Protein Page for fig|445972.6.peg.1967

SEED version cvs.1555556707 (3/17/2019 22:5:7) on gum.mcs.anl.gov

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Protein fig|445972.6.peg.1967: Anaerotruncus colihominis DSM 17241

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NCBI Taxonomy Id: 445972

Current Assignment: hypothetical protein

Translate Function Assignments

Context on contig NZ_DS544183 from base 45554 to 57413 (11860 bp)


Fid	Start	End	Size (nt)		Gap	SS	Function	Aliases
1963	45554	46489	936	+		1: 1	hypothetical protein	locus\|ANACOL_01856, protein_id\|ZP_02442564.1, gi\|167770511
1964	47274	46990	285	-	500	1: 1	hypothetical protein	locus\|ANACOL_01858, protein_id\|ZP_02442566.1, gi\|167770513
1965	48571	49317	747	+	1296		Phage antirepressor protein	locus\|ANACOL_01862, protein_id\|ZP_02442570.1, gi\|167770517
1966	49596	49474	123	-	156	1: 1	hypothetical protein	locus\|ANACOL_01863, protein_id\|ZP_02442571.1, gi\|167770518
1967	50169	52313	2145	+	572	1: 1	hypothetical protein	locus\|ANACOL_01865, protein_id\|ZP_02442573.1, gi\|167770520
1968	52674	52495	180	-	181	1: 1	hypothetical protein
1969	52735	54207	1473	+	60	1: 1	hypothetical protein	locus\|ANACOL_01867, protein_id\|ZP_02442575.1, gi\|167770522
1970	54218	55030	813	+	10	1: 1	hypothetical protein	locus\|ANACOL_01868, protein_id\|ZP_02442576.1, gi\|167770523
1971	55521	56390	870	+	490	1: 1	hypothetical protein	locus\|ANACOL_01870, protein_id\|ZP_02442578.1, gi\|167770525
1972	56402	56893	492	+	11	1: 1	hypothetical protein	locus\|ANACOL_01871, protein_id\|ZP_02442579.1, gi\|167770526
1973	56874	57011	138	+	-20	1: 1	hypothetical protein	locus\|ANACOL_01872, protein_id\|ZP_02442580.1, gi\|167770527
1974	57063	57413	351	+	51	1: 1	hypothetical protein	locus\|ANACOL_01873, protein_id\|ZP_02442581.1, gi\|167770528

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Subsystems in Which This Protein Plays a Role


Subsystem	Curator	Role
DHQS_phosphatase_fusion	Thamm_Antje_user	hypothetical protein

Protein Sequence

>fig|445972.6.peg.1967 hypothetical protein
MDINLYQRDDLEKRIIINFGNYVFSQADISENLSFQQSVNTDGDFVIGVASCAQMDFDIN
NMAQKITDSDLAGREFTYWTGALISSASKKAIYNMIGKDMVVLNGSIAYAGSGRAPYLSV
WDLDESEMSGLPEQPPHPVKSLFFVDGKLYCGHDEPPYLTAYAVSGKELSKLSEISLNAF
QIEQIQRFNKDMRAFFLERKLQREYRTKSVNGAVDFIEDTFEYNQISCMIADQVTRQNDN
KLHVTSYDFMCKADKNIDKWTEGLLFPINALEYLKKLCAFLEIELASPGFLNDDYVIQKS
YRTQNITGRQAIQWVAQMAGCFAMMDEYGRLEIRWYRKRDYRIDEQSYTAISSESYITKP
IDKLQISAVENDIGVVVPADDPTKTNTYIIQNNPLFYALTDAELRPAAQNLFDALKSFVY
RPFSVSFIWGNPLLRAGDIVTVKSRKGQDFQAVVMSYKLTGVQALNGTMSATGGEMRETQ
ADPVNQQIQALRMRSNQLVMDLEKTQNTLTTITTDIETVKDDITGLDKSVETITKEVGNL
TLTSNSLVVSFDELKTDLDGVVQAQESHKLTFDKEGLTIYNGGFRINDGERDIFSVAADG
SGVQMVGTFGTEYSYTTGQNHVETRGVWFKEGRLQFTSEGKDAAYFEVSKFSDGTNYVKT
NAYFNQLHTSSVYAHGFYLWFDNGWRMMFPSLVGETDSAWDLKLSKDNYSGPDS

MD5 = b3a0489578f4a6b134ec484540df0575

DNA Sequence

>fig|445972.6.peg.1967 hypothetical protein
atggatatcaacctgtatcaacgggatgatttggaaaaacgcattattatcaattttgga
aattatgtattttcccaggcagatatttcggagaacctatcgtttcagcaaagcgtaaat
acggacggtgattttgtcattggtgtggcaagctgtgcgcagatggatttcgacatcaac
aatatggctcaaaagataaccgacagcgatttagcgggccgggaatttacttattggact
ggcgcattgatatcaagcgcaagcaaaaaggcgatctataatatgatcgggaaagatatg
gttgttttaaacggttctattgcctatgcgggcagcggacgggcaccatatttgagcgtt
tgggacttggatgaatccgaaatgtccggccttccggaacagcctccacaccccgtaaaa
tcgcttttttttgttgatggcaaattatactgtgggcatgacgaaccgccgtatttgacg
gcatacgctgtatccggcaaagagttatcaaagctatcggaaatctctttaaatgctttc
caaattgaacaaatccaacgattcaataaagatatgcgggctttctttttggaaagaaag
ctccaaagggaataccgcacgaaatctgtcaacggagcagttgattttattgaggatacg
tttgaatacaaccaaatcagctgtatgattgcagatcaggtcacacggcagaatgataac
aagctccatgtaacgtcatatgactttatgtgcaaggcggataagaacattgataaatgg
acagaggggcttttattcccaatcaatgcgcttgagtatctgaaaaaattgtgtgcattt
ttagagattgaattggcgtcgccgggatttttgaatgacgactatgtaattcaaaaaagt
tatcggacgcagaacattaccggccggcaagcgattcagtgggtggcgcagatggcggga
tgttttgcaatgatggatgaatatggccggcttgaaatccgttggtatcgtaaacgggat
tatcggattgacgagcagtcatataccgcgatttcttctgaatcttatataacaaaacca
attgacaagctccagatcagcgccgtcgaaaacgatattggcgtagtagtaccagcggac
gatccgacaaagacaaacacttatatcattcagaacaatccgctgttctatgctttgacc
gatgcagaactgcggccggcggcacaaaatctgtttgatgcgcttaagtcatttgtttac
cggcctttctcggtttcttttatttgggggaatcctttgctgcgcgcgggagatattgtg
acagtcaaaagccggaagggacaggattttcaagccgttgtgatgtcatataaattgacg
ggtgttcaggcgcttaacggcacgatgtcggcgaccggcggagagatgcgtgaaacgcag
gccgatccggttaaccaacaaattcaggccttaaggatgcgcagcaatcaattggtcatg
gaccttgagaaaacacaaaatacattgacaacaatcacaactgatattgaaaccgttaaa
gacgatataacggggctggataaatcggttgagacgatcacaaaagaagttggaaactta
acgctgacttcaaacagccttgttgtatctttcgatgaattgaaaaccgatcttgatggc
gttgtccaagcgcaggaaagccacaaactgacatttgataaggaaggtctgaccatttat
aacggcggatttagaatcaatgatggggaaagggatattttcagcgttgcggcagacggt
tcgggcgtacagatggtggggacctttggtacagagtattcttatacaactggccaaaac
catgtagaaactagaggggtttggtttaaagaaggaaggctgcaatttaccagcgagggg
aaagatgccgcgtattttgaagtttctaaattttcagatgggacaaattatgttaagacc
aacgcgtattttaatcaattacatacatcgagcgtttatgcacatggattttatctatgg
tttgacaatggatggcggatgatgttcccgtctcttgtaggagaaacagatagtgcttgg
gatttgaaattgagtaaagataactatagcggacctgattcatga

DNA with Flanking Sequence

>fig|445972.6.peg.1967 hypothetical protein
agaaagactgattggctttttgcattttctaatataattgaaaattttgagcctttgagc
cgatattctgcattttgcggggtgttggctcttttttgctttgagggagggaaacgaaaa
atggaattacccctgtccaacgtttggaaaatagatggaaaggcaatctttcagccgtcg
acattttctgttagtctggaagatttggaagtatccgcagaacgcacggcagatgggatg
ctgcaccgggagagagcgcgtcagggtgtcaggaaggtttcgtttgcctatgatgccata
tcacaggaacagattgcaattttaatacccaaattagaaccggtatatttcgatctgaca
tatccagacccgcaggaaggcatcaaaacaattgagtgctactgttcgactaaaagtgca
gagctgtattctctcgtattttacaatggtttatggcgggggctgcaattcaactgtatt
gagaggtaagggtagacggtatggatatcaacctgtatcaacgggatgatttggaaaaac
gcattattatcaattttggaaattatgtattttcccaggcagatatttcggagaacctat
cgtttcagcaaagcgtaaatacggacggtgattttgtcattggtgtggcaagctgtgcgc
agatggatttcgacatcaacaatatggctcaaaagataaccgacagcgatttagcgggcc
gggaatttacttattggactggcgcattgatatcaagcgcaagcaaaaaggcgatctata
atatgatcgggaaagatatggttgttttaaacggttctattgcctatgcgggcagcggac
gggcaccatatttgagcgtttgggacttggatgaatccgaaatgtccggccttccggaac
agcctccacaccccgtaaaatcgcttttttttgttgatggcaaattatactgtgggcatg
acgaaccgccgtatttgacggcatacgctgtatccggcaaagagttatcaaagctatcgg
aaatctctttaaatgctttccaaattgaacaaatccaacgattcaataaagatatgcggg
ctttctttttggaaagaaagctccaaagggaataccgcacgaaatctgtcaacggagcag
ttgattttattgaggatacgtttgaatacaaccaaatcagctgtatgattgcagatcagg
tcacacggcagaatgataacaagctccatgtaacgtcatatgactttatgtgcaaggcgg
ataagaacattgataaatggacagaggggcttttattcccaatcaatgcgcttgagtatc
tgaaaaaattgtgtgcatttttagagattgaattggcgtcgccgggatttttgaatgacg
actatgtaattcaaaaaagttatcggacgcagaacattaccggccggcaagcgattcagt
gggtggcgcagatggcgggatgttttgcaatgatggatgaatatggccggcttgaaatcc
gttggtatcgtaaacgggattatcggattgacgagcagtcatataccgcgatttcttctg
aatcttatataacaaaaccaattgacaagctccagatcagcgccgtcgaaaacgatattg
gcgtagtagtaccagcggacgatccgacaaagacaaacacttatatcattcagaacaatc
cgctgttctatgctttgaccgatgcagaactgcggccggcggcacaaaatctgtttgatg
cgcttaagtcatttgtttaccggcctttctcggtttcttttatttgggggaatcctttgc
tgcgcgcgggagatattgtgacagtcaaaagccggaagggacaggattttcaagccgttg
tgatgtcatataaattgacgggtgttcaggcgcttaacggcacgatgtcggcgaccggcg
gagagatgcgtgaaacgcaggccgatccggttaaccaacaaattcaggccttaaggatgc
gcagcaatcaattggtcatggaccttgagaaaacacaaaatacattgacaacaatcacaa
ctgatattgaaaccgttaaagacgatataacggggctggataaatcggttgagacgatca
caaaagaagttggaaacttaacgctgacttcaaacagccttgttgtatctttcgatgaat
tgaaaaccgatcttgatggcgttgtccaagcgcaggaaagccacaaactgacatttgata
aggaaggtctgaccatttataacggcggatttagaatcaatgatggggaaagggatattt
tcagcgttgcggcagacggttcgggcgtacagatggtggggacctttggtacagagtatt
cttatacaactggccaaaaccatgtagaaactagaggggtttggtttaaagaaggaaggc
tgcaatttaccagcgaggggaaagatgccgcgtattttgaagtttctaaattttcagatg
ggacaaattatgttaagaccaacgcgtattttaatcaattacatacatcgagcgtttatg
cacatggattttatctatggtttgacaatggatggcggatgatgttcccgtctcttgtag
gagaaacagatagtgcttgggatttgaaattgagtaaagataactatagcggacctgatt
catgataaaggaaggtatcatatgaaactatacgatttgtgcaagctgtgtgaatcagtg
gcgaggctgaacaaattaagtttgtcattccccaatgcgcgtagggtacgagatttatac
aagaagttgcaatatgatgtggagttttattgccaggaagaagaaaaggttatttgcagc
ttcatttcagcgggaaatgcgcgtcgggaaggaagcaaactgatatttgaccaactgcct
gaaaaaaaagacaatcaacagatgatgagaaaatacatagaaaaaatagatgctctgaac
aaattggaagtagatgtcccgtttgatggattgattacgatatccacagatgaaataggc
gtccaaaagatatcaggtgacgatattgaaaggttatcatcttttgtagtatttggagat
ggttaaatgcgtcgtatcaagatcacggacagaatcattgaaagttatggggcctctatc
ggagtacagggagataaccaggttg

Assignments for Essentially Identical Proteins


Id	Organism	Who	Assignment
gb\|EDS11245.1	Anaerotruncus colihominis DSM 17241		hypothetical protein ANACOL_01865
gi\|167667115	Anaerotruncus colihominis DSM 17241	NCBI	hypothetical protein ANACOL_01865
gi\|167770520	Anaerotruncus colihominis DSM 17241	NCBI	hypothetical protein ANACOL_01865
img\|642205263	Anaerotruncus colihominis DSM 17241	IMG	hypothetical protein
ref\|ZP_02442573.1	Anaerotruncus colihominis DSM 17241	RefSeq	hypothetical protein ANACOL_01865
tr\|B0PAR5	Anaerotruncus colihominis DSM 17241	TrEMBL	Putative uncharacterized protein

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Functional Coupling


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