| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATR_33459 |
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| Symbol | |
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| ID | 7204034 |
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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_011671 |
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| Strand | + |
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| Start bp | 971789 |
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| End bp | 976230 |
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| Gene Length | 4442 bp |
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| Protein Length | 1263 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | |
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| Product | predicted protein |
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| Protein accession | XP_002186163 |
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| Protein GI | 219113159 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.155395 |
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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 | ATGACGGAAG AAAGATATTT GTGTACGTTT GATTTTGTTC CTCAGGTTTT GTTGTATCTT
GGCAAATCGG AGGAGCAACA AGAATTAGTT TATAGCACTA ATTCTTCAAT CATTGTTTTA
TAAGTTCTTT GATCCGCATT GCTAGTTTAC GCATAGGTCC TCGTATCCGC TGCCTAACCC
GAGGGGAGCG TCGCCAACGA GTAGAGTTTT ACAGTCCCTA AGTCTCTTAG GTGTATCGCC
GGTCGTTCGT AATAACGCCC TCTCTTGTTT ACCAGGCTCT GTTCCTAACA GTGCTTCTGT
CCATACGGTG TACATTGGTG TATATCGTAA CAGATTAACA GTCTTGGTTT CTCGTCAAAC
CACTGCTGCT TATCGCGCAG AATTTGGTAA ACCCACCTTG AGTTCGTCTC AAGGAAACGT
CGAGCTTGGT ACCAGCGTAC CTCGTCCGAC AACACTGCCT ACATTGTTTG TGTTGCATAA
AGTATCAGAG GTGTCTAAGG AGACATTTAT CGGCTTGTGT TCCGCATCCT TGGAAGCTGC
TACCACCATC CTCCTGACCA CTGGTATTGA AAACCCATTA GTACTTCAGG GTTTGTCAGT
AAGTCGTCTC GGCCTCCCTA CTTCCTCGGA ATAACCGGCA CTGGAAATCG TCTAGGTTTT
CTTCTGGATT TGCCAGTGGG TTGTTTCGTG ATTACGGGTT CTCTTGCCAA GTGAGGTATT
CGATACCAAT AGGCTTGGAA GACCAATCCT GATTCCGGTT CGGACGGGTA TACTCACCGG
TTAATAAGAG TACGGGGGGG GACTAATCAA CCCTTCGATA GTTACTGGCA CGGAGCGATA
TCACGCACAG CAGTAACACT GCCACCGAGG TGGTAGAAGG GAGTGAACCA GTGCTGGCAA
CGTCCACTGG TGTAGGGTCA AATAAAGAAG TCCGCTTAGT TACAGCGAAG GACCTGAAAT
ATAGTGGAAG ACCTAACCCC GGAACGCTAC CGACCCGGCT ACCCAGCCCA ACTCAAGATC
TGACCCGGCT ATCCAGCCCA ACCCCAGACC TGGTTGGTTA CCCATTTCAA TATGGTTACC
GCTACGCGGA CAACGTCCGA TGCAAGCGCT TTCGCTCATT TACTCGACAC GGTCCTTGCC
CTACCGGCAA CATCTCCTAT CCGTTCTAGT CTTGTACTAC ATGAGTTAGA TGATCTATAC
GGACTCCTTA GTATTTTTGA GCGCCAAATC GAAACTCTAG AATATCTCCC TGTACCATCC
GAAGGTGACG CAACCCCTGT CCCAATCAAG TTACGTATGG GTCATCAACA ACTCTTACGT
TACTTGCTAC TATGGATACG TCAACTCGAG ACCAACAAAG GAGGTCCTCT CTCGAACTAC
GAACTCATCT CTCTCATGAA AGAAGATTTC AGTTTATTTC GACGGTCTCC ATCAATTCAT
TTGCCGAATG CAGTCCCAAC ACCCAGTTCA CAATCAAGCA CTCCTTCGAC TGTGGTTGGA
AACTCTAGTC GTTCTGCTGT TGCTGATTTT AAACGCGGTG TTAAACGTGA TAAAACGCAT
TATCCGGTGC TCAAGGACGA CCGATACTGG GACAACTTCT ACCGTACTTT TGTCGTTACC
GCCGTATCGC ACAATGTTGA TAATGTCCTA GATCCAGCTT ACTCCCCTAC AAGTACAGAT
GAAATATTGC TATTCAGGGA GCAGAAAAAG TTCGTCTATT CCGCTCTAGA ACACTGCTTG
CAAACGGATA TGGGTAAAAA CATTGTTCGC GAGCATGCCT TTGATTTCGA TGCACAAACT
GTTTTCGCAA AAGTGGTAAA ACACTACACT GAATCCACAG CTGCAAAGAT CAGTTCTGGT
ACCACACTGT CATACCTGAC CTCTGCGAAG TACGGCAGCT CCTGGACTGG AACCGCCGAA
GGATTTATTT TGCATTGGAA AAATCATCTT CGCATTTACA ACGACACGGT CCCAGTTACA
GAGAAGTTGC CACCACAACT TTGCCTCAGC CTGCTCGAGT CCTCTGTACG CGACGTTTCA
GAGCTTCGGC AAGTCAACAC TACCGCGAAT CTAGATTTAG CTAAAGGGGG GTCTCCCATT
AACTATGAAA ATTACCTAAG TCTACTCCTT GCTGCCGCGA CCTTGTACGA TAAAGGAAAC
AATTTTTCTA ATTCTCGTAG CCCAAAATTC AAGCGCAGCG CCTTTGTTAC TGAGACTACC
TTTCCCGATG ATGAATATGG CGTCGATTAC GACATTGATT TGTCACCGTC CATCCTTTAC
GAAGCGAATG CTCACAACCG CAGAGCAGGC GACCAAAATC GAGACCGCCA GAGCAATGTC
AATCGTGAGC GACCGTATAT TCCTCGTGAG ATGTGGGATA AACTGTCCGA CGATGCAAAG
GAGATTCTCC GTGGTATGTC TTCTCCTAAA GAAGGAAACG CCTCGGCCAA CGGCAAGTCT
TCATCTGCAT TTCATGCCAA CTCCCATTCT TTATCCGATA CAGGACACAC CTCATCAACG
GACGAATTGT TGCACGAAAA TGACAACGAT AAATTATATG ATTGCGGGAA CGACACGGAA
CTGCTTGCAC ACCTTACTGA TCGCTCCAGT AATATGGCAA ATGGAGACAT TCGCAAAGTC
CTCGCTTCGG CTTCCTCCTA TAAGCAGAAT TCGAAGAACT CCCTGCAGTC AAATATGCTC
GAATACAGTA TTTCCCGACA CTCCGTTGCA GAGACTACAT CCTCCCTCAT CGACAGAGGC
GCAAACGGCG GACTTGCCGG AAGCGATGTT AAAATCCTTA ACAAAACAGG CCGTTCTGCG
AGCATCACGG GTATTAATGA CCATACTTTG CCTGATTTGG ACATTGTCAC CGCCGCTGGC
CTCGTTGAAT CACAACATGG ACCCATCATT GTCATACTGC ATCAGTATGC CCACCATGGA
AAAGGAAAAA CGATCCATTC TAGTGCTCAA CTTGAGTACT ACAAGAATAT TGTCGAGGAC
CGTTCCCGTG TTTTAGGCGG TAAACAACGT ATCATAACTC TAGATGATTA CGTTATTCCC
CTACACATCC GTCAGGGACT AGCTTATATG GACATGAGAC CTCCTTCCGA TGCAGAGTTT
GACACGTTAC CCCACGTTGT ACTTACTTCC GATGTCGACT GGGACCCGTC CATTATCGAC
AACGAAATTG ACCTTGTCAT AGACTGGCAT GATGCCATAC AGGACCTTCC CAGCGACCCG
TACGTTGAAC CCCGTTTCAA TTCAACTGGT GAATACCGAC ATAGGCACGT TGCGACCTTT
GACATTTTCT CGTCATCTGA CTTTGTTCAT CGGTCCACGG CTCTCGATAA TATACTCTCG
TCAAACCAAC ATGACATGAC CCGCAATTCG CACAATTACG AAGCCTTGCG TCCTTGTCTT
GGCTGGGTCT CCGCCAACAC AGTCCAGAAA ACCATCATGG CCACTACGCA ATTTGCTCGT
GAGGTCTATA ATGCACCTAT GCGTAAACAT TTCAAGTCCC GTTTCCCGGC ACTTAATGTT
CACCGGCGCA ACGAAGCTGT GGCTACCGAT ACCATTTGGT CGGACACACC TGCTGTCGAT
AACGGCGCTA AATTTGCGCA ATTATTTGTC GGTAGACGAT CGCTTGTTAC CGACATTTAT
CCTATGAAAA CAGACAAAGA GTTTGTTAAT GCACTCGAAG ACAATATTCG TCATCGGGGT
GCCATGGATA AACTCATCAG TGACCGTGCC AAAGCCGAGA TCAGCAAGAA AGTTTCTGAT
ATTACTCGTG CTTACCACAT TGATCAATGG CAAAGCGAGC CCAATCACCA GCACCAAAAT
TATGCTGAAC GTCGAATTGC AACTGTTGAA GCAAATGCAA ATAAAATTCT TAACAAAACC
GGCGCACCTA ATTCTACATG GTTATTGTGT GTTTCCTACA TTTGTTATTT GTTTAATCAT
TTGGCCCATG AATCTTTGCA CGATCGCACC CCCCTCGAAA TTCTTAACGG TAGTACTCCT
GATATTAGCG TACTCCTTCA ATTCCATTTC TGGGAACCGA TCTACTACCG ACTTGAAGAA
CCTACTTTTC CTTCCGACGG CACTGAAAAA AAGGGCCACT TTGTTGGAAT TGCTGATTCC
GTTGGTGATG CTCTTACCTA CAAGGTACTC ACCAACGACT CCCACAAGAT CCTTTTCCGA
TCTAGTGTTC GCTCTGCATT GAAACCTAGT GAAACCAATT TGCGTCTTGA GCCACATGAA
GGGGAGAGTC CTCCTAAGCC CATCAACTTC ATTAAGTCGC GCAGGACTGA GGACGGAAAT
TCTTATGCCA TCCACACGCT ACCTGGTTTT ACCCCGGACG ATCTCATCGG ACGCACCTTT
TTAACCGATA CCCAGGACAA TGGGGAGCGT TTTCGTGCAC GTATTGCCAG GAAAATTCTT
GA
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| Protein sequence | MTEERYLFLV SRQTTAAYRA EFGKPTLSSS QGNVELGTSV PRPTTLPTLF VLHKVSEVSK
ETFIGLCSAS LEAATTILLT TGIENPLVLQ GLSLLARSDI THSSNTATEV VEGSEPVLAT
STGVGSNKEV RLVTAKDLKY SGRPNPGTLP TRLPSPTQDL TRLSSPTPDL VGYPFQYGYR
YADNVRCKRF RSFTRHDDLY GLLSIFERQI ETLEYLPVPS EGDATPVPIK LRMGHQQLLR
YLLLWIRQLE TNKGGPLSNY ELISLMKEDF SLFRRSPSIH LPNAVPTPSS QSSTPSTVVG
NSSRSAVADF KRGVKRDKTH YPVLKDDRYW DNFYRTFVVT AVSHNVDNVL DPAYSPTSTD
EILLFREQKK FVYSALEHCL QTDMGKNIVR EHAFDFDAQT VFAKVVKHYT ESTAAKISSG
TTLSYLTSAK YGSSWTGTAE GFILHWKNHL RIYNDTVPVT EKLPPQLCLS LLESSVRDVS
ELRQVNTTAN LDLAKGGSPI NYENYLSLLL AAATLYDKGN NFSNSRSPKF KRSAFVTETT
FPDDEYGVDY DIDLSPSILY EANAHNRRAG DQNRDRQSNV NRERPYIPRE MWDKLSDDAK
EILRGMSSPK EGNASANGKS SSAFHANSHS LSDTGHTSST DELLHENDND KLYDCGNDTE
LLAHLTDRSS NMANGDIRKV LASASSYKQN SKNSLQSNML EYSISRHSVA ETTSSLIDRG
ANGGLAGSDV KILNKTGRSA SITGINDHTL PDLDIVTAAG LVESQHGPII VILHQYAHHG
KGKTIHSSAQ LEYYKNIVED RSRVLGGKQR IITLDDYVIP LHIRQGLAYM DMRPPSDAEF
DTLPHVVLTS DVDWDPSIID NEIDLVIDWH DAIQDLPSDP YVEPRFNSTG EYRHRHVATF
DIFSSSDFVH RSTALDNILS SNQHDMTRNS HNYEALRPCL GWVSANTVQK TIMATTQFAR
EVYNAPMRKH FKSRFPALNV HRRNEAVATD TIWSDTPAVD NGAKFAQLFV GRRSLVTDIY
PMKTDKEFVN ALEDNIRHRG AMDKLISDRA KAEISKKVSD ITRAYHIDQW QSEPNHQHQN
YAERRIATVE ANANKILNKT GAPNSTWLLC VSYICYLFNH LAHESLHDRT PLEILNGSTP
DISVLLQFHF WEPIYYRLEE PTFPSDGTEK KGHFVGIADS VGDALTYKVL TNDSHKILFR
SSVRSALKPS ETNLRLEPHE GESPPKPINF IKSRRTEDGN SYAIHTLPGQ WGAFSCTYCQ
ENS
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