| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_84390 |
|---|
| Symbol | DAP2 |
|---|
| ID | 4840040 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Scheffersomyces stipitis CBS 6054 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_009046 |
|---|
| Strand | - |
|---|
| Start bp | 974207 |
|---|
| End bp | 976980 |
|---|
| Gene Length | 2774 bp |
|---|
| Protein Length | 852 aa |
|---|
| Translation table | 12 |
|---|
| GC content | 39% |
|---|
| IMG OID | 640391355 |
|---|
| Product | dipeptidyl aminopeptidase B |
|---|
| Protein accession | XP_001385880 |
|---|
| Protein GI | 150866325 |
|---|
| COG category | [E] Amino acid transport and metabolism |
|---|
| COG ID | [COG1506] Dipeptidyl aminopeptidases/acylaminoacyl-peptidases |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 6 |
|---|
| Plasmid unclonability p-value | 0.309155 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 14 |
|---|
| Fosmid unclonability p-value | 0.832688 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | AAAAATTACC AGATACATTC ATTATCTGGA ATACTTTTTC GTGGTATTGA TACATAGTCA
GTTCCTGCTC AGCAGCCTGA TTTCGTCCTC TTATCATATC CAGACTTCTC ATTCTTTGCT
ATATTCAAAG TTCTAATCTC ACATGACCAA CAAGTACGAT AGTGACGCTC ACGTCCCGGA
GGTCAAGAAG AAAGACTTTC GGCGATCCTA TGAGCTGGAG CTCGACAATG AGTTTAGTTC
TCGGGTCAAC CATTACAACT ACAAAAATTT CTTCATTTCT GGAGTCCTTT TGTCTATTTT
GATATGGGGG TCATCCTTCT TAATAACTGC CATCACAAAC TTGCGAACCA CTGAAATACT
ACATCATGAA TACGAACAAT TGTTGAAGGC CAACTCGCCT CCATTATTGC AAAGCAGGCC
GGCTGTAGCA TGGGATGGTT CCGGAAAGAT TCCCTTGAAC TTCTCTGCTG TAAGAGACGG
AAAGTTCAGA CCAAATTATA AATCGTTACA GTGGATCCAC GAACCACTGT CCATCGAAAG
CGATAAGGGT ACATATGTGT TAAAGGATGA CTCCAACGGA CATTTAGAAT ATACTATCAA
GTCTATTGTT GACGATGACT ATCTGTTCAC TTTGTACAAT GGTTCCACAT TTAACTACAG
CGATACAGAG TACAAAATTG AGTCCTTGAT AGCGTCTCCA GACTTAACAA AGGCAATCTT
GAAAACAAAC GCTACACACA ACTGGAGACA TTCAAGTTTT GCATTGTATT GGTTGCTCGA
TATCTCTGAA TCCTCGATAA CTCCGATATT AGACACCACA AGCAAGTTGG CCGTCACTTC
GTGGTCGCCA AAGTCGACCG ACATTGCATT TATTTTTGAC AATAATGTCT ATGTGAAGAA
TATTGCATCT GGAGAAGTCA AACAGGTCAC GTTTGATGGA AGTTCTCAGG TCTTCAATGG
TAAGCCGGAC TGGGTTTACG AAGAAGAGGT TTTTGCTGGC GATATTGTTT TATGGTGGTC
CCCAAGTGGA GATAAATTTA CTTTTTTGAA GTCAAATGAC ACCGAAGTTC CTGAGTTCAC
TATTCCTTAT TACGTTCAAA ATGGCCATGA AGACTACCCG GAAGTTGTAC AAATCAAGTA
TCCAAAGGCT GGGTACCCAA ACCCAAGTGT TGAGTTGGTT ATTTACGACT TGGATACCGA
AAAAGATCAG CTTTTGGAAT TGAAATCTGA GAAGATTGTG TCGCTGGACA GATTAATTAC
TGAGGTTGTT TGGGTGGGTT CATCTGTGTT GGTTAAGACT TCAAACAGAG CTAGTGATTT
ATTGGAAATA TTTTTGGTTG ACAGTGTTCA AAATGAATCC AAGATAGTAA GAAGCTTAAC
CGCTGATGAC AGCTGGTTTG AAGTAACTTC TAATACCTTG TTTGTTCCTA AAAATGAATC
GTTGGGTCGT TTAGAAGATG GTTATGTTGA CACTGTTGTC TCAGGAGGTT TCAACCATTT
GGCTTATTTC TCACCCCCCA GCGCATCTGA AGGTGTCTTG TTGACCAACG GCCAATGGGA
AGTGGTAGGC GGAGTTGAGG CATTTGATTT CAACAAGAAT AAAGTTTACT TTGTCAGTAC
CATGAAATCT TCTGTCGAAA GACACATCCA CTCAGTTAGT TTGTTTGACA AGTCCAATAA
TGGACTTCCA AAAGTAGAAA ATATCACAAG TGGTGAAGGT TGGTTCGCTG GGTCATTTTC
ATCTGGATCC AGATATTTAT TATTGACCTA TGAAGGTCCA GAAGTTCCAT ATCAAAAGTT
GATTGATTTA TCCTCTCTTA AGGATGTCAA GACTATTGAG TCAAATCAAG AGGTCATCGA
CAATTTAGAT GATTACCTTA TTCCTGAGGT AAAATATGAA GTTATTGAAT TACAAGACGA
AGAAACTGGT GAAATTTTCA AAGCGAATGC CATTGAGACA TTGCCATTAC ACTTTGATAG
TCGTCATAAG TACCCGGTGT TATTTTTTGT ATATGGTGGA CCAGGCTCTC AGCTTGTAAC
AAAGAACTTT GCAGTTAGTT TCAGCTCGGT TGTTGCAGCT GAATTGAATG CTATTGTGGT
TACAGTTGAC GGCAGAGGTA CTGGCTACAA TAACTACAAT GATGATTTGG GATCACAGTA
CAAATTTATT GTCCGCGACA AATTAGGAAA GTATGAACCG TTGGATCAAA TAGCAGCTGC
TAGATTATGG TCAGAGAAGA GTTACGTTGA TTCTGATAGA ATTGCTATTT GGGGATGGTC
ATATGGAGGA TTTCTTACAT TGAAAACACT TGAAACTGAT GTTAAGCATA AAGTGTTTTC
TTATGGAGTT TCCATCGCAC CAGTTACCAA ATGGAAGTTG TATGACTCCA TTTACACAGA
AAGATACATG AGAACCCCTC AAGAAAATCC AGCGGGATAC GAAATTGCTT CCATTCATAA
TATAACCAAT TTTGAACACG TCAAAAAGTT TTTCATTGGC CATGGAAGTG GGGATGATAA
CGTGCATGTT CAGAATACAT TGAAATTAAT TGACGAGTTC AACTTGGGAA ACATTGAAAA
CTTCGACTTC ATGATATTTC CAGACAGCGA CCATTCTATT CGTTACCACA ACGGTAATAA
GGTTGTGTAC GATCGTATTT TGACTTTCTT AAGAAGAGCA TTCAATGGTG AGTTTGCATA
AGCAATTCAC ATGTAACAGT ACATCATTTA TAGTAATAAC AGTAATAATA ACAATAATAA
CGAAAATGAG AAGT
|
|---|
| Protein sequence | MTNKYDSDAH VPEVKKKDFR RSYESELDNE FSSRVNHYNY KNFFISGVLL SILIWGSSFL
ITAITNLRTT EILHHEYEQL LKANSPPLLQ SRPAVAWDGS GKIPLNFSAV RDGKFRPNYK
SLQWIHEPSS IESDKGTYVL KDDSNGHLEY TIKSIVDDDY SFTLYNGSTF NYSDTEYKIE
SLIASPDLTK AILKTNATHN WRHSSFALYW LLDISESSIT PILDTTSKLA VTSWSPKSTD
IAFIFDNNVY VKNIASGEVK QVTFDGSSQV FNGKPDWVYE EEVFAGDIVL WWSPSGDKFT
FLKSNDTEVP EFTIPYYVQN GHEDYPEVVQ IKYPKAGYPN PSVELVIYDL DTEKDQLLEL
KSEKIVSSDR LITEVVWVGS SVLVKTSNRA SDLLEIFLVD SVQNESKIVR SLTADDSWFE
VTSNTLFVPK NESLGRLEDG YVDTVVSGGF NHLAYFSPPS ASEGVLLTNG QWEVVGGVEA
FDFNKNKVYF VSTMKSSVER HIHSVSLFDK SNNGLPKVEN ITSGEGWFAG SFSSGSRYLL
LTYEGPEVPY QKLIDLSSLK DVKTIESNQE VIDNLDDYLI PEVKYEVIEL QDEETGEIFK
ANAIETLPLH FDSRHKYPVL FFVYGGPGSQ LVTKNFAVSF SSVVAAELNA IVVTVDGRGT
GYNNYNDDLG SQYKFIVRDK LGKYEPLDQI AAARLWSEKS YVDSDRIAIW GWSYGGFLTL
KTLETDVKHK VFSYGVSIAP VTKWKLYDSI YTERYMRTPQ ENPAGYEIAS IHNITNFEHV
KKFFIGHGSG DDNVHVQNTL KLIDEFNLGN IENFDFMIFP DSDHSIRYHN GNKVVYDRIL
TFLRRAFNGE FA
|
|---|
| |