KEGG T11061: 140758723

Typha angustifolia (narrow-leaf cattail): 140758723

Entry

140758723         CDS       T11061

Name

(RefSeq) valine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X1

K01873

valyl-tRNA synthetase [EC:6.1.1.9]

Organism

tang Typha angustifolia (narrow-leaf cattail)

Pathway

tang00970

Aminoacyl-tRNA biosynthesis

Brite

KEGG Orthology (KO) [BR:tang00001]
09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    140758723
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01007 Amino acid related enzymes [BR:tang01007]
    140758723
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:tang03016]
    140758723
Enzymes [BR:tang01000]
6. Ligases
  6.1  Forming carbon-oxygen bonds
   6.1.1  Ligases forming aminoacyl-tRNA and related compounds
    6.1.1.9  valine---tRNA ligase
     140758723
Amino acid related enzymes [BR:tang01007]
Aminoacyl-tRNA synthetase
  Class I (U)
   140758723
Transfer RNA biogenesis [BR:tang03016]
Eukaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Other AARSs
    140758723
Prokaryotic type
    140758723

SSDB

Motif

Pfam:

tRNA-synt_1 Anticodon_1 tRNA-synt_1g Val_tRNA-synt_C tRNA-synt_1_2 tRNA-synt_1e

Other DBs

NCBI-GeneID:

140758723

NCBI-ProteinID:

XP_072951087

LinkDB

Position

4:join(4184827..4184968,4185059..4185143,4187016..4187142,4188212..4188295,4188669..4188763,4190304..4190395,4192070..4192123,4193217..4193269,4193786..4193853,4194275..4194350,4196275..4196358,4196839..4196987,4197104..4197221,4197340..4197456,4197764..4197984,4198320..4198409,4199766..4199877,4201821..4201931,4202014..4202151,4203874..4203924,4204009..4204121,4204799..4204946,4205550..4205654,4205736..4205837,4206547..4206619,4206708..4206874,4207155..4207283)

AA seq 967 aa
MALPTPSLLSSCSVYRLNPLFFSPRTRLIRPTLFCWNPRRVHRKFFSAMALENEVFTSPE
TAKSFDFASEERIYKWWESQGFFKPSFDRGGDPFVIPMPPPNVTGSLHMGHAMFVTLEDI
MVRYFRMKGRPALWVPGTDHAGIATQLVVERMLASEGIKRTELSREDFTKRVWEWKEKYG
GTITNQIRRLGASCDWSREHFTLDEQLSRAVVEAFVKLHEKGLIYQGSYMVNWSPSLQTA
VSDLEVEYSEEPGSLYYIKYRVAGGSRSDYLTIATTRPETLFGDTAIAVHPEDERYSKYI
GRQAIVPLTFGRHVPIIADRHVDKEFGTGVLKISPGHDHNDYNIARKLGLPILNVMNKDG
TLNEVAGLYSGLDRFEARKKLWSDLEESGLAEKKEPHKLRVPRSQRGGEVIEPLVSKQWF
VTMDLLAEKALHAVEKGELTILPEKFDKTYKHWLTNIKDWCISRQLWWGHRIPVWYIVGK
DSEEDYIVARNAEEALTKAQAQYGESVEIYQDPDVLDTWFSSALWPFSTLGWPDVSTADF
KRFYPTTILETGHDILFFWVARMVMMGIEFTGKVPFSYVYLHGLIRDSQGRKMSKTLGNV
IDPLDTIKEYGTDALRFTLSLGTAGQDLNLSTERLTSNKAFTNKLWNAGKFVLQNLPNNS
DGSAWELLLAKKFDTEESLLKLPLAECWVVSELHELIDTVSTSYDKFFFGDAGREIYDFF
WGDFADWYIEASKTRLYHSGNISVASTAQGVLLYVFENILKLLHPFMPFVTEELWQALPY
RRQALIVSPWPDTSLPRDTKSIKRFQNLQSLTRAIRNVRAEYSVEPAKRISASIVASADV
LDYISNEKQVLASLSRLDLENVHFTGSPPDDAKQSVHLVAGEGLEAYLPLVDMVDVSAEV
QRLSKRLTKMQSEYDALVARLNAPSFIEKAPDEVVRGVREKASDTEEKISLTKSRLSLLQ
ATISISS

NT seq 2904 nt +upstreamnt +downstreamnt
atggcgcttccgaccccgtccctactctcttcatgctccgtttaccgtttaaatcctctc
ttcttctcccctcggactcgcctgatccgacccacgctattttgttggaacccgcgtcgt
gtccatcggaaattcttctcagccatggcattggagaacgaggtgttcacctctccggag
acggccaagtcgtttgattttgcttcggaggagcggatatataaatggtgggagtcccag
gggtttttcaagcctagttttgatcgtggaggagatccttttgtaattccaatgccacct
ccaaacgttaccggatcgctacatatgggccatgctatgtttgtgactcttgaggatata
atggtgaggtattttcgtatgaaaggaaggcctgcactttgggttcctggcactgatcat
gctggtattgcaactcagttggttgtggaaagaatgcttgcttcggaaggcattaaaagg
actgaactaagtagggaggactttacaaagagagtttgggaatggaaagaaaagtatggg
ggcacaattacaaatcagataaggagattaggtgcatcttgtgattggagtagggaacat
ttcacccttgatgagcagctaagtcgagctgtagttgaggcatttgtaaagcttcatgag
aaaggccttatttatcaaggttcttacatggtgaattggtctcccagccttcagactgca
gtctctgacttggaagttgaatactctgaagagcctggttctctgtattatatcaagtat
cgtgttgctggtggttcaaggagtgactatttgacaatagcaaccactcgtcctgagaca
ttatttggtgatacagcaattgctgtgcatcctgaggatgaacgttattcaaaatacatt
ggtcggcaggcaattgtacccttgacatttggcagacatgttcccattattgctgacaga
catgtcgataaagaatttggaactggagtattgaaaataagccctggacatgatcacaat
gattataatattgctagaaagcttggtcttcctatcctcaatgtcatgaacaaagatggc
accttaaatgaggtagctgggttgtacagtgggctagatcgatttgaggctcgcaagaaa
ttatggtctgatcttgaagagtcaggattggcagaaaaaaaggaacctcataaattacga
gttcccagatcccagcgtggtggtgaagtaattgagccactggtgagtaagcaatggttt
gttaccatggatctgctggctgagaaggcccttcatgcagttgaaaagggagaattgacc
attcttcctgagaagtttgataagacctataaacattggttgacaaatattaaggattgg
tgtataagtagacagttgtggtggggccatcgaatacctgtttggtacattgttggaaaa
gactctgaagaagattatattgttgcaaggaatgctgaggaagcacttacaaaagcccaa
gcacaatatggagaatctgtggaaatatatcaagatcctgatgttcttgatacttggttt
tcaagcgcattgtggccttttagcactcttggatggccagatgtatcaactgcagatttc
aagcgattttatccaacaactatccttgagactggacatgatatcttattcttttgggtt
gctcgaatggtgatgatgggcatagagttcactggaaaagttccattttcgtatgtttat
ctgcatggtcttattcgggactctcaaggacggaaaatgtccaaaacattgggtaatgtc
atagatcccctggatactatcaaagaatacgggacagatgcattgcgattcacactttct
ttggggacagcagggcaggaccttaatctgtccacagagagattgacttcaaacaaggct
ttcacaaacaagctatggaatgctggcaagtttgtgctgcaaaatttgcctaataatagt
gatggatctgcatgggaactcttattggcaaagaagtttgatacagaggaatcgcttctt
aaactacctttagccgaatgctgggtggtctcagaacttcatgaactgattgacactgtt
agcacaagttacgacaagtttttctttggagatgctggtagagagatctacgactttttt
tggggtgactttgctgattggtatattgaagctagtaaaactcgtctgtaccattctggg
aatatttcagttgcttctacagcacaaggtgttctattatatgtatttgaaaacatactg
aagttgctccatccttttatgccatttgtcactgaagaattatggcaggcattaccatac
cggagacaagctcttatagtatcaccctggcctgacacttcacttcccagggatacaaag
tccatcaaaagatttcagaatttacagtcactgacaagagctatcaggaatgtaagagca
gagtattctgttgagccagctaaacgcatatctgcgtctatcgttgcaagtgcagatgtc
cttgattacatctcaaatgaaaaacaagtgttggcttcactatccaggcttgatctagaa
aatgttcatttcacaggatctcctccagatgatgcaaaacaatctgttcaccttgtggct
ggggagggcttggaagcttatctccctcttgtagacatggtggatgtgtcagcagaagtt
cagcggctttccaagcgcctcactaagatgcagtcagaatatgatgctcttgttgctcgc
ctaaatgctcctagcttcatagagaaggcgcctgatgaggttgttcgtggagttagggag
aaagcaagtgacacagaggagaagatctcacttaccaagagccgactttccttgctccaa
gcaacaatctctatatcaagctaa

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