttcttgttacacagtttcaaaggctcagggatggagataggttctggtatgaaaatcct
ggagtgttcacgacagcacagctcacacaactgaagcagacttctttggcacgggtactc
tgtgacaatggtgacaacatccagcaggtcccgcctgatgtcttcttaaaggcagactat
cctcaaggctatgtaagctgtagcgacataccaaaagtggatctgagaatgtggcaggac
tgctgcgaagactgtaggacacggggacaattcaggactctttcgcaccagtttcggcgc
aaacgatctgctaaatacatttattccaaacagaagaacaaagcagatgccctgagcgat
actaatagcagataccaggaactgcatagaaatgcaaccagtgcaagacatctagatgac
acaatatccggtggatttagtcaggatttcagtgattttgttgcagaaattgataaggcc
atcacagctctaaaagagcagataaacaagctggaggctcgcctgaggcaggaaggttgc
atagatgataatgggattcagcggaaggaaaatgagtggtggatgaaggaagactgcatt
agttgtagctgtaagaatggccagataatctgcactgtagagacatgtcccttagtggag
tgttcagcccctgcaaagctggaaggaaaatgttgtccagtctgcagagaaagtgaaaat
gctatagaatcaccagctgaactttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (18)   
   Pfam (18)   
All databases (42)   

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