Cavenderia fasciculata (cellular slime mold): DFA_09759
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Entry
DFA_09759 CDS
T02668
Name
(RefSeq) threonine ammonia-lyase
KO
K01754
threonine dehydratase [EC:
4.3.1.19
]
Organism
dfa
Cavenderia fasciculata (cellular slime mold)
Pathway
dfa00260
Glycine, serine and threonine metabolism
dfa00290
Valine, leucine and isoleucine biosynthesis
dfa01100
Metabolic pathways
dfa01110
Biosynthesis of secondary metabolites
dfa01200
Carbon metabolism
dfa01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
dfa00001
]
09100 Metabolism
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
DFA_09759
00290 Valine, leucine and isoleucine biosynthesis
DFA_09759
Enzymes [BR:
dfa01000
]
4. Lyases
4.3 Carbon-nitrogen lyases
4.3.1 Ammonia-lyases
4.3.1.19 threonine ammonia-lyase
DFA_09759
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PALP
EF-hand_6
ACT_4
EF-hand_7
Motif
Other DBs
NCBI-GeneID:
14867836
NCBI-ProteinID:
XP_004352412
UniProt:
F4Q8I7
LinkDB
All DBs
Position
Unknown
AA seq
1207 aa
AA seq
DB search
MTKKHSRNSSKDNNNNNGTRSNGDEVMVDESSSSSTSSDVQQQQEIKKTKYHNNDINDNN
NNNTTTTTTTNNNNNNHNSMINDMNNRLSFENATPIDQMNNPIDILRGFDDIGNGVIRDK
DGKVDFIESVNRVSSYVSTYLKKTPQLHYELLSQLFKCNVQLKLENLQLFGDVYVRNCFS
VLIGNYFNQVSTIKKELREVGGYVSVMDPDKFDLQATFAGIVLTAIHLKMKFIIYVAPGK
LNILQVVQLYMCHARGAKIIFHKGDTQTCYQRAKQHANDLHMVFVDMKFNPQFSLIGAGT
LASEMMEDCNDRDAIIIPLRMYSVGWSYVSAISLFYKIKQPKMKTIVVQMIEDLKGLSNS
LFAFQQTIEIEESNQKNDQDLNYNVNSNCTTPFYSPPLSPSSSSSSSSNLNNYNNNNNIN
NNSVDIEGKEYNRQSLFPDRAEIGWLALINDQSDLTNVFDSFDSRNQGKFTVEDVKTMLT
SMGADISRNSPICAKSSYSQTEFVGEVITLHFASLSGGEKIFQPFLEQLSLDNLLSKKII
DQLVPVTEDQAAIAFIKCLEYTHTLTNGKGSIALGGLLSGNIKLKEDAKIVLLISGGFVD
VIDFQTILNYGLDMIGQSFEITLDLPDNTTALTKVLQVIGSNNSSIHEVNMDRSCETLKQ
YHVRTTIQCHSRNFEQQKAVFDNLTLQGFKYTRSPAPYSTQSELSIISPPLPPPITPINY
NDRPPMVNINIDRPLLMASTGVPQSYKRSIQDITVKSIREAQQRIKHIMSPTPIYHSTTY
SKLCGCKVTLMLENIQKTGSFKIRGSSNMVLRAIEQSEEKPVGLVAASAGNHAQGVALIS
SKVGLPCTIVCPEYAPDSKLSNTTQYGAEVIKKGKSLEEAVKLAESICKERAWTLVRPYN
DVDVIEGQGTMGCDIYDKVPDVDTVLVNVGGGGMIAGIALFLKRINPNIRIIGVQSVNVS
TLADFKQTNQLRYIEPAVLSLADGTNVKMPGGVHTQVLHDLVDEYVTVSENEIASTIVHL
MYNSRTVSEGAGCLGLAALLHHKIQVRKDERVVVIICGGNIDMSTLRQVYEYGLRSLGRS
FTIHLTTWDYPGNLHKIISLAARAELKVREIRHIRGTGDINWNEVTISLSFYSNSFHHQN
FFLSLLVEEGLFPKVIGRKYIKDHDTVYQIFDRSGEQKQKQLQETFKERQIAFLETYGKQ
ANTSTLL
NT seq
3624 nt
NT seq
+upstream
nt +downstream
nt
atgacaaagaaacatagtagaaattcaagtaaagataataataataataatggaacccgt
agcaatggagatgaggtaatggtcgatgaatcatcttcctcttctacctcttctgatgtt
caacagcaacaagagattaaaaagacaaaatatcataataacgacattaacgataacaac
aataacaatactacaactacaactacaactaataataataataataatcataatagtatg
attaatgatatgaataatagattatcatttgaaaatgcaactccaatcgatcaaatgaat
aatccaatcgatattttgagaggatttgatgatattggtaacggtgttatcagggacaag
gacggaaaggtagatttcatcgaaagtgtaaatagagtatcatcttatgtatctacctat
ctcaaaaagacaccacaacttcattatgaactcctttcacaactctttaaatgcaatgtc
caattaaagttggagaatttgcaattgtttggtgatgtctatgttagaaattgttttagt
gtattgattggaaactatttcaaccaggtatcaaccatcaagaaagaactcagagaggtt
ggaggttatgtttctgtcatggatccagataaatttgaccttcaagcaacctttgccggt
atagtccttactgcaattcatctaaagatgaaatttatcatctatgttgctcctggaaaa
cttaatatcttacaagttgttcaattatatatgtgtcatgcaagaggagctaaaataata
tttcacaaaggtgatactcaaacatgttatcaaagagccaaacaacatgccaatgattta
catatggtgtttgtcgatatgaaattcaacccacagttctctttgattggtgctggaaca
ttggcaagtgaaatgatggaagactgtaatgatcgtgatgccattatcatcccacttaga
atgtatagtgttggttggagttatgtctctgctatctctttgttttacaaaatcaaacaa
ccaaagatgaaaactattgtcgttcaaatgattgaagatttaaaaggattatcaaattca
ttgtttgcgtttcaacaaactatagaaattgaagagagtaatcaaaaaaacgatcaagac
ttgaattataatgtcaactcaaattgtacaactccattttattcaccccctttatcccct
tcttcttcttcttcttcttcttcaaatttaaataattataataataataataatatcaat
aataatagtgttgatattgaaggtaaggaatataatagacaatcacttttcccagataga
gctgaaattggttggttggcccttattaatgatcaatccgatcttacaaacgtttttgat
tcctttgatagtagaaatcaaggaaagtttacagttgaggatgtaaagaccatgttaaca
tctatgggtgccgatatttcaagaaatagtccaatctgtgcaaaatcatcatacagtcaa
actgaatttgttggtgaagtaatcacactacattttgccagtcttagtggtggagaaaag
atattccaaccattcctagaacaattatcattggataatttattatcaaaaaaaattatt
gatcaattagtaccagtaacagaagatcaagcagctattgcttttattaaatgtttggaa
tatacacatactctaaccaatggcaaaggatcaatcgcattgggtggtctactatcggga
aacatcaaattaaaggaagatgccaagattgttttgttaatatctggaggttttgtagat
gtaattgatttccaaaccattttaaattatggtttggatatgattggtcaaagttttgaa
attacactcgatctaccagacaatacaactgctctgaccaaagtacttcaggtaattggt
tccaataattcatcgattcacgaagtcaacatggatcgttcttgtgagactttaaagcag
tatcatgttcgtaccaccattcaatgccactctagaaactttgaacaacaaaaggcagta
tttgataatctcacactacaaggattcaaatacactcgatcgcctgctccctactccact
caatcagagttgagtatcatttcgcctcctcttcccccaccaatcacaccaatcaactat
aatgatcgtccaccaatggtcaatatcaacattgaccgaccactgctcatggcaagcact
ggtgtaccacaatcatacaagcgtagtattcaagacattacagtcaaatcgattagagaa
gcacaacaacgtatcaaacacatcatgtcaccaacccccatctatcacagcacaacatac
agtaaactctgtggatgtaaagtaactttgatgctcgaaaacatccaaaagactggtagt
ttcaagattagaggaagttccaacatggttctccgtgccattgagcaaagtgaggagaag
ccagttggtttggttgctgcctctgccggtaaccacgcacaaggagtagcattgattagt
tcaaaggtcggccttccttgcactattgtttgcccagaatatgcccccgactctaaactc
tcaaataccactcaatatggtgccgaagtcattaaaaagggtaaatctttggaagaggct
gtcaagttggcagaatctatttgcaaagagagagcatggacgttggtgcgcccatacaac
gatgttgatgtcattgaaggtcaaggtactatgggttgcgacatttacgacaaagttcca
gatgtagataccgtcttggtcaatgttggaggtggaggtatgattgcaggtattgccttg
ttcttgaagcgtatcaaccccaacattcgtatcattggtgtgcaatcagtcaatgtatcc
acgttggccgatttcaaacaaaccaatcaattacgttatatcgagcccgcagtcctctcc
ttggccgatggtaccaacgtcaaaatgccaggtggtgttcacactcaggttcttcacgat
ctcgtcgatgagtacgtcacagtcagcgaaaatgagattgcctctaccattgtccatctc
atgtacaatagtcgtacagtgtctgaaggtgctggttgtcttggtttggctgcccttctc
caccacaagattcaagtcagaaaagatgaacgtgtcgttgtgattatctgtggtggaaac
attgatatgtctacccttcgccaagtctatgaatatggtcttcgtagtttgggtcgttcc
tttaccatccatctcacgacgtgggattatccaggtaatcttcacaaaattatctcattg
gccgccagagccgaacttaaagtcagagagattagacacattcgtggaacaggtgacatt
aattggaacgaggtcaccatatccctctctttctactctaattctttccatcatcaaaac
tttttcctttctctcttggtcgaggagggactcttccccaaggtgattggtcgtaaatat
atcaaagatcacgatactgtctaccaaatctttgaccgttcaggtgaacaaaaacaaaag
caactacaagaaacctttaaagaaagacaaatcgcttttcttgaaacttatggtaaacaa
gcaaatacaagtactttactttaa
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