| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_4428 |
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| Symbol | |
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| ID | 5367948 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | + |
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| Start bp | 5033054 |
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| End bp | 5036176 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 640806834 |
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| Product | bifunctional proline dehydrogenase/pyrroline-5-carboxylate dehydrogenase |
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| Protein accession | YP_001343258 |
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| Protein GI | 152998423 |
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| COG category | [C] Energy production and conversion
[E] Amino acid transport and metabolism |
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| COG ID | [COG0506] Proline dehydrogenase
[COG4230] Delta 1-pyrroline-5-carboxylate dehydrogenase |
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| TIGRFAM ID | [TIGR01238] delta-1-pyrroline-5-carboxylate dehydrogenase (PutA C-terminal domain) |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 27 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTAAAG CGATTGAGGT GTTACAACCT AACTTCATTC AGCGTCCACT CAATGAATTG
TGGCAGCTGA TTTCCCCTCT TTATAATATG GATGAAGAGA AGTGGTTAAA TGAGCTTTTA
CCTTTAGCAA AACCGACTGA AGGAGAACTC GAAAACCAAA CCAATGCCGC GGCAAACTTA
ATTGCTGAAG TTCGTAAAGA CGACGACAGC ATGTCAATGA TTGACGCTTT ATTATTGGAA
TACAGCTTAG ACACCAAAGA AGGCATTTTG CTGATGTGTT TGGCCGAAGC ACTTATGCGT
GTACCAGACA AGGAAACAGC CGATGCTTTC ATCAAGGACC GTTTGAGCGT TGCCGATTGG
GCATCTCACG CTAAAAACTC GGATTCTTTC TTCGTTAATG CTTCTACTTG GGGCCTATTG
TTGACGGGTA AAATCGTCAC GATGGACGAG AAAAAAGACG GTACGCCAGC TAACTTGGTT
AACCGTATGG TAAACCGTGT TTCTGAGCCG GTGATTCGTA AAGCGATGAA CCAAGCGATG
AAAATCATGG GACACCAGTT TGTTCTAGGC CGCAGCATCG AAGAAGCTTT GTCTCGTGGC
AAAAGCTACC GTGACAAAGG TTACACCTAT TCTTTCGACA TGTTGGGTGA AGCCGCATTA
ACTGCAGCTG ACGCAGACAA ATACCTAACG TCTTATATGA AAGCGGTCGA ATCTGTTGGC
AAAGACACTT ATAGTCAAAA ACATCGACCG ACCATTTCTA TCAAGTTATC TGCGCTACAC
CCGCGTTATG ACGTGGGTTG TGAAGAACGC GTAATGACAG AACTGTTCGA CAGCGTTAAA
GGCTTAATTA TCAAAGCTCG CTCGTTAAAT GTTGGCATTA CTATAGATGC AGAAGAAGCT
GATCGCTTAG AACTGTCATT GCATTTGTTT GAAAAACTAT TCCGTGATGA ATGCACCAAA
GGCTGGGGCT TATTTGGCCT TGTGGTTCAG GCTTATTCAA AACGCGCTCT GCCGGTTTTG
GTTTGGTTGG CAGCACTATC TAAAGAGCAA GGCGACCGCA TCCCTGTGCG TCTAGTGAAA
GGCGCTTACT GGGATTCTGA GATCAAGCTT TGCCAACAAC GCGGTATCAA TGGTTACCCT
GTTTACACTC GCAAAGAGTC AACAGACGTT TCTTACTTGG CTTGCGCTCA CTTTTTACTG
AGCGAACACA CTCGTGCGAA TATCTTCCCG CAGTTTGCCA GCCATAACGC ACACACTATC
GCGACGATTA GCTGTTTAGC TAAGCAATTA GGCGCGACAA CACAAGAATT TGAATTCCAA
CGTCTACACG GTATGGGCGA TGCCCTTTAC AACCGTTTGA TCAAAGGCAG CGACATCTGC
GTACGTATTT ACGCGCCGGT AGGTAGCCAT AAAGACTTAC TTCCATACTT GGTTCGTCGT
CTACTCGAAA ACGGCGCGAA CAGCTCATTC GTTCACCGTT TGATTGATGC CAGCTACCCA
ATTGCCGATT TGATTAATCA CCCAGTCACG ACTCTTGAAA GCCGTAAATC ATTGGCGAAT
CCGCATATCA ACTTGCCAGC CAACTTGTTT GACGACCGTA AAAACTCTTT TGGTCCGAAC
ATCGAAATTG AATCTGATTG GACGCCTTTC AAAGCTAAAG TTGATGCCTT TATGGGACAA
AATACCCAGT GGCGTGCTTT CCCTATCGTT GGTGGTGAGA AAGTAGCAAC AGGTCAAACG
CATTCTATTG AAAGCCCATA CGATCACAGC CAAACAGCTG GGCAAATTGA TTGGGCAGAC
GCAGCAACCG TCACCAAAGC AATCGATCTT GCCGAAGCTG CTTTCCCTGC ATGGTCAGCG
CGCCCAGCGA CAGAACGTGC TGATTGCCTA GATAAAATGG CTGACTTGAT GGAAGAAAAC
TATGCGGAAT TAATGGCCCT TTGCCACCGT GAAGCAGGTA AAACCATTCA GGACAGTATC
GACGAAGTTC GTGAAGCGGT GGATTTCTGT CGCTATTATG CGCAACAAGC TCGTAGCCAC
TTTGCTAACC CAACACATTA CACGGATTTC TTAGGCAATG AAAAACAAGC TAAGCTAAAC
GGCCGTGGCG TATTTACTTG TATCAGCCCT TGGAACTTCC CATTGGCAAT CTTTACAGGC
CAAGTGGTTG CCGCTCTTGT AGTTGGTAAC ACAGTGGTTG CGAAACCGGC TGAGCAAACT
AGTTTAATCG CTTTCCGTGC CATCGAAATG CTCCATCAGG CAGGCGTTCC AACAGACGTT
CTTCACTTGT TACCAGGTGA CGGCGCGACG GTTGGTGCTC CACTTACTAG CGACAAACGC
ATTGCTGGTC TTGCCTTCAC AGGTTCCACT GGCACAGCAC AATTGATCAA CCGCACGTTA
GCAGCTCGTG GCGTGGCACC TGTGCCAGTA ATTGCGGAAA CCGGTGGTCA AAACGCTATG
TTGGTTGATT CAACCTCTTT ACCTGAGCAA GTGGTTCGCG ATGCAGTTCG TTCGGCGTTT
GCGTCTGCTG GACAGCGTTG TTCTGCATTA CGCGTATTGT TCGTGCAAGC TGACATCGCC
GATCGTGTTA TTCCGATGAT CAAAGGTGCC ATGGCTGAAC AAAGCGTTGG CTTGCCTTAT
CTACACAGCA CAGATGTAGG TCCAGTTATC GATAAAAAAG CACAGAAAAT GTTGCTAGAT
CATATCGAAT ACATGAAAGC GGAAAGTAAA TTGATCGCTC AAACGGAGCT ACCAGATTTC
GCTAAAAACG GTACCTTCGT GGCGCCAACA GCGTTTGAAA TTGCCAGCAT TGATCAGCTA
ACAGATGAGA AGTTTGGCCC TATCCTTCAC GTTGTACGTT ACAAAGCACG TGACTTAGAT
AAGATCATCG ATACTATCAA TAACTCAGGC TTTGGTTTGA CTATGGGTGT TCACAGCCGT
AACGAAACCA CTTGTGCACG CATTGCTAGT CGCGCTCGTG TTGGCAACCT TTACATTAAC
CGCGACCAAG TCGGTGCGGT AGTTGGCGTT CAGCCTTTCG GCGGACAAGG TTTATCCGGC
ACAGGGCCAA AAGCTGGCGG TCCACATTAC CTTCAACGCT TCGCTATTGA GCAAGACCTT
TAA
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| Protein sequence | MFKAIEVLQP NFIQRPLNEL WQLISPLYNM DEEKWLNELL PLAKPTEGEL ENQTNAAANL
IAEVRKDDDS MSMIDALLLE YSLDTKEGIL LMCLAEALMR VPDKETADAF IKDRLSVADW
ASHAKNSDSF FVNASTWGLL LTGKIVTMDE KKDGTPANLV NRMVNRVSEP VIRKAMNQAM
KIMGHQFVLG RSIEEALSRG KSYRDKGYTY SFDMLGEAAL TAADADKYLT SYMKAVESVG
KDTYSQKHRP TISIKLSALH PRYDVGCEER VMTELFDSVK GLIIKARSLN VGITIDAEEA
DRLELSLHLF EKLFRDECTK GWGLFGLVVQ AYSKRALPVL VWLAALSKEQ GDRIPVRLVK
GAYWDSEIKL CQQRGINGYP VYTRKESTDV SYLACAHFLL SEHTRANIFP QFASHNAHTI
ATISCLAKQL GATTQEFEFQ RLHGMGDALY NRLIKGSDIC VRIYAPVGSH KDLLPYLVRR
LLENGANSSF VHRLIDASYP IADLINHPVT TLESRKSLAN PHINLPANLF DDRKNSFGPN
IEIESDWTPF KAKVDAFMGQ NTQWRAFPIV GGEKVATGQT HSIESPYDHS QTAGQIDWAD
AATVTKAIDL AEAAFPAWSA RPATERADCL DKMADLMEEN YAELMALCHR EAGKTIQDSI
DEVREAVDFC RYYAQQARSH FANPTHYTDF LGNEKQAKLN GRGVFTCISP WNFPLAIFTG
QVVAALVVGN TVVAKPAEQT SLIAFRAIEM LHQAGVPTDV LHLLPGDGAT VGAPLTSDKR
IAGLAFTGST GTAQLINRTL AARGVAPVPV IAETGGQNAM LVDSTSLPEQ VVRDAVRSAF
ASAGQRCSAL RVLFVQADIA DRVIPMIKGA MAEQSVGLPY LHSTDVGPVI DKKAQKMLLD
HIEYMKAESK LIAQTELPDF AKNGTFVAPT AFEIASIDQL TDEKFGPILH VVRYKARDLD
KIIDTINNSG FGLTMGVHSR NETTCARIAS RARVGNLYIN RDQVGAVVGV QPFGGQGLSG
TGPKAGGPHY LQRFAIEQDL
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