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SEED version cvs.1555556707 (3/17/2019 22:5:7) on aspen.cels.anl.gov
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Protein fig|565663.4.peg.1439: Enterococcus faecium Com15

This feature in The SEED Viewer

NCBI Taxonomy Id: 565663

Current Assignment: Isoleucyl-tRNA synthetase (EC 6.1.1.5)
Translate Function Assignments


Context on contig NZ_GG670326 from base 178170 to 192936 (14767 bp)

Fid Start End Size
(nt)		   Gap Find
best
clusters		 Pins Fc-sc SS Ev Function Aliases
1433 179447 178170 1278 -       1: 32   ATP-dependent RNA helicase YfmL  
1434 180460 179447 1014 - -1         oxidoreductase, Gfo/Idh/MocA family  
1435 181204 180476 729 - 15     4: 27 36 34 35   Sugar/maltose fermentation stimulation protein homolog  
1436 181380 181709 330 + 175         conserved hypothetical protein  
1437 181883 182530 648 + 173         Mn-dependent transcriptional regulator MntR  
1438 182545 184071 1527 + 14     5: 26 24 29 20 28   Glucose-6-phosphate 1-dehydrogenase (EC 1.1.1.49)  
1439 186918 184120 2799 - 48   8: 21 30 3 2 5 4 1 7   Isoleucyl-tRNA synthetase (EC 6.1.1.5)  
1440 187886 187179 708 - 260 22 5: 3 8 1 10 11   Cell division initiation protein DivIVA  
1441 188689 187907 783 - 20 20 5: 2 5 6 4 1   FIG001583: hypothetical protein, contains S4-like RNA binding domain  
1442 188959 188738 222 - 48 12 5: 3 2 9 4 1   COG0762, cell division protein YlmG/Ycf19 (putative), YggT family  
1443 189639 189040 600 - 80 19 4: 3 2 6 1   SepF, FtsZ-interacting protein related to cell division  
1444 190330 189653 678 - 13 14 19: 15 17 3 2 5 13 14 6 23 19 33 9 4 1 31 18 22 25 7   Hypothetical protein YggS, proline synthase co-transcribed bacterial homolog PROSC  
1445 191588 190347 1242 - 16 12 18: 15 12 16 17 3 2 5 13 8 14 6 9 4 1 10 11 18 7   Cell division protein FtsZ (EC 3.4.24.-)  
1446 192936 191611 1326 - 22 6 7: 12 16 2 8 1 10 11   Cell division protein FtsA  

Annotation History   /   View All Related Annotations Help on Annotations


  Subsystems in Which This Protein Plays a Role

Subsystem Curator Role
4_4_13 El_Yacoubi_Basma_user Isoleucyl-tRNA synthetase (EC 6.1.1.5)
Cell_Division_Cluster RossO Isoleucyl-tRNA synthetase (EC 6.1.1.5)
IleS masterbelyacoubi Isoleucyl-tRNA synthetase (EC 6.1.1.5)
YggSTF El_Yacoubi_Basma_user Isoleucyl-tRNA synthetase (EC 6.1.1.5)
YggS_2015 vcrecy Isoleucyl-tRNA synthetase (EC 6.1.1.5)
YggS_2015_Minimal vcrecy Isoleucyl-tRNA synthetase (EC 6.1.1.5)
tRNA_aminoacylation,_Ile gjo Isoleucyl-tRNA synthetase (EC 6.1.1.5)
tRNA_synthetase_relationships howard.969 Isoleucyl-tRNA synthetase (EC 6.1.1.5)


  Protein Sequence

>fig|565663.4.peg.1439 Isoleucyl-tRNA synthetase (EC 6.1.1.5)
MKMKETLQLGKTKFPMRGNLPNREGEWQKEWEENQIYQKRQELNEGKPSFVLHDGPPYAN
GNIHLGHSLNKISKDIIIRSKSMSGYRAPYVPGWDTHGLPIEQVLANKGVKRKEMSMAEY
LEKCREYALSQVDKQREDFKRLGVAGDWEHPYVTLDPSYEAAQVRVFGKMAEKGYIYKGL
KPIYWSPSSESSLAEAEIEYKDVKSPSIFVAFNVKDGKGILDEDTAFVIWTTTPWTLPAN
QGIAVNPKFTYVLVEADGRKFVVAKDLLETVQTEIGWENVTVLKEFAGQEMEYMTASHPF
YDRESLVILGDHVTLDAGTGLVHTAPGHGEDDYIAGSKYKLSVVSPVDSKGLFTEEAPGF
EGIFYDKANPMITDLLKEKGALLKLDFFTHSYPHDWRTKKPVIYRATPQWFASIDKFRQN
ILDEVEKVDWVIPWGKTRLYNMIRDRGDWVISRQRAWGVPLPIFYAENGEAIITPETIEH
VAKLFAEHGSIIWFEKEAKELLPEGFTHPGSPNGEFTKEKDIMDVWFDSGSSHEAVLRQR
PELSFPADMYLEGSDQYRGWFNSSITTSVAINGVAPYKSVISQGFALDGEGRKMSKSLGN
IIAPEKVIKQFGADILRLWVSSVDYEADVRVSMDILSQVAEVYRKIRNTMRFLLANTEDF
DPKKDTVSYNDLRSVDKYMTVRLNQVIKEIREEGYDKYNFMHIYRTVMNFLTVDLSSFYL
DFAKDVVYIEAEDDYQRRCMQTVFYQTAVALTKLLTPIIPHTAEEIWSFLKEEEAYVQLS
EFPGYEEFANQEELMDTWAAFMDFRDKVLKALEEARNSKLIGKSLEAKLTVYPKQQVREM
LKALDADIAQLLIVSPDYFEVMEADVQVPDNAVVFDDVAITVEKADGETCDRCRQVRKDV
GVDEKLPHLCGRCAKIVEEFYPEAVSEGFEEK

MD5 = 57c9d22eb98a998f4caf30946af30df0


  DNA Sequence

>fig|565663.4.peg.1439 Isoleucyl-tRNA synthetase (EC 6.1.1.5)
atgaaaatgaaagaaaccttgcaattaggaaaaacaaaattccctatgcgtggtaatttg
ccaaaccgagaaggcgaatggcaaaaagaatgggaagaaaatcaaatctaccaaaaaaga
caagaattgaacgaaggaaaacctagctttgttcttcatgatggacctccttatgccaat
ggaaatatccatttagggcactcattgaataaaatcagtaaagacattatcattcgttca
aaatcaatgtctggctaccgcgcaccatatgttccaggatgggatacacatggattgcca
atcgaacaagtgttggctaataaaggcgtgaaacgtaaagaaatgtccatggcagaatat
ttggaaaaatgtcgtgaatatgcactttcccaagtagataaacaacgagaagatttcaaa
cgcctaggagttgcaggagattgggaacatccctatgttacattagacccttcgtatgaa
gctgcacaagtacgcgtatttggtaaaatggctgaaaaaggctatatttacaaaggattg
aaacccatttactggtctccgtcaagtgagtcttctttagcggaagctgaaattgaatat
aaagatgtaaaatctccatctatttttgtagctttcaatgtcaaagacggcaaaggcatc
cttgatgaagatacagctttcgtcatttggacgacaacaccatggacattgccagcaaac
caaggtattgctgtaaatcccaaatttacgtatgtactggtcgaagctgatggccgtaag
tttgttgtagcaaaagatttgctagaaacagttcaaacagaaatcggttgggaaaatgta
acggttctaaaagaatttgctggccaagaaatggaatatatgactgcaagtcatccattc
tatgaccgtgaatcgctcgtaattttaggtgaccatgttactttagacgctggtactgga
ttagtccatactgctccaggacacggggaagatgactatatcgccggtagcaaatataaa
ctatctgtagtgtcacctgtagactcaaaagggttgtttacagaagaagctcctggattt
gaaggaatcttttatgataaagcaaatcctatgattactgatttattaaaggaaaaagga
gctttgctgaaactagatttctttacccatagttatcctcacgattggcggacgaaaaaa
cctgtgatttatcgtgcaactccacaatggtttgcatctatcgataaattccgtcagaat
attttggatgaagtagaaaaagtagattgggttattccatggggaaaaacacgtttatat
aatatgatccgtgatcgcggcgactgggtcatttctcgtcaacgtgcatggggagtgccg
cttccgattttctatgctgaaaatggtgaagcaatcatcacgccagaaacaatcgaacat
gtagcaaaattattcgctgaacatggatcaatcatctggtttgaaaaagaagcaaaagaa
cttcttcctgaaggatttactcacccaggttctcctaatggcgaatttacaaaagaaaaa
gatatcatggatgtctggtttgattctggttcttctcatgaagctgttttacgtcaacga
ccagaattatcattcccagcagatatgtacttagaaggatcagaccaatatcgtggctgg
ttcaactcaagtatcacgacaagtgtggctatcaatggcgtagcaccatataaatcagtt
atttctcaaggatttgctttagatggcgaaggccgtaagatgagtaaatctttaggaaat
atcattgcaccagaaaaagtgatcaaacaatttggtgcagatatccttcgcttgtgggta
tctagtgtcgattatgaagcagatgtccgtgtatcgatggatatcttaagtcaagtggca
gaggtatatcgtaagatcagaaatacgatgcgtttcttattagcgaatacagaagatttc
gatcctaaaaaagatactgtttcgtacaatgatttacgctctgtagacaaatacatgacc
gtacgattgaaccaagtaatcaaagaaatcagagaagaaggatatgacaaatataatttc
atgcatatttaccgtacagttatgaacttcttgactgttgatctatcgtccttctacctg
gattttgctaaagatgtggtttatatcgaagcagaagatgattatcaacgtcgttgcatg
caaactgttttctatcaaacagctgtagctttgacgaaactattgacgcctatcattcca
catacggcggaagaaatctggtcattcctgaaagaagaagaagcatacgttcagttaagc
gaatttcctggctatgaagagtttgcgaaccaagaggaattgatggacacttgggctgct
ttcatggatttccgtgacaaggtcttaaaagcattggaagaagcaagaaatagcaaattg
attggtaaatcattggaagcaaaactaactgtttatccaaaacaacaagttcgtgaaatg
ttaaaagctttggatgcagatattgcacaattgctgatcgtttccccagactactttgaa
gtaatggaagcagatgtacaagtgccagataatgctgtggtatttgatgatgttgctatt
acagtggaaaaagcagacggagaaacgtgcgatcgctgtcgccaagttcgtaaagatgta
ggagtagatgaaaaacttcctcatctatgcggtcgttgtgcaaaaatcgttgaagaattc
tatcctgaagctgtatctgaaggattcgaagaaaagtaa


  DNA with Flanking Sequence

>fig|565663.4.peg.1439 Isoleucyl-tRNA synthetase (EC 6.1.1.5)
atgcttgaatctcaattggaacaagtgaaaagtccagaatgggacgaaattttacaacca
ttctctagctatgtgactgacagccatgaagtgatcaaagaagttttagcaaaacagctt
gacaacgaaaatgatactgatgtaaactcagacacaggagtcatagaagcacctatgacg
gcatttgatacacaggctatcgatatctcaatcgtacctggtgaacatgaaaacgagtag
aacagaaaagcactttgttattcttaaagcgagccgatgagagtggaagatcggtaagac
actgcatcgtgaaagatcctctacttgagactgcttttctgaaactagagtaagaagcag
cggctgacctcgttattggtcacagagagtttgcattagatagatgcaactaaatttggg
tggtaccacggcatgttcgtcccttgcggctgaacatgcctttttgtgtccggaaaataa
acgaaggagtgaatggttgaatgaaaatgaaagaaaccttgcaattaggaaaaacaaaat
tccctatgcgtggtaatttgccaaaccgagaaggcgaatggcaaaaagaatgggaagaaa
atcaaatctaccaaaaaagacaagaattgaacgaaggaaaacctagctttgttcttcatg
atggacctccttatgccaatggaaatatccatttagggcactcattgaataaaatcagta
aagacattatcattcgttcaaaatcaatgtctggctaccgcgcaccatatgttccaggat
gggatacacatggattgccaatcgaacaagtgttggctaataaaggcgtgaaacgtaaag
aaatgtccatggcagaatatttggaaaaatgtcgtgaatatgcactttcccaagtagata
aacaacgagaagatttcaaacgcctaggagttgcaggagattgggaacatccctatgtta
cattagacccttcgtatgaagctgcacaagtacgcgtatttggtaaaatggctgaaaaag
gctatatttacaaaggattgaaacccatttactggtctccgtcaagtgagtcttctttag
cggaagctgaaattgaatataaagatgtaaaatctccatctatttttgtagctttcaatg
tcaaagacggcaaaggcatccttgatgaagatacagctttcgtcatttggacgacaacac
catggacattgccagcaaaccaaggtattgctgtaaatcccaaatttacgtatgtactgg
tcgaagctgatggccgtaagtttgttgtagcaaaagatttgctagaaacagttcaaacag
aaatcggttgggaaaatgtaacggttctaaaagaatttgctggccaagaaatggaatata
tgactgcaagtcatccattctatgaccgtgaatcgctcgtaattttaggtgaccatgtta
ctttagacgctggtactggattagtccatactgctccaggacacggggaagatgactata
tcgccggtagcaaatataaactatctgtagtgtcacctgtagactcaaaagggttgttta
cagaagaagctcctggatttgaaggaatcttttatgataaagcaaatcctatgattactg
atttattaaaggaaaaaggagctttgctgaaactagatttctttacccatagttatcctc
acgattggcggacgaaaaaacctgtgatttatcgtgcaactccacaatggtttgcatcta
tcgataaattccgtcagaatattttggatgaagtagaaaaagtagattgggttattccat
ggggaaaaacacgtttatataatatgatccgtgatcgcggcgactgggtcatttctcgtc
aacgtgcatggggagtgccgcttccgattttctatgctgaaaatggtgaagcaatcatca
cgccagaaacaatcgaacatgtagcaaaattattcgctgaacatggatcaatcatctggt
ttgaaaaagaagcaaaagaacttcttcctgaaggatttactcacccaggttctcctaatg
gcgaatttacaaaagaaaaagatatcatggatgtctggtttgattctggttcttctcatg
aagctgttttacgtcaacgaccagaattatcattcccagcagatatgtacttagaaggat
cagaccaatatcgtggctggttcaactcaagtatcacgacaagtgtggctatcaatggcg
tagcaccatataaatcagttatttctcaaggatttgctttagatggcgaaggccgtaaga
tgagtaaatctttaggaaatatcattgcaccagaaaaagtgatcaaacaatttggtgcag
atatccttcgcttgtgggtatctagtgtcgattatgaagcagatgtccgtgtatcgatgg
atatcttaagtcaagtggcagaggtatatcgtaagatcagaaatacgatgcgtttcttat
tagcgaatacagaagatttcgatcctaaaaaagatactgtttcgtacaatgatttacgct
ctgtagacaaatacatgaccgtacgattgaaccaagtaatcaaagaaatcagagaagaag
gatatgacaaatataatttcatgcatatttaccgtacagttatgaacttcttgactgttg
atctatcgtccttctacctggattttgctaaagatgtggtttatatcgaagcagaagatg
attatcaacgtcgttgcatgcaaactgttttctatcaaacagctgtagctttgacgaaac
tattgacgcctatcattccacatacggcggaagaaatctggtcattcctgaaagaagaag
aagcatacgttcagttaagcgaatttcctggctatgaagagtttgcgaaccaagaggaat
tgatggacacttgggctgctttcatggatttccgtgacaaggtcttaaaagcattggaag
aagcaagaaatagcaaattgattggtaaatcattggaagcaaaactaactgtttatccaa
aacaacaagttcgtgaaatgttaaaagctttggatgcagatattgcacaattgctgatcg
tttccccagactactttgaagtaatggaagcagatgtacaagtgccagataatgctgtgg
tatttgatgatgttgctattacagtggaaaaagcagacggagaaacgtgcgatcgctgtc
gccaagttcgtaaagatgtaggagtagatgaaaaacttcctcatctatgcggtcgttgtg
caaaaatcgttgaagaattctatcctgaagctgtatctgaaggattcgaagaaaagtaaa
atggaaaaggggttgtgacatgttttttgtcacaaccccttttgttatcaatcgattaat
ttttcacgttcgcgataccagttatctggttgccagatccattcgaatccgtctttttcg
agtagttcgaaagctgctttaggccccattgatccggctttgtagtttggaaagtccggt
tgtgtttggtcccaagctttgcgaatgacatccacgatatgccaagattgagcgacttct
tcccaatgagagaaattcgttccatcaccattcaacgcatctagcagtaatttttcgtaa
gcttctgggctattttcaaccatttctgcactatttcgaaattctaatttgattggttcc
gtttcaaacccttgacctacttcttttccattcagggataaagaaaatccttcagttggc
tggatatagatcgttagaacattcggtgggagtgtcgtatcgtcacatggttcatcgaca
gatgttttgaatacattaa


  Assignments for Essentially Identical Proteins

No essentially identical proteins found

  Links to Related Entries in Other Sites

This PEG has no links.
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  Functional Coupling

Score Peg Function
22 fig|565663.4.peg.1440 Cell division initiation protein DivIVA
20 fig|565663.4.peg.1441 FIG001583: hypothetical protein, contains S4-like RNA binding domain
12 fig|565663.4.peg.1442 COG0762, cell division protein YlmG/Ycf19 (putative), YggT family
19 fig|565663.4.peg.1443 SepF, FtsZ-interacting protein related to cell division
14 fig|565663.4.peg.1444 Hypothetical protein YggS, proline synthase co-transcribed bacterial homolog PROSC
12 fig|565663.4.peg.1445 Cell division protein FtsZ (EC 3.4.24.-)
6 fig|565663.4.peg.1446 Cell division protein FtsA


  Attributes

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Key
Link Explains Key		 Value


  Protein Families

No protein families found

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