| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccur_03120 |
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| Symbol | |
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| ID | 8374520 |
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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 | Cryptobacterium curtum DSM 15641 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013170 |
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| Strand | + |
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| Start bp | 349849 |
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| End bp | 352419 |
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| Gene Length | 2571 bp |
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| Protein Length | 856 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644993236 |
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| Product | type I restriction system adenine methylase HsdM |
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| Protein accession | YP_003150721 |
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| Protein GI | 256826762 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0286] Type I restriction-modification system methyltransferase subunit |
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| TIGRFAM ID | [TIGR00497] type I restriction system adenine methylase (hsdM) |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0118515 |
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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 | 32 |
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| Fosmid unclonability p-value | 7.147270000000001e-18 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAACAAAC AACAGCTGGC CTCGAAGATC TGGGAATCAG CCAACAAGAT GCGCTCGACC
ATTGAGGCAA GCCAGTACAA GGATTACATC TTAGGTTTTA TTTTCTACAA GTTCTTGTCA
GAGACCGAGG TAGCACGCTT AAAAGCTAAG GATTTTGCCG AGTCCGATCT ACCAACCCTT
ACTGAGGACG ATCCCGAAAC AGTGGCATTT GTGCGGGGAG AGTGCGGTTA CTTTATTGCC
TATGACGATC TATTCCAAAC TTGGATTGCA AAGGGTAAGG ACTTTGAAAT TGCTGACGTG
CGCGATGCGC TTTCCGCTTT TGATCGTAAT GTGAGTCCAG CTCATAAGAA AGTTTTTGAA
AAAATCTTCG AAACCTTGCA GACAGGGCTT TCGAAGTTAG GAACTGATGC TCGTAGTCAG
TCGAAAGCTG CTCGCGATCT TATCCAGCTC ATCAAGGATA TTCCTATGGA CGGGCGCCAG
GATTACGACG TGCTGGGCTA CATCTATGAG TATCTTCTTG AAAAGTTCGC AACCAACGCG
GGAAAGAAAG CCGGAGAGTT TTACACACCA CATGAAGTGA GCCAGCTCAT AAGTGAAATA
GTCGCCTGGC ATCTGCAGAG TCGTAGGCAA ATTGAAATTT ATGACCCTAC TTCGGGCTCT
GGTTCATTGC TTATTAACAT CGGTAAAGCA GTCGCTCGTC GCAACGGTAA CCCCGACAGT
ATTAAGTACT ATGCGCAGGA ATTGAAGGAG AATACTTACA ACCTGACGCG TATGAACCTG
GTTATGCGCG GCATTTTGCC GGATAACATT GCGGTACGTA ACGGCGATAC ACTGGCAGAT
GACTGGCCCT GGTTTGACAC GGTAGAAAAC AAGGACGAGA CCTACAAACC TCTATTCGTT
GATGCCGTTG TTTCTAATCC GCCTTATTCT CAAGATTGGG ATCCTGTCGA TAAAGAAATC
GATCCACGCT TCGAGTATGG TGTAGCGCCT AAATCAAAAG CTGACTACGC CTTTTTGCTG
CATGATTTAT ATCATCTACG CAATGACGGC ATTATGTGCA TTGTCTTGCC TCATGGCGTG
CTATTTCGCG GCGGCGAGGA AGGTTTGATA CGCAGGAACC TCGTTGAGCA CCGTCACATT
CAGGCCATTA TCGGCCTTCC CGCCAATATT TTCTTCGGTA CGGGTATTCC TACCATCATC
ATGGTGCTGC GTAAGCAGCG TGCCGCAGGT GACGACAATG TTTTGGTAGT GGATGCAAGT
AAGTATTTCA TGAAAGAGGG TAAGAACAAC AAGTTGCGTG CCAGCGATAT CAAACGTATC
GTTGATGCCG TTACCACTAA TACAGATGTC GATAGCTTTA GCCGCTCGGT AACAATCGAT
GAGATTCGAA AGAATGATTA CAACTTAAAC ATTCCGCGGT ATGTCGATTC ATCTGAAGCG
CCCGAAGGTT GGGATGTTTT CGCTACGATG TTCGGCGGTG TGCCCGTTAC AGAAGTGGAT
GCCCTTGACG AATATTGGAC GGCCTGGCCC AGTTTGAAGG CACAGTTATT CACCGACAAC
GGTAGCTCGT GCCTTACGCC CACGGCGAGC AATGTTGCTG AAGTGATAGC CGCAAATACC
GATGTAAAAA GCTTTATCAC TAGATTCAAT CAAGCTATAG AAGGTTTTCC GAAAGCCATG
GAAAACAGTT TGGTGGTTGC TCCTGAAAGC GTTGATACTC TTGCAGAAGA AGATGTACTA
GCCAGCCAAA TTGGACATAT GCTTGCAGAA GTGCCATTAG TTGATGGCTA CGACGCTTAC
CAGGCACTCG ATGATGCTTG GCGCGACATT TCGGTTGACT TGGAAATCAT TCAGTCCGAG
GGATTTAATG CAGTGCGCAA AGTTGATCCT AATATGGTTG TCAAGAAAAA AAGAGGTGAA
GATATTGAAG TTCAGGATGG TTGGGCAGGA CGTATTCTTC CTTTCGAGTT GGTGCAGAGA
CAGTTTTTAG CGGACAGCCT AGCCGAAGTA TCCAGTGCTG AAGCGCGACT TTCAGATATC
GGTCAGGAGA TTTCCGAAAT TATCGAAAAT CTTGACGAGG AAGACAAGAA TTCGACGGAC
GCCATAAACG AGGCAGGCGA TGCTTTTGTT TCTGCCGATT TGAAGAAGGC CGTTAAAGCA
ATTGGCAAGA ATCCGGAGTC TGATTTTGAG GCATCGTTGG TTTGCGCTCA GAATCTACTC
GAAGAAGAGA AGATCCTAAA GAAACAAGTA AAGGCGCAAC GTATTGATCT GCACGAAGCA
ACTAAAAAGG TACTAGAGGG TTTAGATGAT AGTCAGTGCA GAGAGCTGTT GAAGCTGAAA
TGGATTAAAC CCTTATTTGA AAAACTATCT GTTTTACCTG GTGCGACAGT TGATGATTTC
GTATCGAAAA TCCAAGCGCT CTATGCGAAG TATGAAACCA CTTACGCTGA TGTTTGCAGT
CAGATAGAAA CCGCCGAGCT CGAACTTTCA AGTATGCTCG ATGATTTAAC GGGCAATGAA
TTCGATATGG CTGGAATAGC GGAACTCAAA AAACTTTTAA GTGGTGAATA G
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| Protein sequence | MNKQQLASKI WESANKMRST IEASQYKDYI LGFIFYKFLS ETEVARLKAK DFAESDLPTL
TEDDPETVAF VRGECGYFIA YDDLFQTWIA KGKDFEIADV RDALSAFDRN VSPAHKKVFE
KIFETLQTGL SKLGTDARSQ SKAARDLIQL IKDIPMDGRQ DYDVLGYIYE YLLEKFATNA
GKKAGEFYTP HEVSQLISEI VAWHLQSRRQ IEIYDPTSGS GSLLINIGKA VARRNGNPDS
IKYYAQELKE NTYNLTRMNL VMRGILPDNI AVRNGDTLAD DWPWFDTVEN KDETYKPLFV
DAVVSNPPYS QDWDPVDKEI DPRFEYGVAP KSKADYAFLL HDLYHLRNDG IMCIVLPHGV
LFRGGEEGLI RRNLVEHRHI QAIIGLPANI FFGTGIPTII MVLRKQRAAG DDNVLVVDAS
KYFMKEGKNN KLRASDIKRI VDAVTTNTDV DSFSRSVTID EIRKNDYNLN IPRYVDSSEA
PEGWDVFATM FGGVPVTEVD ALDEYWTAWP SLKAQLFTDN GSSCLTPTAS NVAEVIAANT
DVKSFITRFN QAIEGFPKAM ENSLVVAPES VDTLAEEDVL ASQIGHMLAE VPLVDGYDAY
QALDDAWRDI SVDLEIIQSE GFNAVRKVDP NMVVKKKRGE DIEVQDGWAG RILPFELVQR
QFLADSLAEV SSAEARLSDI GQEISEIIEN LDEEDKNSTD AINEAGDAFV SADLKKAVKA
IGKNPESDFE ASLVCAQNLL EEEKILKKQV KAQRIDLHEA TKKVLEGLDD SQCRELLKLK
WIKPLFEKLS VLPGATVDDF VSKIQALYAK YETTYADVCS QIETAELELS SMLDDLTGNE
FDMAGIAELK KLLSGE
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