Bathycoccus prasinos

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Gene Function
Gene Ontology
Protein Domains
Protein Homologs
Gene Structure
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Protein
Est Cdna

Bathycoccus prasinos

Gene ID: Bathy07g00670
Locus: Bathy07g00670
Functional Description: plasminogen
Gene Type: protein-coding gene
Contig: bathy_chrom_07
Last Modified On: 12 July 2011 21h39
History

Annotator
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Name: EuGene Automatic Prediction
Email: beg-orcae@psb.ugent.be
Lab: UGent
Status: active

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pico-PLAZA - lookup this gene in the PLAZA resource

Gene Function
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Short Name: n/a
Alternative Names: n/a
Definition: plasminogen
Additional Functional Description: n/a
Pubmed ID: n/a
EC Number: n/a
KOGid: n/a

Gene Ontology
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n/a

Protein Domains
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Domain ID	Description	Database
PTHR24259	FAMILY NOT NAMED	HMMPanther
IPR018247	EF-Hand 1, calcium-binding site	InterPro
IPR000001	Kringle	InterPro
IPR018249	EF-HAND 2	InterPro
IPR013806	Kringle-like fold	InterPro
IPR013320	Concanavalin A-like lectin/glucanase, subgroup	InterPro
PR01217	PRICHEXTENSN	FPrintScan

Protein Homologs
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View in Jalview

ProteinID	Description / BlastScore	Database	Actions
XP_003082128.1	LPA (ISS) [Ostreococcus tauri] Evalue: 6e-97 \| Bitscore: 362 Identities = 291/1016 (29%), Positives = 451/1016 (44%), Gaps = 119/1016 (12%)	NCBI	Show Blast
XP_003078753.1	unnamed protein product [Ostreococcus tauri] Evalue: 4e-77 \| Bitscore: 296 Identities = 261/945 (28%), Positives = 395/945 (42%), Gaps = 200/945 (21%)	NCBI	Show Blast
XP_001422029.1	predicted protein [Ostreococcus lucimarinus CCE9901] Evalue: 8e-56 \| Bitscore: 226 Identities = 240/912 (26%), Positives = 380/912 (42%), Gaps = 164/912 (18%)	NCBI	Show Blast
XP_003077935.1	Plg protein (ISS) [Ostreococcus tauri] Evalue: 3e-54 \| Bitscore: 220 Identities = 233/862 (27%), Positives = 381/862 (44%), Gaps = 142/862 (16%)	NCBI	Show Blast
XP_001417304.1	predicted protein [Ostreococcus lucimarinus CCE9901] Evalue: 2e-46 \| Bitscore: 195 Identities = 196/729 (27%), Positives = 316/729 (43%), Gaps = 123/729 (17%)	NCBI	Show Blast
XP_003078752.1	unnamed protein product [Ostreococcus tauri] Evalue: 7e-20 \| Bitscore: 106 Identities = 97/373 (26%), Positives = 161/373 (43%), Gaps = 32/373 (9%)	NCBI	Show Blast
Q5R8X6	Plasminogen OS=Pongo abelii GN=PLG PE=2 SV=1 Evalue: 1e-18 \| Bitscore: 98 Identities = 42/73 (57%), Positives = 48/73 (65%), Gaps = 1/73 (1%)	SwissP	Show Blast
XP_001417848.1	predicted protein [Ostreococcus lucimarinus CCE9901] Evalue: 4e-17 \| Bitscore: 97 Identities = 43/72 (60%), Positives = 50/72 (69%), Gaps = 3/72 (4%)	NCBI	Show Blast
P81286	Plasminogen (Fragment) OS=Ovis aries GN=PLG PE=1 SV=1 Evalue: 5e-18 \| Bitscore: 96 Identities = 40/72 (55%), Positives = 47/72 (65%), Gaps = 1/72 (1%)	SwissP	Show Blast
XP_002605480.1	hypothetical protein BRAFLDRAFT_92897 [Branchiostoma floridae] Evalue: 7e-17 \| Bitscore: 96 Identities = 41/80 (51%), Positives = 52/80 (65%), Gaps = 3/80 (4%)	NCBI	Show Blast

Gene Structure
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View in GenomeView|View in Artemini

Download gene in EMBL format

Structure: ;135488..147499;
Sequence Type: mRNA
Strand: +
Structure Quality: 2

Alternative Models
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n/a

CDS
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Locus ID: Bathy07g00670
: Redo Blast
CDS Length: 12012 nucleotides
CDS Sequence: ATGGCTCTATATTTGACGTTTGTACTTTCGACTCTTTACGTTGTTCCAGTCGCGGGGAGAACGGAGGTGGCGGTGGAAGCGTCGAGACCGAAAAGCAGCCGCGCCGAAGAAACGAACGTTCCTTCGTTCAAGATTGATGGTTTCGTCGAGAACGAAACACGCGCGTCTTTATCGTCTTCGTCTTCTTCTTCCTTAGAGGAGAAGAAGAAAAGCGCGTCGAAACGTTCAAAGTCGTCCGTCGCGAACGACTCGAGCGCACCGATGACGAAAATGCCGTCGTCGACGACTACCGTCGAACCCGCAGTCGCGGGGGAAACGGACGACCTTTCCGAAGGATTTATCAGAAAGGGAGAGATTTTTGCCCCGGCAAACGCGGCGGTTTTCGAAGGAAACGACGAAATCGTCGCGCTTGGCAAAGACGACAACGATCTTGTCGATGATTCGTCTTTGGAGGTTCTCAAAGTTGAAGATCCGCTCGTGGAATTTCGAAAAAGTGACTTTGTTGAAAAATTTGACATGTCAAAAAATGTGCATCGCATCGAACCTTTGGATGAAAACGGTCCTTTACCTTCGGATTACGTTCCTCCGGAGTCGAAAATTACCGAGGATGAGTTTCGAGCAGAATTTGACGCAAGGTTTAACAACATGACCGAAGCTGAGGCAATGTTGGGTGCTGGTAAAAATGAAACAAGTGCTCTTGGTGCTTGGATTTATCAAGGACAATACCACTCTCACACGAACTGGCATCGCGAAATCACTGGATGGGGGTATGCTTGGGGGGGGTGCTCGGCAATTTGCGGCCCATATGGTTGGAGATATGACGGAAGGAAATACCGAGATTGTGCTACTCACGTATACTATCATCGATACCAAGACTTTAACTGCTATAGTTCGGGGTGGTGGTGGTGGTATCGCAGCTGGTGCACATGGGGCAGCTATCATTATAAATACTCGCATTCCAGTTCTGGATCGTGTAGTAGCTATGGTTGGTATCAGTTTCGAAGCGTTGGCTGTAACAGGCACGCGTGCCCACCGCCGCCGAGTCCACCACCGCCTGGTGCGAGTGCTGGCACTCCTCAAGTTTCCATCGCTCAAAAACCCGTAATTTTGACGGATTATGAGTTTGATTTTCAAATTTCCGTCTCGGACGACGGTTGCTATGACCCGTCGAACTGTTTCAGAGACGACTCGACTCGCGCAGAGAACAGCAACCGTGGCTTAGTTTGCCAAGCGTACGTTAAAAAGAAAGATGATTCTTCGTGCGGGTACGCAAAATCAGAAGCCCGCAAGTACCCTTGCTTAAGATGGGATAACTTCTTCGATAGCCAAAAGTCTGGGGCTGGAAAAGTTGCTCTCACGTTAACGAACGAAAACAACGAAAAAGTTGTTGGACATATGCAAATCTGGCATCATTGCTTTTGGAAGTATCCGGACGGTACCATCGTCCCGCAAACTTCCAAAAACAAATTCGAGCTTTTACATGAATTTGAAGCTGTTAAAGACTGCGGACACTGGGCGCCCGCGTCGGTGAATACTCCGAACAATCCAGTTATATCGACAATCGCGCGCAAGTTTTTGCTTTCCAGTCCTACGTTTCTGGCTTCGAATTGCGACGACGTAGTCTCGTCTCGCGAAGCAGTGTTCCGTGAGTTTGATAAGTATCCACTCGATGGTAAATTATCGTTTGATGAGATTGAGCGTGCATTTTTGTCGCACGATGTTGATATAAGCTATCTCAATCATCTGCAAAATACGGGCTCATTTAAAGACGTGTTATTAAGCCAGGTGATCTTGTCCCCCACGTTTCCTTTCTTGTGCATTCCGAAAGATCCTGTGCCGGAAGTTGTCGTGAATAAAATAACTTATCCAGTCATGGATACCCAGGAGGAAGAATGTGCCGCGAACAACGAGAAACTCGATTTGGAGTGGGATTATAATCTTAAATTGAATACTGAGAGAGACTTTGCTTGCGTCTATGCCGATGGTTTATTGTATCGAAAGATCCCGGGAAAGGATATGACAGAGCCTAAAGGGAAAGCAATCGAAGACATTCGTCCCTCTTTAAGCGTTGGATCTAAAGCCGTCCGTTTGGTCTCGCAACTTACGTTTGATGATAAATCTGAGACAGATAAATTTGTCGCTAGGGCTAGTGTAAGTGTAACTTCGTGCGGTGCTGGACTCAAGTGCCTCAAACGTGCTTTAACGATATATCACCCTTACAAACCGGCGGGGTCATATTGCGATGAGACACTCCGTGGCGAAAATGGAAAAGGCTATCGAGGCTGCCAAACTAAAACCCGCGGAGGATACACGTGTCAGTCTTGGTCTAAGCAATCGCCGCATGCTCATGGAGACATTACTCCACAATCGAAACCCAACGATGGTTTAGAAAGTAACTATTGTCGTAATCCTGGGGGGGAGGGGGAGTCTACGATTTGGTGTTATACTACAAATGAAAAAAAACGGTGGGATTATTGCGATCCTCGCATCGGAACCGCTCTGGTGGGCGGTCATGGTGGCATCGTGCTCACCGATCAGCCGCCGATGCAAATGTCTGCTGTCATGACGTGGGTTAGATTGTATTCTGTGTATTTCGGAACGGTTGCTCACATCTGGTACGCTCGAGAGCAAGATCCTAAATACGAAAAATATTTCGGCATCACTAGCGGGAGACAAGTGACCGCAAAATATTACGGTCAACAGCTCATTGCGCCACCGCAACTGAGTTACGGCACTCAAGAGGGAAATTGGCACCACGTTGCGATGGTTTTGAACAAAGAACATGGACTCCGACTCTTTCTTAACGGAAAGAATGTAGCTTCGACAAATATTGTTGAGAACAACAATATCGATTATCCGACGTTTTCGCCCACGGTAAATGTGCTTGATTTGAGGGCTGAATACGATGATTTCCGCATCTACCGCGGAGTTTTGACCGACAACCACGTCAAGTCTATCCATGATTGCGGTCGCTCTGTTTCATGCTCAAAACTTACGGCGAGTCGACCGCAATCGCGTCGAATTTATTGCATCATGCCTTCTTTCACAGCCAAGATGAGCGATAACTACGTGCCGCCGTGCGTTACCGGCTTATTTTACAACGGAGCGGTTATAGATTTGCAAGGTATACCGAGTCGAAAGGGTTTATCATTTTCATTTCGCGACACAGCATTAAATGAGAAAAGTTTTGAAGTTTTGCGAAGGACAGTAGACGCGAGCGGGCAACCAAACGGAGACTACACCGCGGTTGTTCTTATTGAGTCTTCCTTGGAGTTGTGCGCGACAACCTTTGCGTCGCTGACGTTTTTTGACGACCAAACCATGCAAACTCCTGGAATCACGTATGATTACGCAATTCGGACTAAAATGGAATCAAAAACTGCCAAGTCTGCAATTTCTGACCCGTTATTATACACTGTCCCGTGGTACGCGACTGTTGACGGGGAAGTTACCGTCGGCGCCACGGGAAAACCACAAAAATTTGTTCGCGTCTGCGCCTATCTTGTGAGAACGGTGAGTAAATCCGCCGCGATGACCGATATCGTTCCTCCTATGTCCAAGAAGGAAAATGTCGCTGAATTTATGAAAGTCGATCATTCCAACAAGTCGGACAAGAAAGTAAACGAAACGGCGTACCAAGCGACGGATGCGCAACTCGACACGTCCGTTTCTTTGAATGGAGGCGAGTATGCGAAAATTACGCTGAGCACGTTTTCTGCGATTGAAAGTGTAAAAGTTTGGACAGAAGGAACGAAATTGCATGTATTAGACGTTCGCGTTTTAGATTACGATGATCCAAAAGATGCTGGTGATACAGGTTCGAAGTGTATCCTCGCACGTAACGAAACGGATGGTTCGATTTTATTCGAGCGCAAATACGACCTGACTGGTCAAAGCTACATTTGCTCGGGGACGAACGTCAAAGTTTATACTGGTCAGCTCATCACTGTGAAGTCTTTGGAAAACCCCGTGAATACCGATATAATGAAAGTTGCAGAAATTGAAGCTCAAGGCGTGAAAATAAACTGCCCATATTCGACTTTCACCGACGAGGATGGATTTTACGAGATGGAAATCATCGATTTCACGCCAAATTTGCCAAAAGTTATGCATCTCGGGATTCTCGCGCACATGGTCAAAATTTTTGATCCTACCGACGAAACTCTACTTACGGTGAATCAAGATACTGCTCCTGAATCGTTTTTACTGGCGTTGGATCTTGACAAGACTGCATTCAAGGAGATTGCCGTTGCGCACTCGCCGCCCTCGCCGCCACCACCTCCTTCGCCGCCGCCGAAGAACGACGCACTATTGGGTGATGTACACGACGACGACAAAGTCTTGAAAATGGACAAACCGCTCGAGAGTATGAAAAAGAAAAAAGTTATCGAGGTTAACGGAACCGCCATTCTCGATTTTTCTCCTCCTCTCGACGAAAACGGCAAGTTACCGGACGAGTACGTTCCGCCGTCTCCGAATATGACTGCCACTGATATGGACGCTTTGCTTCCAAACATCACAAGCGTCGACCAGAATGTTTCATCTCTCGGATATGCCGTATATACGGGAACAAGTCATTATCAGACGGTGTACTATTACGGATTCAGCAATTGGTACACGACGACCGGCTGCAGCAAAAGTTGTGGCGGAGGTTCTTACATGCAAAAACAAAATTATCGCTGGCATCCACAGTACAGATACAGATATAATTACTGCAACAAAGCGTGTTATTGGTGGTGGGGATGGCACTGTTATTACTCGCACTGCTGGAATAACGGCCACGCTTACAGTGTCAATGGAGGTTGGAGCTCTTGGCATCACTACAATACCAAGTATTTGTCGTGTAACACGCACTCGTGCGCGCCGCCACCGAGTCCACCACCGCCGAGTCCACCACCTCCAAGTCCGCCGCCCCCACCGCCGAGTCCACCACCGCCGAGTCCACCACCTCCAAGTCCGCCGCCCCCACCGCCGAGTCCGCCACCGCCGAGTCCACCACCGCCGAGTCCGCCGCCGCCGAGCCCGCCGCCGCCGAGCCCGCCGCCTCCAAGTCCACCACCTCCAAGTCCAAGTCCACCACCGCCGAGCCCACCACCGCCGAGCCCACCACCGCCGAGCCCACCACCACCGAGCCCACCGCCACCTTCACCACCACCTTCACCGCCGCCGTCACCACCGCCGCCACACTTTGATTTCGTGAATCAAAATAACTCCAGCAAAAATATCGATAAGAATGAATTCATCGCTTACGCGATGAACAGAACAAAGTATGTCGACGCTCGAATGATACTATCTGATGAGTTCTGGTCTACTATTGATCAAAATAAGGACGGGGAGTTGGACGCAAACGAATTTGGAAGTGTCCGCATCGCGCTCGACCAAGATGTTATTTTTGCAACACCATGGTTGGTGTATCCGCCGATTGAAACGGAATATCATAGTCTATTTGAAGTGGAAGGTACGAAAAGCGATAGCAATGCTCTCTTTGCGCTTCATCCTACACAAAAGTTCGCACTTCCGTTTACTCAAGAGAACTGGCAAAAATGGCTCCAATCGCAAACGAATGAAACGAGTGGATTTTCACTCTCTTTACCAAAGTCTTCGGATACGTCGTTGCGTTCTAATTTAGCTGCAATGGGCCCGGTAACTGTACCAGAATCAAAAAAGTACGTCATTCCGTTCGCGACGCATCGAAATGAGCACGTTTCTTTGACGAAGCACGTCCATCTCTCCGAACGCGTCTTTTTTGCCGACGCCACCCACGGTATTGCGAAAAATTTATTCAAATCGACGTTTGAAATCCACGCCATGCGTCAATTACCGGACGTTATTCACATCTTTAATAAAGATCCCAATGATAAAGAAAAGGAGCAAGAAGCTTTGGAAAGAGGAACGGATGAATTAACGCAAGATTCGAATGACGATTTCCCTATGTCCTCTATGGCGCAAGCTCACCTTGGTAAAGTCGCTAAGGGCAGAGTGAAATATACGTGCTCGCCAACGCCATTGATTGAAAATTTAAAACCTGGAGGTTGCGTGATATCAGATGATACGTCTGTTTTGGTGTACGGAGTCGTGCGTTTCCCAGCTTCGCGGACGCAAGAGTATCTTTGCGGGGTACCCCGCGCTGTTATTAGCGTTTACGAGATAATCGATGGCGTTGTAGCTAACGAGGGGGATTACATCTATGCCGACGATCTTGGATTTTTTAACTTTGCGGCCACACCAGGCACGAGTTGGAAATTTGTCGCAACTTACAGAGGGCCGGACTCGAAAGCTAGAAAAGGCGCGGGACCTGAGTTTGAGCCAAGGACGGATAGAAAGTTATGCTACGCCGGCAATAAATACGATGATGCAATGCAAGATTCGAGCTGCAAAAACGAAGCAGCCTATACCACGTCTTTCGTTTTGAACGAAGTTGTTGGTGGAGAAACGATAGTGTTTATGGACGTGACCGAAAGAATCATAGACCTTGGTCTCTTTGCAGGTGCTTGCGAAGATACATACACCGGGTACTCATTTCTCATCTCTCCCGCTAATGGATGCGGATCGAGTTTCACGATTACTGATGCAGACTTAGAACTACCTAAATTCAAAGAAAGCGCTCTGATTACGAAATATAACAGTCCAACCGTAAGAAAGTGGCCGTATGCGGCGATGGATTATTACATTCAACTGGACGAGGCGCCAGATGTTAGCGCGTTGACGGAAACGAAGCTCGTGAATTGGGAAAGTAGTAACGGTTTGAAAGGCGGTAAAAAATTTGTCGGCGCGTCTTGCAAACCGCCAGGTTCGGATATCATGCAATTTTTCCGAGATAGAGACGCCCTGGTTCGAACGCTTTTGCTTCTCAACCCGAAGGAAGAAAGTAATGACATCATTCACGACGACGCAAAGTACGCCTATCACGGATGGTTTTGCGCTACTCCTTACTTGAACGATATTGACACCCAAGACCCGGATCCTGCTAAAGATCCATTTTATGTCATAACGAGTAAGGATGATGTTTGCCTCGGAGATAATAACAACGATTTGAGAGAAAAGAATCTCATAGGGATTACGAATGCTATGTACTCTAAGCTAAAGAATCCCGTGGTAGATAAGAAATACGTGTCCATGCGAGTTATGGAGGCGCACTTAACGTCGAAAGACGAAATTTCCACGTGCTCGACATTTGAGTCTCCAACGTCAGAAAATCTTAAAGTCACCGTTCGTTTGCAACAAGATATCGGACCGGAAGGAGACAAGAATCCGTGTCATTCGAGTTCATTGCCGTCGGACGACTGCGTGTTTTCAAAAGTTGACGCGGAGACTCACTTTTTGAACTTCAAACAGCCTGCAAGTGATGCAACAGAACACGAAGTTGATGATTCTTCGAAATTTTATACAATTGACGCCGACGGTGCTATTCCTAACTTGGTCGCCCCATATCGTCGTAAGGTACTCGCGCGATTGCAGCGTGACGACGGCTGGGCGGTAACAAATCTTGAAGTTCAACGAGAACTTGTCACGATGCAGTCAAAAGTCCGCGGTGGAGGAAATGACAAGAGTGCACGATATCAAAGCGCCGTTGAGTTCTATGCCACCGCCCCTGTTCGTGGATTAGTGTACACGGTAGTGCACGATCCACCCGGCGGCGATTCGGTTGCCTCCATTTCTAAAGGAACAGAAGTTTCATTGGCGCTGAGTCTTGCAAGTACAAGAGCAGCGACTGGTTCAATGGGTTTCGGCTTCAAGGCCGGAATAGAATCAGAACTTAAATTCACGCCAAAAGTTGATGCTGGATCTAGTTATGTCAACGCTTTGATAGATCTTGACCCCAATGAAGCGGGTGCAGACTTAGGTGAAAACCAAGGAAGGAGGCATTTGTTAGAAAGCTCGGAAGGACGGCGGTTTAAAATGATGCCAATTATGAAGTCAGTACCTGTGCACAAAGATGAACCCATTTATGAAATGCGAGATGTGTATGAAGATCGAAAGAGAGTGGAAAAAGTTTATCTCGATAACAAGAAAACGTCGAGCATTCGTAAAAGTAATGAAAAGGGAGATTTTGGAAGATTTGGGGGTTACAAGGTGCAGGAGAGTGGGCACGAGTACAGAAGAGGTCACGGTCAACAAGAGTTCGAAACGCGCGAAATTACGGAGAGAGTGAAAGTAGGAGAAGAAAAAGTCAAAATTGGGACAAGAAAAGTGAAGGTTGGGGACAAAAAAGTTCTTGACTTTGCCAAAATCCCAATCCCAAAATTGGGAGAAGAAAAAGCAGGGAAACCTGAAGGGGGCAAAGGCCCCATTACAGTTGAAACCGAAACAGGAGCAAGTCTCTCCATCAATGGCCCATCAGTTAGTGTAAACTCTGATGTCAATGATGGATGGGACTTCTCCATGACGTTGAGTCGCAATGTCGAATCTAGTGCTGATCCTGGTATACCTGGACGCTCGGGCGACACAATCTTGGGTGGTGGTTTTGAAATAGTGTACGTGAAGACCGATGTTGTAGATATCCGATTACTTCCAGCTGAAATTTCAGAAGGTGAGCAAAAAAGCGATTGGTTCGACTGCAAGGATGCCGATGACATAGAGCCTGATGTTGTTATAACACGCGGTGATGGTATCGATGGTTCTGCTGCTTACTCGCACGAAGCGTATAAATTCATGAAAGATAAGATGGTACGCATGTCTACAGCAAATCATTATTTTACTACTGTCAATTTCAAAAACGCAGAAAAGAAAGATTTCTGTTACTCTATTCAATTCAAAGTAACGCAGAAAGATGTGGCAGAGAAGAAGCAGTGCAGAGTTGAATATTTCGCTCCGAAGAAGAAATCTGGAGAGTGCTCCTCTTATGATAAAAGTGATAAAACCTTTGGACAACCGACGGAACCAAGCGAAGAGTACAAGATCGCTACGGCAGACGGCGCCGAAGGCATTGGTTTGAAAGAATTTTACTACCTGAGTAAAAGTAAAAGCAAAGACTCTAAGGCTCCATCATGTTTAACCGTCGTTCCTCAAGTTCAATGGCTTCCGCGTAAACCGACGACATATTTATCGACAATATTCACGATAGAAACTAGAGTAATTCCGGAACTCGAAGGTTTGATCAAAGTTGCAAACGATCCGAACTCTTTAATGTCGGATGATAGTATTTCAGAAAGTACAAACATACCGCAAGTTTTGAAAATTAAAGAAATTTGGAAAGGTCGTTTGAAGCAATCGATCAGCGACTGGAAATATACTTTGGAGTTGGTTTCCCCAGACTATCATCCTGAAGGACTTTTAGCGAAATCAGATAAAGATCAAAAGGCATACTTAAAAGGAATTGACTTAAAGTGGTCGAAGGATATTAATGCCGCGCTCAGTTCGGATGAAAGCGTGTTTGGGACCCTATCGAAGGATAAGGTGAAGGAGGTATATAAACGGCCTGCGGAAGGTATGACTTTGAGTACTGACATTCATGACACGGATGTATGGAAAGATGTGCAACAAACTTGGGATGAAATAGGGCCCAAAAAATATTTATCTATCGTGCCAGGACTTAAGGAAGCAATGACTTTAGGCGGTAAAGTGCCGACGTTGAAAGATTTGCCGGTTGCAGCTATGCTTAAAACTGCAAGTTTTATTTTAACTCCTGGTGATGAGATTCCGCTTTATAGTCATCCACTAAATATGGTGAACTATGCTCAAACGATGATAGATGCTGCTACTTCCATTTTTGGGAACGAAAAAGGAGGAGACGTGGCAACGACTGCAGATTCATGGATGAAAACTCTCACTCCAGATGAACCCGGCTTTTACTCTCGAGGTATGGATGACGTTCCAGACTCTGAAAATTTAATTGACGCTTCAGTTTATGGAAGCACTGCGCCTTTTACGTTCGCGAAAAACCCCAAAACGAAGTCTTCTGAGTATTCACCGCTGGATGACCACCCGGAACCCAAATTAGGTGGGCCACAAGCTGACATCTATTTAACATTTAGCGGCGGCGGCCACAGTATATCATTTTCTCAGAGTGTGAACGACAATATTGCTGGTGGAGATTATAGCTGGGGTATTTCATTGGAAGCTGGCCTCGCATTTGAAGGTGAGCGAGAATTCGGTGTTTCGGTTTTATCAGCCGGCTATAATGGTAATGTTGAAGTGCAGGCAACAACTGAGGCAACACGCAATGTGGCGTGGGCTAAGTATGGGAGTTTGGAAACTTCCTATTCCCTAGGTGATCCAGACCCGTACGATAAATTTGTAATCCGTGTCTCGACGGATAAGCGCTTCGGCACACCAACGTTTAAAACGATTGGAGGTGCCTCGAAATGTCCGGGAGAACCAAACACGATGTGGCGCGAATCTGGAATGATCCTTCAAACTGAGTGGTCGCCTGGAGTAAATAACGAATTTATACCACCAGGAGACGACGCGTTGTACGATCTCATAATCACGAATGAATCACCGTACAGAGAGGGTATGTCTTACGGTCTCGTACTCACAACTGGAGAGACGTGGAAAGGGGCCGATGGTGCTAACATGAGAGATTTATCGTTTTCGGTGAGCAATGTGGGAGGCCTTTCAATTTTGGGGAGCATGACGCCGCTGGACTCTGTCAACTCCGTAAATAATGATGGCGATTTAGTTCACACCGTAATGACAATGCGAGTTTCGAAAGGAGTCTTTGCGGACAAGTACACGGATATTGGCGTAATGCTCGTTTCCGCGTGTGAATTTTCTAGCGATTGGATGTATCGCGATCCAATTTCGTCTACCGCATATTTAGGTGATATGAAATGGGAGCGAGAGTGTCCACCGGTGCAGTGGGATGAAACCACCGTGAACAAATATTTGAACAAAAAAGTACACGCGCAGTCGTGGCCAGTTTTGAATTACACCGTTTTGAATCCCAACCCGGTGAATTTATGGACCAAAGACAAAGGGACGCAAGAAGGTAAATACGACCACTTAGTTCACGAAAACGTTGAATTCGTTCGCATCCAGTGGAGGAAATTAAACGAAGGCGAGTGGATCAACGCGTGGAACGACGATAAGTCCGACGCGGACGTTCAATGCGACACTGCGCGCGGACAAGGATGCAAATTGCCATGGAATATCGAAAATCAATACTTCATGAACGGTTTGAGAGACGGAACTTGGGAAATTCGAGCAAAAGTATTTTGCTCCGGTTACGACTCGTTCGCGGCAGCAGGTGTGAAATACTCATCGACTGAAGATAATTTGAACTTAATAGTCGACGTAAACCAACCGCTAGCTGTAGATGCGTCAATCTTGAACGATGTCTTCAAGGTTGATTTCAGCGAACCGTTAGCATGTCCGCAGCTTGCGCCTTCGCAGATGCCGTATCAAATCAGACACGTGAAAACCTGCGACGGATCGAACATAGATTCAAACGTCGGTTCATTTTCAGCGGAAGCTGTAATAAACACCTTCAGCTTTGTGTGCATGAACGGAGACGGTAAAGGGTCTCTCGTTGCCAAGTTTCCCGGGAACGTCGGCGAGGGAAGTTACGAGCTCACGGTAAATCCTTTCTTGTACAAAGCGAAAACGAGCGAGGAACGCAAAAAGCTACTCGCGGATGTAAACGGTAATCCAGTAGCAACTGCAAAATACACCACAACTTTTGGATGCAAAGGCGCTGATGCCTCGTCATCGAAAGCAGCCACTTTGACGTCCACTCTTGGATTATCCCGCGAAAACAGCACGAACGAAAAGAAGAAACGAAACATGAAAGATATCGACGAATTCAGAAACGCAGAGCTCGGCGAGAACATGAAAACGAGCACCACGATGAAAACTACCACGCTTCTGTTTGGTTTCTGCGCGACTGTAGTCCTCACCGCCTCGGTTGTTTTCGCCGCCGTGTCTCCTTCCGCGCGAAGCGAAGGAGGCGAAAGAAAGAGCGCGATGATGCGTCTTTTCGGACGCCGTCAAAGTCATTCGTCGAGAGACGAGGACGACGCGCTTCTCGAACAGTCGTCAATTAACTCGAATGTTTACGGTTCCGTCATTTAA

Protein
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Locus ID: Bathy07g00670
: Redo Blast
Protein Length: 4004 aminoacids
Protein Sequence: MALYLTFVLSTLYVVPVAGRTEVAVEASRPKSSRAEETNVPSFKIDGFVENETRASLSSSSSSSLEEKKKSASKRSKSSVANDSSAPMTKMPSSTTTVEPAVAGETDDLSEGFIRKGEIFAPANAAVFEGNDEIVALGKDDNDLVDDSSLEVLKVEDPLVEFRKSDFVEKFDMSKNVHRIEPLDENGPLPSDYVPPESKITEDEFRAEFDARFNNMTEAEAMLGAGKNETSALGAWIYQGQYHSHTNWHREITGWGYAWGGCSAICGPYGWRYDGRKYRDCATHVYYHRYQDFNCYSSGWWWWYRSWCTWGSYHYKYSHSSSGSCSSYGWYQFRSVGCNRHACPPPPSPPPPGASAGTPQVSIAQKPVILTDYEFDFQISVSDDGCYDPSNCFRDDSTRAENSNRGLVCQAYVKKKDDSSCGYAKSEARKYPCLRWDNFFDSQKSGAGKVALTLTNENNEKVVGHMQIWHHCFWKYPDGTIVPQTSKNKFELLHEFEAVKDCGHWAPASVNTPNNPVISTIARKFLLSSPTFLASNCDDVVSSREAVFREFDKYPLDGKLSFDEIERAFLSHDVDISYLNHLQNTGSFKDVLLSQVILSPTFPFLCIPKDPVPEVVVNKITYPVMDTQEEECAANNEKLDLEWDYNLKLNTERDFACVYADGLLYRKIPGKDMTEPKGKAIEDIRPSLSVGSKAVRLVSQLTFDDKSETDKFVARASVSVTSCGAGLKCLKRALTIYHPYKPAGSYCDETLRGENGKGYRGCQTKTRGGYTCQSWSKQSPHAHGDITPQSKPNDGLESNYCRNPGGEGESTIWCYTTNEKKRWDYCDPRIGTALVGGHGGIVLTDQPPMQMSAVMTWVRLYSVYFGTVAHIWYAREQDPKYEKYFGITSGRQVTAKYYGQQLIAPPQLSYGTQEGNWHHVAMVLNKEHGLRLFLNGKNVASTNIVENNNIDYPTFSPTVNVLDLRAEYDDFRIYRGVLTDNHVKSIHDCGRSVSCSKLTASRPQSRRIYCIMPSFTAKMSDNYVPPCVTGLFYNGAVIDLQGIPSRKGLSFSFRDTALNEKSFEVLRRTVDASGQPNGDYTAVVLIESSLELCATTFASLTFFDDQTMQTPGITYDYAIRTKMESKTAKSAISDPLLYTVPWYATVDGEVTVGATGKPQKFVRVCAYLVRTVSKSAAMTDIVPPMSKKENVAEFMKVDHSNKSDKKVNETAYQATDAQLDTSVSLNGGEYAKITLSTFSAIESVKVWTEGTKLHVLDVRVLDYDDPKDAGDTGSKCILARNETDGSILFERKYDLTGQSYICSGTNVKVYTGQLITVKSLENPVNTDIMKVAEIEAQGVKINCPYSTFTDEDGFYEMEIIDFTPNLPKVMHLGILAHMVKIFDPTDETLLTVNQDTAPESFLLALDLDKTAFKEIAVAHSPPSPPPPPSPPPKNDALLGDVHDDDKVLKMDKPLESMKKKKVIEVNGTAILDFSPPLDENGKLPDEYVPPSPNMTATDMDALLPNITSVDQNVSSLGYAVYTGTSHYQTVYYYGFSNWYTTTGCSKSCGGGSYMQKQNYRWHPQYRYRYNYCNKACYWWWGWHCYYSHCWNNGHAYSVNGGWSSWHHYNTKYLSCNTHSCAPPPSPPPPSPPPPSPPPPPPSPPPPSPPPPSPPPPPPSPPPPSPPPPSPPPPSPPPPSPPPPSPPPPSPSPPPPSPPPPSPPPPSPPPPSPPPPSPPPSPPPSPPPPHFDFVNQNNSSKNIDKNEFIAYAMNRTKYVDARMILSDEFWSTIDQNKDGELDANEFGSVRIALDQDVIFATPWLVYPPIETEYHSLFEVEGTKSDSNALFALHPTQKFALPFTQENWQKWLQSQTNETSGFSLSLPKSSDTSLRSNLAAMGPVTVPESKKYVIPFATHRNEHVSLTKHVHLSERVFFADATHGIAKNLFKSTFEIHAMRQLPDVIHIFNKDPNDKEKEQEALERGTDELTQDSNDDFPMSSMAQAHLGKVAKGRVKYTCSPTPLIENLKPGGCVISDDTSVLVYGVVRFPASRTQEYLCGVPRAVISVYEIIDGVVANEGDYIYADDLGFFNFAATPGTSWKFVATYRGPDSKARKGAGPEFEPRTDRKLCYAGNKYDDAMQDSSCKNEAAYTTSFVLNEVVGGETIVFMDVTERIIDLGLFAGACEDTYTGYSFLISPANGCGSSFTITDADLELPKFKESALITKYNSPTVRKWPYAAMDYYIQLDEAPDVSALTETKLVNWESSNGLKGGKKFVGASCKPPGSDIMQFFRDRDALVRTLLLLNPKEESNDIIHDDAKYAYHGWFCATPYLNDIDTQDPDPAKDPFYVITSKDDVCLGDNNNDLREKNLIGITNAMYSKLKNPVVDKKYVSMRVMEAHLTSKDEISTCSTFESPTSENLKVTVRLQQDIGPEGDKNPCHSSSLPSDDCVFSKVDAETHFLNFKQPASDATEHEVDDSSKFYTIDADGAIPNLVAPYRRKVLARLQRDDGWAVTNLEVQRELVTMQSKVRGGGNDKSARYQSAVEFYATAPVRGLVYTVVHDPPGGDSVASISKGTEVSLALSLASTRAATGSMGFGFKAGIESELKFTPKVDAGSSYVNALIDLDPNEAGADLGENQGRRHLLESSEGRRFKMMPIMKSVPVHKDEPIYEMRDVYEDRKRVEKVYLDNKKTSSIRKSNEKGDFGRFGGYKVQESGHEYRRGHGQQEFETREITERVKVGEEKVKIGTRKVKVGDKKVLDFAKIPIPKLGEEKAGKPEGGKGPITVETETGASLSINGPSVSVNSDVNDGWDFSMTLSRNVESSADPGIPGRSGDTILGGGFEIVYVKTDVVDIRLLPAEISEGEQKSDWFDCKDADDIEPDVVITRGDGIDGSAAYSHEAYKFMKDKMVRMSTANHYFTTVNFKNAEKKDFCYSIQFKVTQKDVAEKKQCRVEYFAPKKKSGECSSYDKSDKTFGQPTEPSEEYKIATADGAEGIGLKEFYYLSKSKSKDSKAPSCLTVVPQVQWLPRKPTTYLSTIFTIETRVIPELEGLIKVANDPNSLMSDDSISESTNIPQVLKIKEIWKGRLKQSISDWKYTLELVSPDYHPEGLLAKSDKDQKAYLKGIDLKWSKDINAALSSDESVFGTLSKDKVKEVYKRPAEGMTLSTDIHDTDVWKDVQQTWDEIGPKKYLSIVPGLKEAMTLGGKVPTLKDLPVAAMLKTASFILTPGDEIPLYSHPLNMVNYAQTMIDAATSIFGNEKGGDVATTADSWMKTLTPDEPGFYSRGMDDVPDSENLIDASVYGSTAPFTFAKNPKTKSSEYSPLDDHPEPKLGGPQADIYLTFSGGGHSISFSQSVNDNIAGGDYSWGISLEAGLAFEGEREFGVSVLSAGYNGNVEVQATTEATRNVAWAKYGSLETSYSLGDPDPYDKFVIRVSTDKRFGTPTFKTIGGASKCPGEPNTMWRESGMILQTEWSPGVNNEFIPPGDDALYDLIITNESPYREGMSYGLVLTTGETWKGADGANMRDLSFSVSNVGGLSILGSMTPLDSVNSVNNDGDLVHTVMTMRVSKGVFADKYTDIGVMLVSACEFSSDWMYRDPISSTAYLGDMKWERECPPVQWDETTVNKYLNKKVHAQSWPVLNYTVLNPNPVNLWTKDKGTQEGKYDHLVHENVEFVRIQWRKLNEGEWINAWNDDKSDADVQCDTARGQGCKLPWNIENQYFMNGLRDGTWEIRAKVFCSGYDSFAAAGVKYSSTEDNLNLIVDVNQPLAVDASILNDVFKVDFSEPLACPQLAPSQMPYQIRHVKTCDGSNIDSNVGSFSAEAVINTFSFVCMNGDGKGSLVAKFPGNVGEGSYELTVNPFLYKAKTSEERKKLLADVNGNPVATAKYTTTFGCKGADASSSKAATLTSTLGLSRENSTNEKKKRNMKDIDEFRNAELGENMKTSTTMKTTTLLFGFCATVVLTASVVFAAVSPSARSEGGERKSAMMRLFGRRQSHSSRDEDDALLEQSSINSNVYGSVI*
Signal Peptide: n/a
Subcellular Localisation: n/a

Associated ESTs/cDNAs
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EST ID	SuperContig_5.clus217.Contig1	Support Model	Y	More Info
Comment	EST is non-spliced and has no reliable strand information
Mapping Location	146871..147239		Strand -

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