| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_48621 |
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| Symbol | |
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| ID | 7194827 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Phaeodactylum tricornutum CCAP 1055/1 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_011686 |
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| Strand | + |
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| Start bp | 396586 |
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| End bp | 400778 |
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| Gene Length | 4193 bp |
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| Protein Length | 1313 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | |
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| Product | predicted protein |
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| Protein accession | XP_002183088 |
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| Protein GI | 219125650 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | CGAGGTCAAA CCGATTGAGT TACCGATTAA TTACAATACA ATCGGGGCCT TACGAGGCTT
TCCCCTTTAT TCATCTTACT CTCTCATTGT ATCAACAATA CATTGCGTGA GTATAGAAGA
ATTCGTTAGT TTATCAGACC CATGTTGTCA TTGCTGGCGT TGCTCTCGCC AACGTTCTTC
CTTTACACGA TTGTCTCTCT TTTTGAACTG AGCCATGGCC CGAGTTCGCA AGGCAACCGG
TCCTACCCGG AAGGGAGCGA CCGAAATGGT GCCGGAGGAG CGAGTGGAAG AAGAAACGCC
CTTTGAGGCC GTTGAGTCGC CGTCCAAGGA CAGTGACAAT GAGACGCAAC CATCGTCCAT
GGGCGATGAT AATGACTCAC AGTCTGAGAT CGAGTCGTAC AAGATTGATA CCGACATTGA
TTTCAAGTAC AACCCAAACT TTTTTGAGGA CAAGAAAGCC CTTGAAAGTG TTCTAAGGAA
TACTATGGGA TTTGGAGATA TCCATGTGAA GTCACTCCAA AACGAAGGTT TGAAGACCGC
AAATGATTTC TTGCTTATTT CTATGAGTGA CATCAATGAT CTTTGCGACA AGCTTTTGTT
TGCAACAGTT TACAGGGCTC GCCTACGGGC ATTTGCTACA TGGTTACGTA GTCAACCCGA
CAACATAAAT ATTACCCAAG AATGGACAAT TCCAGTTATG CAATTGGAAA TGCAGATGAA
GGCGCAAGCG TCTCCATTTG GAACCTCCGA GACCAACAAA ACAGACAAGT CAGTCTCCAG
TCTGGTGCCT GATCCCTTTG ATGGTACACA GAAGAAGTGG CTCGCCTTTC GATACAGTTT
TGAGGCATGG GCCGGAGCAA GTGGGCAATC TTTTGATGCC TGCATCTCAC ATGACTCGGA
GCGATATTCC CGTTCAGAAC CAACAGCGAC CTACAATGAC ATCAATGACG AACCTGATTC
ATTTAAATAT GACTGGAACG TTAAGTCAGT TCGCAATTCA AACATCTTTT TTATGCTCAA
GTCGCTCACA AGCGGCGGAG ATGCATGGGG CCTTATCGAA CCTTACGAGG TTTCAAAAAA
TGGCCGTCAT GCCTGGATCG CCTTGTGTGC GTTCTATGAA GGGGCCAGTC AGGTGGGCTT
AACCACAGAA GAAGCTCGCA CTACAATTCT GACATCGAAG TATACCGGAC AATCCCGGAA
CTTCACTTTT ACCAAGTATG TTCAAAAGCA TCTTACTGGT AACAACATAT TGGCTCGCAA
CAAAGAGGCC TACACGGACT CACAGAAAAC AAACTTTTTC CTACGGGGAA TTGTTGATAC
TGAACTTATG GCATTCAAGG CAGCTGCTGA AGCTAACCTA AATGAATGGA AGTTCGAACG
CGTTGTCACG TACATGCGTA CTCAAGCCGC CAAGCTCACG AGCAAGGACG GTAAGGATTC
CCGAAACATT CGTCAGGCTA CGGGCTTGTC GAAAAACAGG AACAACAAAA ACAACCGGCG
CAAGCGCTCG GAATACCAAA GCCAAGGCAA AGGTAATAAA GAGTCGGGCA AAGGAAACAA
TGCTCCTAGT ACTCAACTCC GCAAGGACAT CTGGGATGAA TTGTCTCCCG AGATAAAGGA
TGCCATCAAA GCGGCAAAGC GTAGAGCGTC TACGGACCCG CGCACGGCTA AAAGAGCCAA
GACTAGTAGT ACGGATAACT CTAACGCAAG CGTTGAGTCC TACTCGCCTG ATTTAAGGTC
AATGTCTACT GAAATATTTA AAGCAGATGA TGACAAGGAC TTGGCTTCAG GTCAGCCTGA
GGCGAAAGAT ACACCACTTC ATTTGGAACT TGAAGATACG CTTAAGAAAC CTACATATGG
AGCAGGTACC CTATTTGGGC GATCTGCTGA CAGGGTCTCC TTTAATCGTA TGGTATGCAG
TTCAGAAGAA AACAAAGTCA CTCCTTGGCG CATGTCAGAA CTACGGCTTG CGGATGCAAC
AATAAGACGC ATTTGTAAGA ATCGCACACG AAATCCTACC GGCCGTTCAA CATGGGGCGA
AGCTGCCATT GATACTGGTG CCGACACAAT TTGCATTGGT TCAGGCTATA CTGTACTTGC
CCATACAGGT CGATATGTGA GTCTGCGAGG TTTTCATGAC AGTGGTGATA CTCTTGATCG
AATTCCAGTT GTGACGGCTG CTACAGCATA TGACTACGAT GACGGAACCA CCGTTATTCT
GGTTTTCCAT GAAGCTTTGA ATCTTGGGCC TACACAGTCC ACATCTCTCA TCAACTTGAA
TCAGATTCGG CACGCCGGAC ATCAGACTGA TGACATTCCG AAGTTTTTAT CCCAAGGGAA
ATCTCTTCAC GGAATTGAAA CAATTGATGG CGACTACATT CCTTTTGAAT TGAAGGGACG
CACATCATTG TTGTACTCAC GAGTACCTAC TCGCCATGAG CTTGAGAACT GCCTGCACAT
TGATCTCACA TCTGATCAAC CCTGGGATCC AAACAGCAAA GACTGGGAGG ATAATGAGCA
GCGCTACACG CGTCATGACC GACAACGGAA TGCACGCTAT ACCGCAACTG ATAATGCGGA
TGAGGAGAAC TTTTACCATG GGTATTTCTC TCTCCCTGAC TCTAAGGAGT TCCCGGTTCT
ACCGGCAAAC AATAATGTTA TGAACCCAAA TGATGTCGTA CGCGAGATCA AATATGCTAC
TGCACGGGTT TCAAAATCTA GCCCACGGGA TCTAGATGTC GATCGAGACA AACTTCGCCG
CATCCTGGGA CATGTTCCTA TGGAAGTAGT TGACCGAACA CTGGAAGCTA CAACACAACT
TGCGGAACGC TCTGGCAAAA TGCCACTGCA TCGACGTTTT AAAACGAAGT TTGAACAATT
GCGATACCGC CGGTTGAAGT GTACGTTATA TAGCGACACT TTCAAATCTA CTGTTAAATC
CTCCCGAGGA CACACGCATA CCCAAGGGTT TGTATGTGGT GATTCTTACT TTGTATACCA
CTTTCTTATG AAAGCGGAAT CCGAAGCAGA CCAAGGTCTT GCGTCAATTA TACAAGATAT
AGGAATTCCG GCACAAATTC ACACCGACAA CGCAAAAGTG GAAACCTTAA GCAAATGGAA
GAAAATCACT TCCGGTCACT GGATAAAAGT CACAGTCACG GAACCATACT CACCGTGGCA
AAACCGTTGC GAACACGAAT TCGGTGCGGT TCGGATCCAG ACACGACTTG TTATGGAAAC
GACACAATGT CCAGAACAGC TTTGGGACTA CGCCATTACC TACGTGGTAA TTGTGCGTAA
TAATACCGCT CGCAAAGCCT TAAATTGGCA AACGCCATTA ACGGTTATGA CAGGTGACAC
GAGCGATATT TCAGAATTGT TGGATTTCGA GTTCTACGAA CCGGTACAAT ATTTTGACAA
TCCTGAAATT AAATTTCCAC AAGCTAAGAC TAAAGTTGGT CGGTGGCTTG GTATTGCAAC
AAATGTTGGA CAAGCTATGT GCTACTATGT CCTAACAGAC AAAGGAACCG TGATAGCGCG
ATCCACAGTC ACACCACTTC ACAAAGTTGA TTCAACTGCT TTGCAAACCT CTCTTACAGC
TTTTGATGCT ATGATAAGGG ATATTTATCA GCCTACTGAT TTTGCTCACA GCACTAAAAA
GCAAGCAGCC TCGTTACGAC GAGATGAAGC AATGAAGGTT GCCAGAAAAA CTGGTGAACC
TGAAGATCCA GGAGTCCGTA ATAGACATGT TCTGTATGAC TTAAATGAGG GAGCCGACCA
TGACCAAGTG GAACCAGGAC TATCAGTTGA TGATTACTAC GGTAACGACG ACGAAAAAGA
GTCTGGTTCG TCGGATCTCC TTGTCGGCAG CGAAGTACTC CTTACTAAGG GAGGTATACA
ACATCTAGGC AAAGTCACCA ACCTTGATAA AAATGGCCAG CCCAAGGGCT CAAACGAAAC
AACCAATTAT GTTGTTGAGT TCAATGATGG TACTGAAGAG ATTCATGGAT ACAATGCTCT
GCTTGACGCT GTGTATAAGC AAGTCGATGA TGATGGTAAT GAATGGTATA CTTTTGAAGA
TATTGTTGAC CATCAAAGGC GCCCACGTGG CGGCCGAGGA CGAACGAAAG GTTGGTTCCT
CCGTGTTAAA TGGGCCAATG GTGAATACAC CTGGGAGCCT CTTACCTCTT TAA
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| Protein sequence | MARVRKATGP TRKGATEMVP EERVEEETPF EAVESPSKDS DNETQPSSMG DDNDSQSEIE
SYKIDTDIDF KYNPNFFEDK KALESVLRNT MGFGDIHVKS LQNEGLKTAN DFLLISMSDI
NDLCDKLLFA TVYRARLRAF ATWLRSQPDN INITQEWTIP VMQLEMQMKA QASPFGTSET
NKTDKSVSSL VPDPFDGTQK KWLAFRYSFE AWAGASGQSF DACISHDSER YSRSEPTATY
NDINDEPDSF KYDWNVKSVR NSNIFFMLKS LTSGGDAWGL IEPYEVSKNG RHAWIALCAF
YEGASQVGLT TEEARTTILT SKYTGQSRNF TFTKYVQKHL TGNNILARNK EAYTDSQKTN
FFLRGIVDTE LMAFKAAAEA NLNEWKFERV VTYMRTQAAK LTSKDGKDSR NIRQATGLSK
NRNNKNNRRK RSEYQSQGKG NKESGKGNNA PSTQLRKDIW DELSPEIKDA IKAAKRRAST
DPRTAKRAKT SSTDNSNASV ESYSPDLRSM STEIFKADDD KDLASGQPEA KDTPLHLELE
DTLKKPTYGA GTLFGRSADR VSFNRMVCSS EENKVTPWRM SELRLADATI RRICKNRTRN
PTGRSTWGEA AIDTGADTIC IGSGYTVLAH TGRYVSLRGF HDSGDTLDRI PVVTAATAYD
YDDGTTVILV FHEALNLGPT QSTSLINLNQ IRHAGHQTDD IPKFLSQGKS LHGIETIDGD
YIPFELKGRT SLLYSRVPTR HELENCLHID LTSDQPWDPN SKDWEDNEQR YTRHDRQRNA
RYTATDNADE ENFYHGYFSL PDSKEFPVLP ANNNVMNPND VVREIKYATA RVSKSSPRDL
DVDRDKLRRI LGHVPMEVVD RTLEATTQLA ERSGKMPLHR RFKTKFEQLR YRRLKCTLYS
DTFKSTVKSS RGHTHTQGFV CGDSYFVYHF LMKAESEADQ GLASIIQDIG IPAQIHTDNA
KVETLSKWKK ITSGHWIKVT VTEPYSPWQN RCEHEFGAVR IQTRLVMETT QCPEQLWDYA
ITYVVIVRNN TARKALNWQT PLTVMTGDTS DISELLDFEF YEPVQYFDNP EIKFPQAKTK
VGRWLGIATN VGQAMCYYVL TDKGTVIARS TVTPLHKVDS TALQTSLTAF DAMIRDIYQP
TDFAHSTKKQ AASLRRDEAM KVARKTGEPE DPGVRNRHVL YDLNEGADHD QVEPGLSVDD
YYGNDDEKES GSSDLLVGSE VLLTKGGIQH LGKVTNLDKN GQPKGSNETT NYVVEFNDGT
EEIHGYNALL DAVYKQILLT IKGAHVAAED ERKVGSSVLN GPMVNTPGSL LPL
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