| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00687 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001308 |
|---|
| Strand | - |
|---|
| Start bp | 2734244 |
|---|
| End bp | 2737751 |
|---|
| Gene Length | 3508 bp |
|---|
| Protein Length | 292 aa |
|---|
| Translation table | |
|---|
| GC content | 52% |
|---|
| IMG OID | |
|---|
| Product | SPEE_NEUCR Spermidine synthase (Putrescine aminopropyltransferase) (SPDSY)Spermidine synthase ; [Source:UniProtKB/TrEMBL;Acc:Q96UK1] |
|---|
| Protein accession | CBF88983 |
|---|
| Protein GI | 259489040 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 8 |
|---|
| Plasmid unclonability p-value | 0.0245042 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 48 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | GTCTTCCCTC GCTTCTCCGC CTCAACTTCA TCTTTCCTTC TGTCTCTCCG TTCCAGTGCT
TTACTGCGTC CTGTCATTCT CTCTTATTCC CCTTATTCCC TCCGGTCTTT CAACTTCATC
ACAATGAGCG AGATCACTCA CCCCACTATC AAGGGTATGT ATATTTCTCC CACTGCCCGT
ACTCTACCCC GCCCTCAACG TAAATCCAAA CCATCACTCT CATTGCACCG TTTCAGGACG
ATCTGAAGTA TCCAGACTTT GCTTTTTAGT ACTTCGGTTA ACATGTATCC TTACTAACCC
CAATCTAATC CAGATGGCTG GTTCTCCGAG CAGTCTGAAA TGTGGCCTGG TCAGGCCATG
AACCTCAGAG TCAACCAAAT TCTCCACCAC GAGAAGTCCA AGTATCAGGA CGTTCTTGTC
TTCGAGAGCA GCGACTATGG CACCGTTCTT GTTCTTGACA ACGTCATCCA ATGCACCGAG
CGTGATGAGT TCTCGTATGC CGTACCCCTC TTCCCCTCCC CTCGTTAAAA CAAACACCTC
TCATGCGACG AAGAGACTGA CTTGGTTTTT TTCTTTCCAG CTACCAGGAA ATGATTACCC
ACCTGGCCAT GAACTCCCAC CCCAACCCCA AGAAGGTCCT CGTTATCGGA GGTGGAGATG
GCGGTGTCCT CCGCGAGGTA GTCAAGCACG AGACCGTCGA GGAGGCCATC TTGTGCGACA
TTGATGAGGT AACAAAATCT GCTTTTTCCT GCCTTACCTT GCCAATTACC TACATATGCA
ACTGCCGCTG CATGCAATTT AGTCGCCAAA AGGCTGACGG GCTTCATCAT TGCAGGCCGT
CATCCGTGTC TCCAAGAAGT ACCTTCCCGG CATGAGCATC GGCTTCCAGC ACCCCAACGT
CAAGGTCCAC GTCGGCGACG GCTTTGAGTT CCTCAAGCAG CGCCAGAACG AATTTGATGT
CATCATTACC GATAGCTCTG ACCCCGAGGG TCCCGCCGAG AGCCTCTTCC AGAAGCCCTA
CTTTGAGCTC CTCAGAGACG CTCTACGTGA TGGAGGTGTC ATCACCACCC AAGGTTGTTC
GTCGCCTTTC TTTTTATATT CTGCCTCCAT CTGCTTTTTC TCTATACCTT GACTTCTCGT
TTTTTTCTTG TTGTCTTGTA CTCTCCCAGC CTTCCCATAG CCCTAGCCCG CACTTTTTCT
CCCCTTATTC TCTCTCTTCC ATTTTTCCTT ATACGATATT TTTGATATAA GGGTTCCCGG
GCTAACCAAG TCTCGACCCA AACCACCCGA TCCCGGGATC GGTTTGGGTT TCACGTTTTC
TCCGTTACAG CCGAAAACCA ATGGCTTCAC CTTCCTCTGA TTGCCGACCT CAAGAAGGCC
TGCAACGAGG TCTTCCCTGT CGCCGAATAC GCGTACACCA CAATCCCTAC GTACCCATCC
GGTCAAATTG GTTTCATGGT TTGTTGCAAG GATGCCAACC GCAATGTTAA GGAGCCCGTC
CGCACCTGGT CTCGTGAAGA GGAGGAGCGT CTCTGCCGCT ACTACAACCA GGATATCCAC
CGCGCCAGCT TCGTGCTGCC CAACTTTGCT CGCAAGGCTT TGGGAAATTA GATTCAGATG
AGATGAGCAT ATCTTTGTTT TTGTTTAAAA GAATACCATA TCAACTGAAT TTCTCCTGTG
ATTATCTATT TCACTATACT TTTATACTCC GTGTCCTATA TTATGAGAGG ATTGAGGATT
TAGGACCCAA ACTAGGTGAT CTGATAACGG GATATAAACC AACACCCAAA GGTCAAACTA
CGTCAGTTAC TCACTCCTGG ATGCGCATAA GCTTTCAGCC AGAAGTATTC AAGACCGAGA
GCAAATATGA ACAGATAGAT GGTATTCTTT TCGCAGATGT CTAAAAATAT CAGAGATGGC
CAGACCTTGA AATAAGTTCA ATGGTGGCTT TTATTCTTCT CAAAAGGAAA TTCGTAGGAC
ATTAAACCAA GTGTGCCACG CATTCGGAGT TTCTCTCCGT ATGGCCACCC CATAACCCAT
GTAATACTCG TTAGCAAGGA AAGATGTCGA AGGAAAATGC AAGCGAGTCA TGACGCTAGA
ACGAGACGTC TACAGGATCT GCTGGAAAGC GCGGTTGATG GGCGACCGAA CGGGAACACC
CTTATAGAAG TCAATGGTGG CAAGGGCGCG CTTGCTAATA CCCTCAGGAG TGAACTCGAA
CTTGGCGTAG ACCTCCTTGT AGGGACCAGA GGCACCGAAG CGGTTCAGAC CGAACTGCTC
GTGAGAGTAG CGCTCCCAAC CCATGGTGGA GCAGACCTCG ACAGACAAAA TGGGGATGCC
GTCGGGGAGG ACCTTGAGTC TGTACTCCTT GTCCTGAGCA TCGAAGACCT CGAAGCAAGG
AATAGAGACG ACACGGGCCA CGACGCCGTG CTTTTCCTGC AGGTACTTGG CAGCGTCGAT
ACAGATACTG ACTTCGGATC CAGTGGAGAT GATGGTAACC TTGGCGTCAG CAGCCTCGAA
GACAGGGTAA GCACCCTTGA GAGCAGCCTC AATGCTTGAG TTCTCAAGCT GGGGCAGGTT
CTGACGGGTA AGAGCCAGGA TGGAGGGAGT GTGCTTAGCA GTCAGGGCAG AATAGTAAGC
AGCACTGGTC TCGTTACCAT CAGCAGGGCG CCAGACCATG CAGTTGGGAA GAGCACGGAA
ATGAGCGAGA GTCTCGATAG GCTGGTGGGT AGGGCCGTCC TCACCCAGAC CAATGGAGTC
GTGGGTAGCG ACGTGAATGG CACGAACGCG AGAGAGGGCG GACAGACGGA CAGCACCAGC
AGCGTAGGAA ACGAAGTTCA GGAAAGTACC GGCGGCAGGG ATGACGGTAC CGTATGCAGC
AAGACCGTTC ATGATAGCAG CCATGGCGTG CTCACGGACA CCGTAACGGA GGTAGCGGCC
AGACCACTCA CCAATGCCGT ACTCGGGTGG CTGGAAGTCA ACAGCGTTCT TCCAGCGGGT
GTTGTTGGAG CCAGTCAGAT CGGCGGAACC AGACAAAAGT TCTGGGATGA CCGAGTGGAT
CTTCTCAAGG ACAGCCTCAG ACAGCTTGCG GGAGGCAATA GCGGGGTCAG AAGGCTTGTA
AACAGGAAGC GACTTCTCCC ATCCCTCAGG AAGCTTGCCG GAGAGACGGC GGGTAAGGTC
GGCGTGCTCG TTGGGGTATT CGCCGGCGTA TTTCTGGAGG AGCTGGTTCC ATTCCTGCTC
CTGGGCAGCA CCCTCTTCGG CGTGTTTGTG GTAAAGGTCA TAGACCTGCT GAGGGACGAC
GAAGCTCTGG GCGGGATCGA AGCCGAAGCG CTTCTTGACA CCCTCGATGT CGTCGGCTTT
GAGAGGGTTA CCGTGGACAC CGCCGGTACC CTGGAGCTTA GAACCGAAAC CGATGGTGGT
AGTCAGGCGG ATCATGGAGG GCTTGTCCTT GACGGCCTGG GCCTCCTTGA TAGCAGCCTC
GATGCCCTCG AGGTCGTTGT CACCGTCC
|
|---|
| Protein sequence | MSEITHPTIK DGWFSEQSEM WPGQAMNLRV NQILHHEKSK YQDVLVFESS DYGTVLVLDN
VIQCTERDEF SYQEMITHLA MNSHPNPKKV LVIGGGDGGV LREVVKHETV EEAILCDIDE
AVIRVSKKYL PGMSIGFQHP NVKVHVGDGF EFLKQRQNEF DVIITDSSDP EGPAESLFQK
PYFELLRDAL RDGGVITTQA ENQWLHLPLI ADLKKACNEV FPVAEYAYTT IPTYPSGQIG
FMVCCKDANR NVKEPVRTWS REEEERLCRY YNQDIHRASF VLPNFARKAL GN
|
|---|
| |