Gene Gbro_2258 details

Gene Information

• Locus tag: Gbro_2258
• ID: 8551617
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Gordonia bronchialis DSM 43247
• Kingdom: Bacteria
• Replicon accession: NC_013441
• Strand: +
• Start bp: 2395979
• End bp: 2397997
• Gene Length: 2019 bp
• Protein Length: 672 aa
• Translation table: 11
• GC content: 67%
• Product: amino acid transporter
• Protein accession: YP_003273399
• Protein GI: 262202191

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.186562
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

GTGTCCACCG TGTCAAAGGT GTCCGTCGCG ACCAAACGTC TGCTGCTGGG CCGGCCGTTC 
CGCAGTGACA CGCTGGGGCA CACCCTGCTC CCGAAGCGGA TCGCGCTGCC GGTTTTCGCC 
TCCGACGCGA TGTCGTCGGT CGCCTACGCG CCGCAGGAGA TCTTCCTGGT CCTGTCGGTG 
GCCGGTGTCA CCGCCCTGGC CTACACGCCG TGGGTCGCGC TGGCTGTCGC AGCCGTCATG 
GTCGTCGTGG TCGCCAGCTA CCGGCAGAAC GTGCACGCCT ACCCCTCCGG CGGGGGTGAT 
TACGAGGTCG CGACGGTCAA CCTGGGCCCG AGCGCGGGAC TCACGGTCGG CAGCGCGCTG 
CTCGTCGACT ACGTGCTCAC CGTGGCCGTG TCGATCTCGT CGGCCGCGGA GAACATCGGC 
TCGGCCATCC CGTTCGTCCA GGAACACAAG GTGTGGTTCT GCGTCGCGGC GATCGTGCTG 
CTCGCCGCGG TCAACCTGCG CGGTATCAAG GAATCCGGCG CGGTGCTGGC CACCCCCACC 
TACGCCTTCA TCGTCGGTGT CGTCGCCATG CTCGTCTGGG GTTTCATCGA GATCTACATC 
CTCGGCGACT CCGTGCGTTC CGAGGCCGCC GACTTCGAGA TCAAGGCCGA GAACGATCAT 
CTGATGGGTG TGGCGTTCGT CTTCCTGATC GCGCGGGCCT TCTCCTCCGG TTGCGCCGCC 
CTGACCGGTG TCGAGGCCAT CAGCAACGGC GTCCCGGCCT TCCGGAAACC CAAGTCGCGC 
AACGCCGCCA CCACTTTGCT CATGCTGGGC AGCATCGCCA TCGTGCTGCT CCTGGGCATC 
GTCATGCTGG CGCAGAAGAT CGGTGCGAAG TACGTGATGG ACCCGGCGAA GGATCTGATC 
GGCGCCCCCG AGGGATACCA GCAGAAGGCG ATGATCGCCC AGCTCGCGCA CGCCGTCTTC 
GACACCTTCA CCCCCGGCTT CTACTTCGTG GCGATCGCGA CCGCACTGAT CCTGATGCTG 
GCCGCCAACA CCGCATTCAA CGGTTTCCCG GTGCTGGGTT CGGTTCTCGC CCAGGACCGA 
TACCTGCCGA GGCAGTTGCA CACCCGCGGG GACCGCCTCG CGTTCAGCAA CGGCATCTTG 
TTCCTGGCGC TGGCGGCGAT CGTGTTCATC GTCGCGTTCG GTGCGCAGGT CACGGCCCTG 
ATCCAGCTCT ACATCGTCGG CGTGTTCGTG TCGTTCACGC TGAGCCAGAC GGGAATGGTG 
CGGCACTGGA CGCGACTGCT GCGCACCGAG ACCGACCCGC GCGCACGCCG GCGCATGATG 
CAGTCGCGGG TCATCAACAC CATCGGGCTG GTCATGACGG CCACGGTGCT CGTCGTCGTC 
CTCATCACGA AGTTCACCGC GGGCGCCTGG ATCGCGATCC TGGCGATGGT GGTGATCTTC 
GTGCTGATGA AGCTGATCCA CCATCACTAC GCGACGGTGC AGCGCGAACT CGAACGCGCC 
GAGGCCGACG GCGACGAGAC CGTGCTCCCC AGCCGGACAC ACTCGGTCGT CCTGGTCTCC 
ACCCTGCACC TGGCCACCAA ACGCGCCTTG CTCTACGCCC GCGCCACCCG GCCCGACGTG 
CTGGAGGCGA TCACCGTCAA CGTCGACGAC CGGGACACCC GAAAACTGGT GTCGCAGTGG 
GAGGCCAGCG ACATCTCCGT GCCGCTCAAG GTGATCGCGT CGCCCTACCG CGAGATCACC 
CGGCCGGTCA TCGACTACGT GCGCCGGGTG CGCCGGGAGA GCCCCCGCGA CGTGATCACC 
GTGTTCATCC CCGAGTACGT CGTCGGCCAT TGGTGGGAAC AGATCCTGCA CAACCAGTCC 
GCCCTGCGAC TCAAGGGCCG GTTGCTGTTC GAACCCGGTG TGATGGTGAC CTCGGTGCCG 
TGGCAGCTGA GTTCCTCCGA CCGGCGCAAG GACGACCCGA GCTACTGGGC GCCCGGTGAG 
ACCCGCCGCG CCCTCGGCGG CGACGCCGAG CACCGATGA 

 

Protein sequence

MSTVSKVSVA TKRLLLGRPF RSDTLGHTLL PKRIALPVFA SDAMSSVAYA PQEIFLVLSV 
AGVTALAYTP WVALAVAAVM VVVVASYRQN VHAYPSGGGD YEVATVNLGP SAGLTVGSAL 
LVDYVLTVAV SISSAAENIG SAIPFVQEHK VWFCVAAIVL LAAVNLRGIK ESGAVLATPT 
YAFIVGVVAM LVWGFIEIYI LGDSVRSEAA DFEIKAENDH LMGVAFVFLI ARAFSSGCAA 
LTGVEAISNG VPAFRKPKSR NAATTLLMLG SIAIVLLLGI VMLAQKIGAK YVMDPAKDLI 
GAPEGYQQKA MIAQLAHAVF DTFTPGFYFV AIATALILML AANTAFNGFP VLGSVLAQDR 
YLPRQLHTRG DRLAFSNGIL FLALAAIVFI VAFGAQVTAL IQLYIVGVFV SFTLSQTGMV 
RHWTRLLRTE TDPRARRRMM QSRVINTIGL VMTATVLVVV LITKFTAGAW IAILAMVVIF 
VLMKLIHHHY ATVQRELERA EADGDETVLP SRTHSVVLVS TLHLATKRAL LYARATRPDV 
LEAITVNVDD RDTRKLVSQW EASDISVPLK VIASPYREIT RPVIDYVRRV RRESPRDVIT 
VFIPEYVVGH WWEQILHNQS ALRLKGRLLF EPGVMVTSVP WQLSSSDRRK DDPSYWAPGE 
TRRALGGDAE HR