Protein Page for fig|264731.4.peg.1908

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

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Protein fig|264731.4.peg.1908: Prevotella ruminicola 23

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NCBI Taxonomy Id: 264731

Current Assignment: hypothetical protein

Translate Function Assignments

Context on contig NC_014033 from base 2360796 to 2373303 (12508 bp)


Fid	Start	End	Size (nt)		Gap	SS	Function	Aliases
1906	2365289	2360796	4494	-		4: 4 2 3 6	Glutamate synthase [NADPH] large chain (EC 1.4.1.13)	gene_name\|gltA_2, locus\|PRU_1960, protein_id\|YP_003575239.1, gi\|294674623, geneID\|9001491
1907	2365780	2365445	336	-	155	1: 1	hypothetical protein	locus\|PRU_1961, protein_id\|YP_003575240.1, gi\|294674624, geneID\|9000232
1908	2368116	2365843	2274	-	62	1: 1	hypothetical protein	locus\|PRU_1962, protein_id\|YP_003575241.1, gi\|294674625, geneID\|9002411
1909	2368938	2368315	624	-	198		Phage antirepressor protein	locus\|PRU_1963, protein_id\|YP_003575242.1, gi\|294674626, geneID\|9000590
1910	2369953	2369477	477	-	538	1: 1	hypothetical protein
1911	2370810	2370175	636	-	221	1: 1	hypothetical protein	locus\|PRU_1965, protein_id\|YP_003575243.1, gi\|294674627, geneID\|9000565
1912	2371145	2371273	129	+	334	1: 1	hypothetical protein
1913	2371263	2371604	342	+	-11		RelE-like translational repressor toxin
1914	2372205	2372366	162	+	600	1: 1	hypothetical protein	locus\|PRU_1967, protein_id\|YP_003575244.1, gi\|294674628, geneID\|9002082
1915	2372359	2373303	945	+	-8	1: 5	Protein kinase domain of HipA	locus\|PRU_1968, protein_id\|YP_003575245.1, gi\|294674629, geneID\|9002150

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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|264731.4.peg.1908 hypothetical protein
MQRIRAGEEALKHKLLQMNYSCLPNDDGSLKGSTRMSTTVGMDIDHLTPDEMPAVRERIL
AKKDELGLKMMEESARGGGYHLVFARKPELSQEENLKWASELISVAYDSGAKDITRVFFT
TSGNELIYLDDELFEIDLAARAPLACYRGDARTDNRTNKTDSVDNSLEGKILKSCVPLQK
KYPTQYHGIPFDRIIKKYWEVNNQGYEPTEGDRDTLTYQLACDLRHICGKNADWLDQVIP
CYDGFTPEEKREKIKNALTSEYNGFPLRLKNVLNCLATDKRTDKTDCIDAEEVDLGEQNL
LESCSPLLKIPKLPQGVKDSVDAVGAGLAMPVVTAICPCIGTLATGVQLDVHGTKRGLNL
ISYIAGDFASGKGSIDPVVEAWMSEVAALDKMYQQQEDEWRAKKRAAKNKKEQPEEPKLP
VRCLTLNNTVANLAERLANTEGKHGFSFTPEADTVAQKWKSTMSDFSVMLRQSYDGSKYE
REARSADAVNVHIEHLLWNVCMCGTPDALYRVVNNYTDGFQSRIAVARTPDNTFAPLEDK
PNVLTDRQRDRIQQVAHLLPLMFGEVVLPKLEARGREWLEKIRLETMKNDDRTRARQRFR
VCVTAQRMTCCLMLCKVCETLIQKHGLTGAEAKLKQQPGLWKELLLKAQTPTMLDAYDVI
ADQLLENALYFFRDRIENAFQSRDYAGGMNGERTKRGKNDSIFGRLDCQFTFDQAMQHSV
AIKGAQVNINTVRQMLKNWRKQGLVTIDENGNYRKVS

MD5 = e4cb9627ed437463dfac755ab213e755

DNA Sequence

>fig|264731.4.peg.1908 hypothetical protein
gtgcagcggatacgcgcaggtgaggaggctttgaaacacaagctgctgcagatgaactac
agctgtctgcctaacgatgatggcagcctaaagggcagcacccgaatgagcaccaccgtt
ggcatggatatcgaccacctgacacccgatgagatgcccgccgtacgtgagcgcatctta
gctaagaaagatgagctgggattgaagatgatggaggagagtgcccgtggtggtggctac
catctggtgtttgcgcgaaagcccgaactgagtcaggaggagaacctgaaatgggcgagc
gagttgatatctgtagcttatgatagtggggctaaggatatcacccgcgtgttctttact
acatcgggcaatgaactgatttacttggatgatgaactgtttgagatagatttagccgct
cgagctccgctcgcttgctaccggggggacgcaagaacggacaacaggactaacaagact
gattctgttgacaattccctcgaaggaaaaatcctaaagtcctgtgttccgttgcaaaaa
aaatatcctacgcagtaccacgggataccgtttgataggattatcaaaaagtactgggag
gtgaacaaccagggctatgaacctaccgagggcgaccgcgatacgcttacctaccaactg
gcctgcgacctgcgccatatctgtggcaagaatgccgactggctggatcaggtgataccc
tgctacgatggctttacccccgaggaaaaacgcgaaaaaatcaagaacgccctcacctcg
gagtacaacggtttcccgctgcgattaaaaaatgtgcttaattgtttagccacggacaag
aggactgacaagactgattgtatagatgctgaagaagttgacttgggtgaacaaaacctc
ctagagtcctgtagtccgttgctaaaaatccctaagcttccgcagggagtgaaggactct
gtagatgccgtgggtgcgggactggcgatgccggttgtaacggccatctgcccttgtatc
ggtacgctggctacgggcgtacagttggatgtgcacggcaccaagcgcggactgaatctg
atatcttacatagccggcgactttgccagtggtaaggggagtatcgaccctgtggtagag
gcctggatgagcgaggtggctgcgctcgacaagatgtaccagcagcaggaggatgagtgg
cgcgccaagaaacgtgccgccaaaaacaagaaggaacagcccgaagaaccaaagctgccc
gtgcgctgcctgacgctgaacaacaccgtggccaacctggccgagcgactggccaacacc
gagggtaagcacggtttttcgttcacacccgaggcggatacggtagcgcagaaatggaaa
tcgaccatgagcgacttttcggtgatgctgcgacagagttacgacggcagtaagtacgaa
cgcgaagcccgcagtgccgatgccgttaacgtacatatagagcacctgctgtggaacgtg
tgtatgtgcggtacgcccgatgcactgtatcgtgtggtaaacaactacaccgacggattc
cagagtcgtattgccgtggcccgcacacccgacaatacctttgcaccgctggaggataag
cctaacgtgttgaccgatcgccagcgcgaccgcatacagcaggtggcacacttgctaccg
ctgatgttcggcgaggtggtgctgcccaagctggaggcaaggggtagggagtggctggag
aaaatacgactggaaacgatgaagaacgacgataggacccgtgcccgtcagcgtttccgc
gtgtgcgtaacagcccagcgaatgacgtgctgcctgatgctttgcaaggtgtgcgaaaca
ctgatacagaagcacggcttgaccggtgccgaggcaaagctgaaacagcagcccgggctg
tggaaagagctgctgctgaaagcacagacaccaaccatgctggatgcctacgatgtgata
gccgaccagctgctggagaatgccctgtactttttccgcgaccgcatagagaacgctttc
cagagtcgtgattatgctggcggtatgaatggtgaacgcaccaagcgtggcaagaacgac
tcgatttttgggcgactggactgccagtttacgttcgatcaggccatgcagcactcggtg
gccatcaagggtgcccaggttaacatcaacaccgtgcgccagatgctgaaaaactggcgc
aaacaggggctggtaacaatcgatgagaatggtaattatcgtaaggtgtcataa

DNA with Flanking Sequence

>fig|264731.4.peg.1908 hypothetical protein
ttggtaacaccttgcgcatgctgaacgagcccgccgaggatacactgacggctacgcagg
tggccaagacgtttaacatgactacctacgactttaacgccattctgcgcgacatgggca
tacagtaccgccgcgatgggcattggaacatcagcgacgatctggccgaccgcaacctta
cacgcctgcgcacgcacgtatcctatagtttaaagggccagaagaaagtaaaggtttata
tgacctggacccttgatggcgtgagattccttaattctaaacttggttatcctaatttct
aataaatatatttagcaacggactacaggactgacaagattgattagaaaaatcgtaaag
tcctgttatccgttgcaaaaaaatgaaaaactatgagtgtacatgtaatttatataaagg
atggggcgaagatgatgcgtcccgtcctaacgagagaggagtatttgagtttgcgaaatg
gtggcgagcaacagcaattggtgcagcggatacgcgcaggtgaggaggctttgaaacaca
agctgctgcagatgaactacagctgtctgcctaacgatgatggcagcctaaagggcagca
cccgaatgagcaccaccgttggcatggatatcgaccacctgacacccgatgagatgcccg
ccgtacgtgagcgcatcttagctaagaaagatgagctgggattgaagatgatggaggaga
gtgcccgtggtggtggctaccatctggtgtttgcgcgaaagcccgaactgagtcaggagg
agaacctgaaatgggcgagcgagttgatatctgtagcttatgatagtggggctaaggata
tcacccgcgtgttctttactacatcgggcaatgaactgatttacttggatgatgaactgt
ttgagatagatttagccgctcgagctccgctcgcttgctaccggggggacgcaagaacgg
acaacaggactaacaagactgattctgttgacaattccctcgaaggaaaaatcctaaagt
cctgtgttccgttgcaaaaaaaatatcctacgcagtaccacgggataccgtttgatagga
ttatcaaaaagtactgggaggtgaacaaccagggctatgaacctaccgagggcgaccgcg
atacgcttacctaccaactggcctgcgacctgcgccatatctgtggcaagaatgccgact
ggctggatcaggtgataccctgctacgatggctttacccccgaggaaaaacgcgaaaaaa
tcaagaacgccctcacctcggagtacaacggtttcccgctgcgattaaaaaatgtgctta
attgtttagccacggacaagaggactgacaagactgattgtatagatgctgaagaagttg
acttgggtgaacaaaacctcctagagtcctgtagtccgttgctaaaaatccctaagcttc
cgcagggagtgaaggactctgtagatgccgtgggtgcgggactggcgatgccggttgtaa
cggccatctgcccttgtatcggtacgctggctacgggcgtacagttggatgtgcacggca
ccaagcgcggactgaatctgatatcttacatagccggcgactttgccagtggtaagggga
gtatcgaccctgtggtagaggcctggatgagcgaggtggctgcgctcgacaagatgtacc
agcagcaggaggatgagtggcgcgccaagaaacgtgccgccaaaaacaagaaggaacagc
ccgaagaaccaaagctgcccgtgcgctgcctgacgctgaacaacaccgtggccaacctgg
ccgagcgactggccaacaccgagggtaagcacggtttttcgttcacacccgaggcggata
cggtagcgcagaaatggaaatcgaccatgagcgacttttcggtgatgctgcgacagagtt
acgacggcagtaagtacgaacgcgaagcccgcagtgccgatgccgttaacgtacatatag
agcacctgctgtggaacgtgtgtatgtgcggtacgcccgatgcactgtatcgtgtggtaa
acaactacaccgacggattccagagtcgtattgccgtggcccgcacacccgacaatacct
ttgcaccgctggaggataagcctaacgtgttgaccgatcgccagcgcgaccgcatacagc
aggtggcacacttgctaccgctgatgttcggcgaggtggtgctgcccaagctggaggcaa
ggggtagggagtggctggagaaaatacgactggaaacgatgaagaacgacgataggaccc
gtgcccgtcagcgtttccgcgtgtgcgtaacagcccagcgaatgacgtgctgcctgatgc
tttgcaaggtgtgcgaaacactgatacagaagcacggcttgaccggtgccgaggcaaagc
tgaaacagcagcccgggctgtggaaagagctgctgctgaaagcacagacaccaaccatgc
tggatgcctacgatgtgatagccgaccagctgctggagaatgccctgtactttttccgcg
accgcatagagaacgctttccagagtcgtgattatgctggcggtatgaatggtgaacgca
ccaagcgtggcaagaacgactcgatttttgggcgactggactgccagtttacgttcgatc
aggccatgcagcactcggtggccatcaagggtgcccaggttaacatcaacaccgtgcgcc
agatgctgaaaaactggcgcaaacaggggctggtaacaatcgatgagaatggtaattatc
gtaaggtgtcataatagtcatggttaaaaatgtcaaagtcaaaatggtcaaaatcgaaaa
taatcaagaatgttttgtgcagctctggcgcaagctggagcgcacaaggcgcctgctggg
cgggcagtgcaagcgcttctgcatacgtaacgtgctgaaagcatggttcggtgctgcggc
caacgatgatatgatatggcacgtgtgccatctgtgcgagcaggagggctggaacgagct
gcctctgcccaatctctatccgcgcaagcatcgcgagctgctgcgtgccatcgtggccgt
aagcaccggcatcagcttctggcgcatcgatctgaaggcgctcgacagtgcctatagcgt
agcctttccgcatagcacaccgttaaatgttaataagaaaaagaaaaattagtttcaatc
tgtaagcatttcaatgcgatttgcttacagattgttattttcgacaaaaatgtagataaa
aacgtcagcgtttcggcttgtttgatagcaaaac

  Assignments for Essentially Identical Proteins

No essentially identical proteins found

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  Functional Coupling


Score	Peg	Function

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