KEGG   Trichinella spiralis: Tsp_01351
Entry
Tsp_01351         CDS       T01609                                 
Name
(RefSeq) glutamate synthase
Organism
tsp  Trichinella spiralis
SSDB
Motif
Pfam: Glu_synthase GATase_2 Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 Pyr_redox_3 NAD_binding_8 Pyr_redox FAD_oxidored FAD_binding_2 Amino_oxidase HI0933_like Thi4 DAO FAD_binding_3 NAD_Gly3P_dh_N GIDA FliG_N 2-Hacid_dh_C FMO-like Retrotran_gag_3 FMN_dh
Other DBs
NCBI-GeneID: 10911163
NCBI-ProteinID: XP_003377159
Position
Unknown
AA seq 2085 aa
MNPNKRLCPMGLYVPELEKGSCGVGFVASINAVKSHKILSEARTMLERMQHRGACSCDND
SGDGAGVMTGIPHRFFKTELQVTLPPEGEYATGLIFFDRETYKKGKEFVNDIAAGCGLKV
LCWRNVPVDSTALGKLARQTEPLIRQIFLFLMRKQASHSIPRQGIYCYLCSLSSETIVYK
GQFTAFQVWLYYKDLVNPDFETHIAMVHARFSTNTMPSWERAQPFRILSHNGEVNTLRGN
INLMKAREGLMSSLQYGSDLKKLFPVIEDDNPSDSAVLDCTVEFLFRAGERSLPEVAMTV
IPEAWEKDQRMNIEKKAFYNWSAMAMEPWDGPALIVFCDGRYIGAILDRNGLRPARYVIT
DENIIYMASEVGTNVLAPECVVRKGRLRPGRMLLVDTLKKCLARDEELKLEIARLRPVRK
WLRTEVIDLDHILRDYQVKHGLLTYEYLISRELTQIPQEGESLHDDRRLTLFAYTHDTFG
ILVVPMIRDKKEALGSMGNDTALACLSQYGPSLYSYFQQMFAQVTNPPIDPFREQIVMSL
ACPIGPEANILSASAEQCRRLFLEQPILSLIEMEVLKKNNYRGWKTRVIDAVYPKRHGVR
GLLPALDKICADACIAALDDYQLIVISDRAANRDYVPISTLLAVGAVHQYLIREKLRMKI
GLIVESGEAREIHHFCVLLGFGADAICPYLVYETLYRLRRMGLLTPPFTDEQIYMNFRDA
CYRGICKVMAKMGISTLHSYKGAQIFEAVGLGQDVVEKCFTNTVSRLGGVNFEILAEEML
KRHFYAYTHREGDNVALVSEGVYYWREGGEKHLNEPVGIAKLQAAARRNDWESYMQFSKS
SDAANRHCTIRGQLELKYAPKPIPIDSVEEAKFIVRRFATGAMSFGSISYETHTTLALAM
NRIGAKSNTGEGGENPERYLEKDSSNSARSKIKQVASGRFGVTSAYLANADELQIKLAQG
AKPGEGGELPGYKVTKEIAATRKSTPGVGLISPPPHHDIYSIEDLAQLIYDLKCANPIAR
ISVKLVSEAGVGIIAAGVVKCKAEHITISGHDGGTGASSWTGIKHSGVPWELGLTETHQV
LVMNNLRSRVTLQVDGQLRTGRDIVIGALLGADEFGMSTAPLIALGCTMMRKCHLNTCPV
GIATQDPILRAKFEGKPEHVINYMFLLAEEVRQILSHLGLRSLSEAIGRTDLLYPRPDFK
NKKARLLEFGPILQNVSHQYPHVDTRASVVKQEFDLSSRLDNKIIEAASNVLNGEKTTLN
LSYKISNIDRAFGVTLSYHISRSFGEQGLPGNIHLKLTGSAGQSFCAFLAKGLLVELEGD
SNDYVGKGLSGGEIIIYPPRNCHESFKSEENIIVGNAVLYGATSGRAFIRGITAERFCVR
NSGATAVVEGVGDHGCEYMTAGIVVILGPVGRNFAAGMSGGVAFVYDKSHSFLNKCNVGS
VDLDPVQTEEDAKTLKALIVEFHEKTGSRVAEKIITKWSKSVKRFVKVFPKEFKRVLEEA
AAVKKEENYQVDGQSDYKEDILQELPSSTMLQVMREVSSQRTVSPEKNSVQPVESSSSSC
ENSNDEMFSGVQEKVLDALLAETMDIENILVTPMPKKVSKPALDKTRGFIKYPRQTVIYR
PAKERLDDWNEVFDFKEIRANLRTQAARCMDCGVPFCQGNTGCPLGNIIPKWNDLTNNFP
EFTGRVCPAPCEGACCLAISEPAVTIKNIECSIIEFAFEKGWVKPEPPAFRTGKRIAIVG
SGPAGLAAAAQLNKVGHTVIVYERSSNVGGLLEFGIPTMKLSKQIIDRRIRLMEAEGIKF
VKNIEVGKDVPAKLLLMENDVVLVAVGATKPRDLTIPGRNLKGIHFAMEFLSTWQSHQRG
FEVDYKPLHAQNRNVIIIGGGDTATDCLGTCLRQGAKSVVMFEIMPRPPNSRASNNPWPE
WPLIFRVEYGHEEYKVKYDSDPRIYCISTKDFVGDESGHVSGVRTVQVKWNRTEDGRAFL
EEIENSEKIFHADMVLLAMGFLGPESTVIDQLKLEQDARSNIQTADGKYSTSLSKVFAAG
DCRRGQSLVVWAIHEGRQAAREIDVFLMGKTSLAGPGGMVAAPLK
NT seq 6258 nt   +upstreamnt  +downstreamnt
atgaatccgaataaaagattatgtccgatgggattgtacgttcctgaattggaaaaaggt
tcatgtggcgttggttttgtagccagtataaatgctgtaaagtctcacaagatcttgagc
gaagctagaacaatgttggaacgtatgcagcatcgtggcgcttgttcgtgcgataatgat
tcaggtgatggagcaggagtgatgactggcattcctcatcgattttttaaaaccgaactg
caagtgacacttccacccgaaggggaatatgctacaggtttgatatttttcgaccgtgaa
acttataaaaaaggaaaagaattcgtaaacgatattgctgctggttgtggtttgaaagtg
ttgtgttggcgcaatgttcctgtagattcgactgcacttggaaaattggccagacaaacc
gaaccattgatccggcagatttttctatttctcatgcgaaaacaagcttcacattccata
cctagacaaggcatttattgctacttgtgcagtttatcttcagagacaattgtctacaag
ggacaatttacggcattccaagtttggctatattacaaagatttggtcaatccagatttc
gaaacacatattgccatggtgcatgcacgcttttcaactaatacaatgccaagctgggaa
cgagcccaaccttttcgcatattatctcacaatggtgaagtgaatacacttcgtggaaat
atcaatttgatgaaagctcgagaaggattgatgtccagtctacagtatggcagtgatttg
aaaaaattgtttcctgtaattgaagatgacaatccgtccgattctgcagtgttggattgc
acggtagaattcttgttccgtgctggtgaacgatctcttcctgaagtagccatgacagtg
ataccggaagcatgggaaaaggatcaacggatgaatattgaaaagaaagcattctacaac
tggagtgcaatggccatggaaccttgggatggacctgcattgattgttttctgcgacgga
agatacataggtgcaattttggacagaaatggcttacggccagctcgctacgttattact
gatgaaaatattatttacatggcaagcgaagtgggaactaatgtacttgctcctgaatgt
gttgtccgaaagggtcgtttgagaccggggcgcatgcttttagtcgataccttgaagaag
tgcttagctcgagatgaagaattgaaacttgaaattgctcgattgcgtccagttcgaaaa
tggctgcgtacagaagttatagatcttgatcatattttgcgtgattatcaggtgaaacat
ggcttacttacatacgaatatttaatctctcgtgaacttacacaaattccccaagaaggc
gaaagtttacacgacgatcgtcgtctaactttattcgcttacactcatgatacgtttgga
attttggtagtaccgatgatcagagataagaaagaagcgcttggttcaatgggcaatgat
acagcgttggcatgtttgtctcagtatggtccgtctctttacagttattttcagcaaatg
tttgctcaggttacaaatccaccgattgatccgtttcgagagcagattgtcatgtcgctg
gcttgcccaataggacccgaagcgaacatcctcagcgcttcggccgaacaatgcagacgt
ttatttctcgagcaacccatcctatcattaatcgaaatggaagtattgaaaaagaacaat
taccgtggttggaaaactcgagtaattgatgctgtttatccaaaacgccacggcgtgaga
ggtttgctgcctgcgttggataaaatttgcgccgatgcttgcatcgcagcattggatgat
tatcaattgatagtgatatccgatcgtgcagcgaatcgtgattatgttccaataagtaca
ttgttggccgtgggagctgtgcatcagtatttgattcgagaaaagttgcgcatgaaaatt
ggacttattgtagaatcaggcgaagcacgtgaaattcatcatttttgtgtacttcttggg
ttcggtgccgacgctatatgcccgtatctcgtctacgagacgctttatcgtctacgtcga
atgggtcttttgacaccaccgttcactgacgagcagatttatatgaattttcgcgacgct
tgttacaggggaatttgcaaagttatggccaaaatgggcatctcaacattgcacagttac
aaaggagcgcagattttcgaagcggtcggtcttgggcaggatgttgtggaaaagtgcttc
accaatacagtgtcacgtttgggtggagtgaattttgaaattctggccgaagagatgctg
aagcgtcacttctacgcctacacgcatcgcgaaggcgacaacgtcgctttggtcagcgag
ggggtctattattggcgtgaaggtggcgagaagcatttgaacgagccggtcggcatagcc
aagctgcaagcagccgctagacgcaacgattgggaaagctatatgcaattttccaaatct
tcagatgcggccaatcgccactgcactatccgcggtcagttggaattgaaatatgcgccg
aagccgattccaattgattctgtcgaagaagcgaaatttatcgtcagacgttttgccaca
ggtgctatgagttttggtagcatttcttacgaaacgcacacaaccttggctctggcgatg
aatcgtatcggagcgaaatccaacactggcgaagggggtgaaaatcctgaacgttattta
gagaaagattcaagcaacagtgctcgttcaaaaattaaacaagttgcttctggtcgattt
ggtgtcacgagtgcttatttggcaaatgctgatgaattgcagatcaaattggctcaaggg
gcaaaacctggcgaaggtggcgaactgcccggctataaggtaacgaaagaaattgcagca
actaggaaatctacccctggtgttggtttgattagtccaccaccgcatcatgatatttat
tctatagaagatttggcgcagctaatttacgatttgaaatgcgcaaatcctatagccagg
ataagtgtgaaattagtttcagaagcaggagttggaataattgcagctggtgttgtgaag
tgcaaagctgaacacatcacgatatcagggcatgatggtggcactggtgcgagcagttgg
acaggcattaaacattccggagtgccatgggagttgggtttgactgaaactcaccaagtt
ttggttatgaacaatttacgttcaagagtaacgctccaagtagatggtcagctgagaaca
ggtcgtgatattgtaattggtgctttgcttggcgccgatgagtttggcatgtctacagct
ccactaattgccctcggctgtacaatgatgagaaaatgtcatttgaatacatgtccagtt
ggcattgcgacgcaggatccaattttgagggccaaattcgaagggaaacctgaacacgtg
atcaattacatgtttctgctcgccgaagaggtgcggcagattttgagccatttgggtttg
cggtccctcagcgaagctataggccgcactgatttgctttatcctcggccggacttcaag
aacaaaaaagcacgtctgttggaatttggccctattttgcaaaatgtttctcaccagtac
ccgcatgtcgatactcgagcttctgttgtaaagcaagaatttgatttaagttcacgcttg
gacaataaaatcatcgaagctgccagcaatgttttgaatggagaaaaaacaaccttgaat
ctctcgtataaaattagcaacattgatcgagctttcggtgttacgctcagctatcacatt
tcacgcagttttggtgaacaaggtctgcctggtaatattcatctgaaattaactggctct
gctggtcaaagtttttgcgcatttctggccaagggcttgttggtcgaattggaaggtgat
tctaatgattacgttggaaagggcctttctggtggtgaaattataatttacccgcctcga
aattgtcacgaatcattcaaatctgaagaaaatattattgtcggaaatgctgtattatac
ggcgccacatccgggcgagcgttcatacgtggcatcaccgccgaacgtttttgtgttcga
aattctggcgcgacagctgttgttgagggcgttggcgatcacggttgtgaatacatgact
gcaggtattgtggtgattttgggcccagtagggcgaaactttgcggcaggcatgtctggc
ggagttgcatttgtttacgacaaatcgcacagctttctgaacaagtgcaacgtcggcagt
gttgatctggatcctgttcaaactgaagaagacgcgaaaacgttgaaagcattgattgtt
gaatttcacgaaaaaactggcagcagagttgcagaaaagataatcacaaaatggtccaaa
tctgtcaagcgttttgtcaaagtattcccgaaggaattcaaacgcgtgcttgaagaagct
gcggctgtgaaaaaagaagaaaattaccaagtcgatggacagtccgattacaaagaagat
attcttcaagaactaccatccagtacaatgctgcaagttatgcgtgaagtgtccagtcag
agaaccgtttcacctgaaaaaaattcagttcaaccagtggagagttcaagcagttcgtgt
gaaaattctaatgacgaaatgttcagcggtgtacaggaaaaagttcttgacgctcttttg
gcagaaacaatggatatagaaaatatacttgtcactcccatgccgaagaaagtaagcaag
ccggcgttggataaaactaggggatttatcaaatatccgaggcagacggtgatttaccgg
cctgcaaaagagcgattggacgattggaacgaagtgttcgatttcaaagagatacgagcg
aatcttagaacgcaggcagcgcgttgcatggattgcggggttccattttgccaaggcaac
accggatgtccgcttgggaacatcattcctaaatggaatgatctgacgaacaattttcca
gaatttaccggtcgcgtttgtccggcaccttgtgaaggtgcgtgttgtttggcaatcagc
gagccggcagtgacgataaagaatatcgaatgttcgattattgaattcgcttttgagaaa
ggttgggttaagccggaaccgccggcttttcgaacaggcaagcgaattgccattgttgga
agtggaccggcaggtctggcagcggcagcgcagttgaacaaagttggtcacactgtcatt
gtttacgaacgcagcagcaatgttggtggtcttcttgaattcgggattccgacgatgaag
ctcagcaagcagattattgatcgtcgaattcgacttatggaagctgaaggaataaaattt
gtaaaaaatatcgaagttggtaaagatgttcctgcaaaattgctactgatggaaaatgat
gtagtgcttgtcgccgtcggtgcgaccaaaccaagagatttgaccattccaggtcgaaat
ttaaaaggaattcattttgcgatggaatttttatccacttggcagtctcatcagcgtggc
tttgaagtcgattacaagccactgcatgcccagaacagaaatgtaatcatcattggtggc
ggcgatacagctaccgattgtttgggcacttgcttaagacaaggagcgaaatcagttgtt
atgtttgaaataatgcctcgaccgccaaatagcagagcatcgaataatccttggcctgaa
tggcctttgatatttcgcgttgaatatggtcacgaagaatacaaagtgaaatacgactcg
gatccgagaatatactgtatttcgacaaaagactttgttggcgacgaaagtgggcatgtt
agcggagtcagaactgtacaagtgaaatggaatcgaaccgaagatgggcgagcatttttg
gaagaaattgaaaatagtgagaaaatattccacgccgatatggttctgttggcgatgggc
tttttgggacccgaatcgactgttattgatcagttgaagctcgaacaagatgcgaggagc
aatatccaaacagcggatggaaaatattcgacatcgttgtcgaaagtgttcgcagcagga
gactgccgtaggggtcagtcgttggttgtatgggctatacacgaaggacgtcaagcagca
cgtgagattgatgttttcttgatgggaaaaacttctctggctggacctggtggaatggtt
gccgcgccattgaaatga

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Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (23)   
   Pfam (23)   
All databases (90)   

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