KEGG   Ailuropoda melanoleuca (giant panda): 100467517
Entry
100467517         CDS       T01329                                 
Symbol
OVCH1
Name
(RefSeq) LOW QUALITY PROTEIN: ovochymase-1
  KO
K01362  ovochymase [EC:3.4.21.-]
Organism
aml  Ailuropoda melanoleuca (giant panda)
Brite
KEGG Orthology (KO) [BR:aml00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:aml01002]
    100467517 (OVCH1)
Peptidases and inhibitors [BR:aml01002]
 Serine peptidases
  Family S1: chymotrypsin family
   100467517 (OVCH1)
SSDB
Motif
Pfam: Trypsin CUB DUF1986
Other DBs
NCBI-GeneID: 100467517
NCBI-ProteinID: XP_034501905
Position
16:complement(26750484..26805656)
AA seq 1001 aa
MHPKFYHASCTRLKCGIRADDVKSTETVLETGFFPRIVGWRNSPVGGHPWQVSLKLGDHH
FCRGSLIQEDLVVTXAHCLAGLRDYQTVSTASEHSDILQVVELPIVDNRMCNSVLKGIDF
PLLERTVMCASFPDGEENACQGDSGVPCVCRRDSGIWGLAGITSWRAGWTRDYTSVRKNH
KRASLGIFSKVFELMDFITQNICTACRSQGTVLFGENGKICYPHSKEGSCSRNCLCMWRI
MVPEDKIVLIKFTSLNIQNQVGCDHDCLSLQSSSGVLISKVCGGLLPSPLLTETNEATVT
LVSRTGNSGSSFELTFTAIRKSSGAGSGCGSVAALVEQGTIHSANYSDLYPTDVRCRCFF
HAPEKHIIKFVQLEFEDFITECSRNCVYDAVTIYGGPEEEHELAKLCGILNPTPIFSPNN
MLVIHFKSDGENSFQGFKARFTFLLSDSLNRVGSISSPKINPVSSAKAIPYGIYGIPPFS
LQRRSGRIVGREEACPHCWPWQVGVKFLGSHQCGGAILNPTWILTAAHCVLSKNNPLFWT
IVAGDHDRALQEPIEQIQVRRTKHIVGHGDFDRRSYDSDIALIELSSPWELNSVVRPACL
PESTEPLFSSEICAVTGWGSINEDGGLARHLQLLQVPVSEXRVCEHTYSSHPGGLTEKMM
CAGFAASGGKDFCRGESCGPLVCRHXVLYGIATWGASCAQPRKPGVFARVSVFLDWIQFK
MKGPASLQINNESKTLLRQQLPPPTPSTDNVSGPGELHGRGLYPMIFMSSGPLVRVVFHS
LVQGALGISYIVFRVQGPKGSKTTKFLRSSNQEHPGTWDDVLLTKPGGILQIPRHSHRTT
MSCHGKLSAPLHHIIRLDIINFQMKLTPLDCQGHIWVYEGFGSGKKLIDSMRGKHKVNDK
GCPLLDLIPVSSTEITSPNYPNVYPNMLNCTWTFYSKSGNKMKAVIKDFTTEESWNCEWD
YFSIYDGPDQQSRLRGIYRDLTECIFVYHLSPSTRMKISRE
NT seq 3006 nt   +upstreamnt  +downstreamnt
atgcaccctaaattctatcatgcttcctgcacaagactgaagtgtgggatccgtgccgat
gatgtgaaaagtacagaaactgtcctggaaactgggttcttccctagaattgttggttgg
agaaattcaccagtcggtggacatccgtggcaggtctccctaaaattaggtgatcaccac
ttctgtcgaggaagcttgatccaagaggatctggttgttacgncagcgcactgcctggct
ggcctccgtgattatcagactgtctccacagcatcagaacattcagacatcctacaagtg
gtagaacttcccatcgtggataacagaatgtgtaacagtgtgctcaagggtatcgacttt
cctctcctggaaaggaccgtgatgtgtgccagttttcctgatggagaagagaatgcctgc
cagggagactctggagttccgtgtgtttgtagaagagacagtggaatctggggccttgct
gggataacttcctggagagctggttggactagagattacacttctgtaagaaaaaaccat
aaaagggcatcactgggcattttctccaaggtgtttgagttgatggattttatcactcag
aatatatgcacagcttgtagatctcagggaaccgtgttatttggagaaaatgggaagatt
tgttacccccattccaaagagggcagctgttctcgtaattgcttgtgtatgtggagaata
atggtaccagaagataaaattgtcctgataaaatttacaagcttaaacatacaaaatcaa
gttggatgtgaccatgactgtctatctttacaatcaagcagtggagtgcttattagtaag
gtctgtggaggtctgttgccttcaccactgctgacagagaccaatgaggccacagtcaca
cttgtttctaggacaggaaacagtggcagcagctttgagctgaccttcactgcgatacgg
aagagctcaggagcaggttcaggctgtgggagtgtggctgcactggtggaacaagggaca
attcactctgccaattattctgacttgtatcccacggatgtgaggtgtcgttgcttcttt
catgctccagagaaacacattataaagtttgtacagttggaatttgaggactttatcact
gaatgtagccgaaactgtgtttatgatgctgttacgatttatggtggtcctgaagaggag
cacgagttagctaaactttgtggaatcttgaaccctactccaatattcagccctaataac
atgctggtgattcattttaaaagtgacggtgaaaatagcttccagggtttcaaggctaga
ttcacctttttgctctcagactctttaaaccgggttggatcaatatcatcccccaaaatc
aatcctgtatcttctgcaaaagctattccatatggcatctatggcatccctccatttagt
ctccagaggcgttctggaagaattgtagggagggaagaagcctgtccccactgctggcca
tggcaggtgggtgtgaagtttctaggcagtcaccagtgtggaggggccatcctcaacccc
acttggattctgactgcagcccactgtgtgctatcgaaaaataatccactcttctggacc
attgttgctggggaccatgacagagccctgcaggaaccaattgagcagatacaggtgaga
aggacaaaacacatcgtagggcatggagacttcgatagacggagctatgactccgacatc
gccctgatagagctgagctctccttgggagttgaactccgtcgtgaggccagcgtgtctc
ccagaaagcacagagccactcttttcctcggagatctgtgctgtgactggatggggaagc
attaatgaagatggcggcctagcaaggcacttacagctgcttcaggtgcccgtgtcagaa
nagcgagtctgcgaacatacttactcctctcatccaggagggctcacagagaagatgatg
tgtgctggctttgcagcctctggagggaaagacttctgtcggggagaatcttgtggccca
ttagtatgtagacatnntgtcctatatggcattgccacctggggagcttcctgtgcccag
ccaaggaagccaggtgtgtttgccagggtgagtgtcttcttggactggatccaattcaaa
atgaaaggccctgcttcacttcagataaataatgaaagcaaaaccttactaagacaacag
ttgccaccacccacaccttcaacagacaatgtgtctggaccaggtgaattacatggaaga
gggctttacccaatgattttcatgagctccggaccactggtgagagtggtgtttcattcc
cttgtgcaaggtgcattgggcataagctatattgtctttagagtccaaggtccaaagggc
agtaaaactaccaaatttctccggagttcaaaccaagaacacccgggcacttgggacgat
gttcttctgactaaaccaggaggaatcctacagatcccaagacactctcacagaaccacc
atgagttgccacgggaagttatcagcccctttacatcacatcattcgccttgatattatc
aacttccagatgaagctgacacccttggactgtcagggtcacatatgggtttatgaagga
tttggatcaggcaaaaaattaatagattccatgagaggaaaacataaagttaatgataaa
ggatgtccattattggatttgattccagttagttctactgagatcacatctcccaattat
cctaacgtttatcccaacatgctgaactgcacttggactttttattccaagtcaggaaat
aaaatgaaggcagtgattaaagactttacgacagaagaatcttggaactgtgaatgggat
tatttcagtatttatgatggaccagatcagcaatcaagattacgtggcatttatcgtgac
ctgacagagtgtatatttgtctatcatctgtctccctccaccaggatgaaaatttcccga
gagtag

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (42)   

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