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: Bathy14g00360
Locus: Bathy14g00360
Functional Description: predicted protein
Gene Type: protein-coding gene
Contig: bathy_chrom_14
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: predicted protein
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
IPR018247	EF-Hand 1, calcium-binding site	InterPro
PS51257	PROKAR_LIPOPROTEIN	Prosite
IPR011889	Bacterial surface protein 26-residue repeat	InterPro
IPR013992	Adenylate cyclase-associated CAP, N-terminal	InterPro
PTHR10270	SOX TRANSCRIPTION FACTOR	HMMPanther
PR01217	PRICHEXTENSN	FPrintScan
IPR005046	Protein of unknown function DUF285, lipoprotein predicted	InterPro

Protein Homologs
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View in Jalview

ProteinID	Description / BlastScore	Database	Actions
XP_003078753.1	unnamed protein product [Ostreococcus tauri] Evalue: 2e-99 \| Bitscore: 370 Identities = 311/1030 (30%), Positives = 465/1030 (45%), Gaps = 156/1030 (15%)	NCBI	Show Blast
XP_001422029.1	predicted protein [Ostreococcus lucimarinus CCE9901] Evalue: 3e-93 \| Bitscore: 350 Identities = 304/1040 (29%), Positives = 456/1040 (44%), Gaps = 133/1040 (13%)	NCBI	Show Blast
XP_003082128.1	LPA (ISS) [Ostreococcus tauri] Evalue: 8e-86 \| Bitscore: 325 Identities = 270/1033 (26%), Positives = 444/1033 (43%), Gaps = 148/1033 (14%)	NCBI	Show Blast
XP_003077935.1	Plg protein (ISS) [Ostreococcus tauri] Evalue: 3e-83 \| Bitscore: 317 Identities = 242/805 (30%), Positives = 364/805 (45%), Gaps = 118/805 (15%)	NCBI	Show Blast
XP_001417304.1	predicted protein [Ostreococcus lucimarinus CCE9901] Evalue: 3e-76 \| Bitscore: 293 Identities = 241/793 (30%), Positives = 362/793 (46%), Gaps = 109/793 (14%)	NCBI	Show Blast
XP_003078752.1	unnamed protein product [Ostreococcus tauri] Evalue: 2e-29 \| Bitscore: 138 Identities = 136/471 (29%), Positives = 201/471 (43%), Gaps = 71/471 (15%)	NCBI	Show Blast
ZP_01116863.1	transmembrane protein, putative [Polaribacter irgensii 23-P] Evalue: 7e-27 \| Bitscore: 129 Identities = 63/127 (50%), Positives = 86/127 (68%), Gaps = 4/127 (3%)	NCBI	Show Blast
XP_002504792.1	predicted protein [Micromonas sp. RCC299] Evalue: 4e-26 \| Bitscore: 127 Identities = 83/173 (48%), Positives = 90/173 (52%), Gaps = 25/173 (14%)	NCBI	Show Blast
XP_002502681.1	predicted protein [Micromonas sp. RCC299] Evalue: 6e-25 \| Bitscore: 123 Identities = 69/127 (54%), Positives = 84/127 (66%), Gaps = 5/127 (4%)	NCBI	Show Blast
XP_002508441.1	predicted protein [Micromonas sp. RCC299] Evalue: 6e-24 \| Bitscore: 120 Identities = 77/174 (44%), Positives = 92/174 (53%), Gaps = 19/174 (11%)	NCBI	Show Blast

Gene Structure
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View in GenomeView|View in Artemini

Download gene in EMBL format

Structure: ;64698..75254;
Sequence Type: mRNA
Strand: -
Structure Quality: 2

Alternative Models
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n/a

CDS
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Locus ID: Bathy14g00360
: Redo Blast
CDS Length: 10557 nucleotides
CDS Sequence: ATGAACGAAAGAGCGAGAAGTCGAAAAGAAGAATCGTTGCGTCGTCGTTATCGTCGTCGTCATTCGTTTTCGTTCACCGCGTGCTTTTTCGCGGCGCTCGCGTGCTTGATTCAGCTTCCAAATTCCATCGAAGCCGGTTGGAACGGCCGCAATGGCGCGGGTTGTACCAACCAAATACAAAATAATAACCCTACCAAAATAGGTACTTGCGTTCATGACCATTGGGAATATCGCAATCCCTGGTCGGGTGTTAAAGATGACTGGAGGTGGGAGAACGTCGGCGAATGCTCGGAAGACTGCGGAGGTGGAAAACAGGAACAGCAGCTACTTTACCACTTCAAGAGAATCACCTACTGCCAAACGAAAGGCAGCGAAGTTCGTCAATGCGCGTTTGCGGATGAGAGCGATAGACTCTATGTTAGGACCCAGTATGTTGATTGTAATTCTCATTCGTGTCCTCCTCCACCGCCACCGCCGTCGCCACCACCGCTGCCTCCGCCGTCGCCACCGCCGCCGGGAAGCAACGGTGTACCGACGGTTGCTATTGGCGTGCAAGCGTTACAAGTAACGGATCGCGAGTTTGATTTTCAAATCACCGTCTCTGATAACGACTGTTCAGACGTGACGAACTGCTTGGGAACCCCTTCCCTTGTCAATGCAAATACAGCAAAAGGTTTGCAATGCGACGCCTACGTTGCGTCGAGTTCTACGGATACTTCGTGCACGCACGCTACTTCGAGCGATTATTTGCCGTGTAAAAAGTGGACGAATTTTTACGACTCTACGAAAGGGGACGATTATAAGTTTACCCTGACGATGACTGATGCGAGTAACGAGTTAGTGACTGGAACGTACCAAATCAAGTACGAATGCTATTGGTTGATGGCTGACGGCGTCACGAAAGCTCCCGACACCACCACTGGAGAACAAACGTTGCACGAATTCGTCGTCGAGGAAGGGTGCTCGGACTGGTTGAGTCTTTCAACGGTTCCTTTGGAAAAATCCTTTTTGTTATCTTCGCCTGGTTTTCTTTCGATTACCGACTGTGATACCGTAGATTACGTCAAAGAAATGGTGTTTCGAAAGTACGATACGAATCCGCGCGACGGGAAGCTCAGTTACGACGAAATTCAGGACGCGTTTTTGAGACACGACGCCGACTTTTCGCATTTAACGAATGAAATCGGCGAAAGTGGGTACAGCGATCTCACATTGAGCGACATCATGAACAGCGACGCGTTGCCGTTTAAGTGCTACGAGAAAGCTGTGACTGGCTCGAGTGATGTGTACATGACTTCTATCACGTACCCGGATTTAAGCACAGACGCTGGTTCAACGTCGACGACTTTGAATAGTTGCGCGGCGGCAAAAGAGCTCGTCACCGTCAAGTGGGCGTACAACACTCCGCCCGTCGACAACTCTGATTACATGTGTGTGTATTCTGATGCTCGCTTATTCGCAAAGTACGTTGGTTCTGATACCGGAGGTATCCCAACATCACTCACTGACTCGAGACCTTCAATGGGAACCGGAGACAGCGAAGTGAGTTTGATCGCGCACTTCTTGTTTGACGACGACATGTCGAATTCGGCTAGTGCGGACGATACTACGACAACTTTAACTGGATACGATTCATTCGAGACGTGCGGCGATGGTGTCAAGTGTTTGAAAATGTCGACATCATCATCCGGCTATGAGTTTGCCAACACAAACGAGATGGCCAACAGCGCGATCATGACGTGGATCTATCGAAGTAGTAGTGACACGGGGAATGCGGATGTCATCTACTCAACATCAGTAACCGGCAGTTCGTGCAAGAAAGAAATCCACTTTACGCTGGGAACAGATGCGACATTGAGCGGCGGTCTCGTCATTTCAGACAACAGCAATGGAGGTTGCACGCAGACGTGCGGTGACGGAGACGGTCTCTGCGAAATCTCGTCTGCAACGGCGCTGTCGACAAATTCGTGGCATCACGTTGCGATGGTTTCCAACAATATTTATGGTTTGACGATTTACGAAAATGGTGTGTCTGCTGCGACTATGGTTGCGGGCGATTGGACGAATACTCTGATGGATTTACCTTTCGGAATGACTTCGACGACGAAAACTTTATTCAACTCCGCCTACGCGTCGAGTTCGTACGTCTACGACGACGCTCGCATTTACAGCGGATTCGTTCATGAATTACACATTTCTTCTATATATAGTTGCGGAAGGGGCGACTTGTGCGCGAACAGAGCGTACGCATCGCCGCAATCTCGAAGAATCTATTGCGTCGTTTTGAACTACGCGGTTGCGACCCAAGCGACGAGTGGCTTTACACCCCCTTGCGTCACGGGTTTATTCTATAACGGTTTGGCGATTGATTTAACCACGTCTGCGTCTACGAAAGGGGTTACTTTTCAGTTCAGAGACACGGCGTTGGGAGAGAGCTCTTTTGAAGTTCTTCGCAGGCAAGTTGTGGACGGCAGCGCAGTTGGAACGTACGAGTCGATTGTTTTGATCGATTCCGATATCAGCGGTTGCGCCTCATCGTTCAATTCCATGACTTTTGCGGACTACGAAGCTGCGAAGGTTCCTGGTGACGTTTGGGAATACGCCATTCGTACGAAATACCCGACGGATTCTGTTTTGAACATCGATTCGGACGCGTTTACGTTTACGGTGCCTTGGTATGGCGTGGTCGAGGGCGAAATTTTGGCAGGCGAATCGGACGTCGCGGTGCCAAACGTGCGCGTTTGTGCGCGGCTCAAATCCTCGACAACGAGCTCTGATACGTCTGTTGGTACCGTGTCAGATGCAGAAAGTCCGAGTTTAGCTTCATATACGTACGTCGTGCACTCGAACAGCGATCGAATCAGTGACGCTTACAAGGTCACGGACACTCAAACCGGCACCTCCGTCGAGCTCGACAATGCGGAACATTTGAAGATTGATTTGAATATTTTCTCGTCAGTTTCGTCTGTGAGCGTGTGCGTCGCGAGCACAACAGATTTAACGACGGCGCCTGAGTTTATTGTTCGAGTCATGGATTACGACGATCCCGACGACGCGGGGAATTCCGGGAATATGTGCATCGAAGACGAGATATCTTCAGTCGCGGATGGAAACGTGTGCATTAAATACTCGTGCGTCGGAACACACATCTCCAGTTTTTCTGGACAATATATCACCGTACTTTCCGGCGAAAGTTCGACTCAATCCATCGCCGAAGTCTTCGTTACGGGTTCGGAAATCACGTGTCCTTATTCAGGTTTTTCGGACGACGACGGCAATTTCGAGATTGAAATTACGGAAGAATCGGGAGCGACTTCGAAAAACGCAAAAGTTGGCGTCATGGCGTTCAAGACGGTCGTTTTTGATCGAAGCGACAGCACTCTTTTTCAGACTGTGGCCAACGAAACGGACACTTCTATCGTCGGGCCGGATGCTGTTTTGATCGCGCTCGAATACGATGCGACTGGTTTAACCGCATCGTTAGGTAGTACCTCTGCTCTTGGTAACGGATTATATTTACCTTGCGATTCCGAAGTCGACGAAGACGGATATTTTCTTGTCTTCAGACACGATAGTTCCACCGGTTTATATTTTTCCGATTCTGATTCTTTCGCCGAAGTGAAACATACTGGTGATTCATCCGCGGATTATAAATATTCTCGTCTTGACGAAGTGGAAACGTATGGTAAATCCGACGACGGGACATACGAATTTAAGCTCGTATATCCTGCCTATGACGGATGGACTAATATTTGGAAGCAAACGTCTAACCCAGTTACGATGACTTCAGGAGGTGTTGAAGGATATGAAGCCATTTCCATTGGGGCGACCTCGTCATACACTTTCAAAGGCTTGGAGTACAATCTCGGGTCAAGTGCCTTTATTGATGGAGTGATCGACGTAGGGATTTGGTGGTATGCAATTGGATCATTCCAAAGTTTTTTCAACAATAAAATTCCGGGACCTTTTCCTACACAAGTATCCGAAGTGAAACTTTATGTGAAGACGACTGGTGAAGTTTTTTGCCCACCACCACCACCACCACCACCACCACCGAGCCCATTATACTCACCGGTGACGGACGACGTATTTTTCTCGGCTATCGAGGATTGTTTAGACACGAATCCTGTCGATGGTTTATGCACAGATAGTGAATACGGTCCAATGCCGGATTGGGACGTCAGTCAGGTGACGGATATGTCTTCAGCTTTCCTTGGTAGAACAACATTTAACGCCGACATTTCCCAGTGGAACACGTCTTCCGCGACCACTACGTTCATAATGTTCAAAAACGCTGCTGCGTTTAATCAAGACATCAGTGGCTGGGACGTCAGTTCTGTTGTCACGATGCAAGGAATGTTCAACATGCAAAACGTAGATACTTCGGCATTCAACCAAGACATTGGAGGTTGGGACACGTCCCAAGTTACGAATATGATGTTCATGTTTTTATCTAATGAAATATTTGATCAAGACGTGTCGGGATGGACGGGATCGGCGGCAACGAGCGCACAAATTGCTATGTTTGTTGGAGCAACTGCTTTTCAAGCCAAATATGAGTGCACAGCCGCCAACAGAGGGCCGGCGAGTTCGTGCGATACGATTAAAAGTACGTGGGTCGCGCCGAGTCCGCCACCACCAAGTCCGCCACTACCGAGCCCACCGCCGAGTCCGCCACTACCGAGCCCACCGCCGAGTCCGCCGCCGCCGAGTCTGCCACCACCGAGCCCACCGCCATCACCGAGCCCTCCGCCATCACCGAGCCCTCCGCCACCACCGAGCCCTCCGCCACCACCGAGCCCTCCGCCACCACCGAGCCCTCCGCCACCAAACCCGCCGCCGAGTCCGCCACCACCGAGTCCATTCATCGATACGGACGTCGATAACAGCACGGCTGTATCAAAGGAGGAATTCTCCGTCTACGCCGCGGCGAGATTGGAGTACGTAGACGCATTTATTGTGATTCCGGATGCGTTTTGGAACACGTTCGATGTAGATTCAAGTGGTGATTTAAGTTCGACCGAGTTTATGAACGTGGTTGCTGCGTTTCACAGCGGTGCTGTAGTTGGAACGCCGTGGCTCGTTTATCCCCTCGCGGAGACGAGTTACTTAACGAATTTCTACGCGAGTGATCTCGCGACGACAACAGGCCAATCCGCCATCGCGGCGGCGCCGAACCCAAACACTACCATGCCAGTTACCACAACGTCGTGGCAAATCTGGTACGAAAACGTTACGGCCTCGTTTTCTGATTTTTCGTTTGCTTCGCCGAGTAGTTCGACTGACTTTGATATTCTCGCGACTCTCGGCGTTGACGATGAACCGGAAATCAACCCAGCGATTATTCCTATGGTCGTTCGCACCGACGATGCCGGTCGAGTTGTCTTGTCTGGTGACGAGGTTTCCTCGCAAGTTTCTGGATTCGATGCTCTTTTATCTGCGTCATTTCCTATTTCTTCTGTGAATCTCAAATTGATCGCAACGGAGCAACTGTACGACGTGGTTCACGTTTTCAACACCGAGGACGAAGGTTACGATACCGAACAGAGCGAAACGATTACGAAGATTTCTCATCTTTCTGTCGCCGGGGTTGCCATACAGGACAACACCGTCGTGACCGTTTCAGGTATGGTCCGTTTCCCTGATTATAGAACATCTGACGTTGTGTGCGGTTTACCGTACGCGGTGATTAACGCCTACAAGCAACAATGTGGAAACGATGGTTCGTGTACTTACGAAGAAGCGGACGAATACACCGCCGACGCTTTGGGATACTTTGAGATTTCCGTCACCCCAGGAGATACGTACTTGTTTCACGCCTCGTACGGGGATCATAGCATCTGCTACTCGGAAGACGGATTCGACGCCGAGTGCTCCACAACGACGATCACGACCATGACTCTCGGGCCGAGCGAAGATATCGTAACCACAAACAGTTACGTCCTTCTCGGAGCGATCGACGGATCAGAAAGTATCGTTTTCTACGACACGACGGAACGCACCGTCGATGTCGGCTTATACGCCGGCGCGTGCGGAACGTCTTATGAAGGATACACCATGCTCATCACGCCCGCGAATGGGTGCGGTGCGGCGCTTAGCGTTGCTGATACGGATATCAGTGGATGGACTCTTACGGACACAAGTACACCAAATATCAAGTATTGGCCGTACGCCGCGATGGATTACTACATTCAACTCGATGTCGCTCCAAGTGTATCTGCTTTGACAGAAACAGTAATTCTTTCAGATTCCGGTAATAGTGCCGCGACGTGTACGGCGCCTGGTTCGAACATACTCACGTTTTTCCGCGACAGAGACGAACTCGTTCGAACTTTGGGTTTTCTCGATACCGCGTACGCGACGGCGACGTACCAGTACCACGGGTATTTGTGCGCCAACCCGACTATCGGTTCCACTGAGACGGTCACTTTTGCGGTTGACTGGCCATTGATTGATGCGGACGAGACGTGTCTCAACGCGGCTACTGCAACAAACCCTCTAACTTCCAATCACATGATTGGTACGTCGAGTTCGACTGAACTGTCTTCGACCATCACCACGGAAAAATACGCGTGGTTGCAAGTCTTTGAGGCGCACTGCACTTCGTTGGACGATTCGGGAAGTTGCGTGAACACATATTGCTCTACTTTCTCGTCCGAAACGAACACAGACTTAAGTATTTCGGTTCGTTTGAAAGAAGACGTCGAGCCACAATTGAGCAATCTGTGCCACTCGAGCAACGAGCCAAACGATTCGTGCTACTTCAACACCGTGGACGAGACAAGCCAATTTGTGCAATTCACCGATTCTGCAGGGGCTACGACTGTTTATCGCAAAATCAACGCCGGGAGTGCCAAACCTAACTTGGTTTCTCCGTATAGACGCTCGATATTTTTTACTGTCGTTCGAAACGACGGGTGGTCCTCGACGACGACTGAGGTTGAGCGTGAATTAGTCGCGCTTGGGTCTAAAGTCCGAGGCGAAAGTTCAGATTATTCCGCGAGGTATACGAGTACTAAGGAGTTTTACGCGACGGCGCCTATTCGCGGATTGGTGTATACGGTCGTTCACGATCCTCCGGGAGGAGATTCGTACGCGTCTATAGCGCAAGGAACGAACATTGAGCTCGAGCTCGGGTTGCTCACGACGCGTAGCGCTAACGTTGCCGGGAGTTGGTGCATGGATGCTGGAGTTGGTGTTGAACTCAAAACAAGTCTTGGCACTTCCGTAGGAACAGGATATTTGAATGGTGAAGTAGATTTAACTACGGGAAATGAAAAGAAGGGTACTCCTGGATTGGGCTTTGCTGCCGGCATAGGTGGCGGTCGCGAAGAAGACGGACCTTCCGTTTCCGTTTCCGCGACGACAGATAACGGATGGGACTTCCACATGACGTTGAATAGAAATCTTGATTCATCTTTAGACCCGGCGTTAGCCGGACGCCCCGGCGACGTTCTCTTAGGCGGCGGATTCGAAATCGTTTACGAAATGTCTGACACTCTCGATCTAGACGACGGTGCTCCTGATAATTGCTTGGCTGTGACCCAAGAAGTGGTGTGGTCGGCGCGCAAACCTACGAGCTATATCATCAACGTGTTCACGATTGAAGACAAAATTCTTCCCGAGCTCGAATACTTGAAAGATGGGATTTTGGACGGAACAATTTCAAATAAGGATGGAGAGTTGGTATCTAGAGATACCGACGAAATCGCGGCTATTTGGGCTGATCGTTTGACCACGGCAATCACAGATTGGGAAAACACCGTGAAATGGACGACGCCGGATTTCAACCCTGCTTGGGCGACGACTGAAGATGATAAAACAGCCGCAAAAACCTCTGCGGAAAGCAAATTCGCAAACATGGCTGATTCGTTCACTTCAGACACCGGCGTTTTTGGCGCGCAATTTAAACCCAAAATAGACAAGGCATACGGTGCGTATACACAAACGTCATCTTTGAGCGAATATACGTTTGAGCAAGATTGGGATGATCTCGAACACGTTTGGGACTCGTTGAGTAGTTCATACGGTCGTGTGTCTGGTTTGTCGGGTCTTTCGGACACGATGGGAATGGTCGGCGAGGATGTGACCGAGGGAATCGTGGAGGGTATCTCCATCGGTTCTTACGATAACGAAGATAGATGGAAGCCTGAAGATGATCTTTGGGTCGAAACGTACTCTGAGACTGAAACTGACACTGGCAAGAACGTGTTCAATTCCACCGAACCAAATACGGCTTGGAGTCGCGGCATGAACGATCTGGCAATCGTGGACGCGTTTGAGAACGGTTTAGAGCCAAACACCGAAGATAGTTACGGAACTCCAATTTCCTCAAGCGAAGCCTTAATAACCAAAATGCAAACGATGGATATGATCGATTCTTCCGTTTTTGGAATGGATACTACGTTTGATTTTGGGACCACTAAAACGGTTTCGCAAACAATCGACGGGATAGATGTAGACGATTACGATCCCGCATCTGAGCCGAATTTGCCTTCGGATACCGCAACCACGGAAAACGTTTATTTGACATTTTCCGGCGGTGGTCACGCGCTCGAGTTTTCCTCTTCCGTGTCAGATAACATCGACTCTTATGGTTACGAGTGGTCGCTCGAGGCTGAATCCGAGATTACCAACAACATGGACATCGAGGCAGCTGCTGGTCTTGCCTACACGAACTGGCATTACCACGACTCGGGCGGGAAATCCGTTGCCCTTGAACACGCCATGGCGTGGGCAAAATACGGTGAATTGGAAACGTCGTACACGTTGTCCGACCCAGATCACGGGGACAAATTTGTCATTTTAGTCAAATTCGATAAGCGTTTTGGAACGCCTATTTTCCAAACTATCGGCGGCGCGTCGAAGTGTCCGGGCGAGCCGAACACGATGTGGCGAGAACAAGGTCTGGAGCTCTCTATTGCTGCCGCGGATGGCACAGATAACGAGTTCATTGCACCCGATGCGAGCGCTCTGTTTGATATCACGATAACGAACGAATCGCCTTATCGTGAGGGTCAAATTTTCGGTTTGCTCTTAGGTTCGAACTACACCGGCGATACGTACGGCAACATGAAAGACTTGAACTTTATAATCAACGGCAACGACAAAATGTCCCCAATGGGCGATTTGTTTCACTTGCACGACATCCCTGCAACCGACGATGGATCTATGAGCGGTAATCTCGTCAACTCGGTCGTTTCGCTTCGCATAGAACGAGGCGCGATGGCGCACTCGTACGAAAGCATTGGTTTGACGTTAATCTCCGAATGCGAGTGGGCGCTATCGCGCAGCCAAATTTATCGCGCACCGATTTCACACACGGCGTATCTCGGCGATATCAAGTGGGAGAAGAAATGCCCGTCGGTGACTTGGGACGAAGGCACTTGGAACACGTACGCAAACTACGTGGCGTCGACGGAAACGTCAAGTCTCTTCAACGTGACTTTAATGAACCCAGATCCTATGAATTTATGGTCGGACGATTACGTCGACGGAGATACAAATCGAACGAATCACTTAGTTCACGAAGACGTTCAATTCATCCGTTTGCAATTTCGAAGACCTGGAACCGGGGAATGGATCAGCGCTTGGGAAGCAGGAGCGACTGATTCCGCAGATTTACAATGCTCGCAAGCGCGCGGCGAAGGATGCAGTTTCGAGTGGGATTTAGAAAACCAATACTTTCTGAACGGCTTGAAAGATGGCCCGTGGGAAATTAGAGCGAAAGTCTTCTGCTCCGGGTACGACTCGTTCGCGACGACGGACGTTCGAGGATCGGTAACGGATGATACTTTGTACATGATTGCCGACGTGACGAGCCCGTATCCGTCTTCTCTCGAAGTGTTCGGAAACGTTTTATTTGTCGATTTTTCGGAAGAAATCGCGTGTCCGCAACTTGACTCCGATGCTTCTGCGTATTCCATCTCGAGAACTGCCGATTGCGACGGAAACGCCGTCGCAGACGGTACCGTGAGCAGCGCTGACATCTTGTTACACTACGACTTTCGATGCCTCTCTCACGAAACAAACGGAAGAAATTCATGGACAATGACCATACCGATCTCCTCGGCGGCGTCTTCGAAAGCTGAAGCGGGCGAATATACGGTAACAATCAACGACGGGTACCTCACAGATACCGGTGGAAACGGCGCGTCAAGTCTCACAATCACCGAATCTTTCGGATGCTCGTCGTCGTCGTCGTCGTCGTCGTCTACTTCGACTTCGTCCGCAAAATTGGGCTCATCACAAAAATTGGGCTCATCAAAGGGAACCAAGGACGCGTCCTTTCTATCTCCGTTGAACAAAAATACCGCGTATTACATCGTCGTTGCGGCGGCGTTTGCGTTCGGGATGGTTGCGAGTCAAATGATGGCGTCGTTTACGCGCGACAAAAGCAATCGATTCGTTCACAAAGAAGCATACCGCGAAAGCGCGGCGGAAGAATATCTCGTCCCTCTTCGGAGCGCGACAAAAAGCGAGTCGTCGGCGGCAAACGCTGCCTACGGCTCGAGCGACGACGGCGGCGGCGTAAAAGTCGTCGGAGCGGTCCTGTGA

Protein
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Locus ID: Bathy14g00360
: Redo Blast
Protein Length: 3519 aminoacids
Protein Sequence: MNERARSRKEESLRRRYRRRHSFSFTACFFAALACLIQLPNSIEAGWNGRNGAGCTNQIQNNNPTKIGTCVHDHWEYRNPWSGVKDDWRWENVGECSEDCGGGKQEQQLLYHFKRITYCQTKGSEVRQCAFADESDRLYVRTQYVDCNSHSCPPPPPPPSPPPLPPPSPPPPGSNGVPTVAIGVQALQVTDREFDFQITVSDNDCSDVTNCLGTPSLVNANTAKGLQCDAYVASSSTDTSCTHATSSDYLPCKKWTNFYDSTKGDDYKFTLTMTDASNELVTGTYQIKYECYWLMADGVTKAPDTTTGEQTLHEFVVEEGCSDWLSLSTVPLEKSFLLSSPGFLSITDCDTVDYVKEMVFRKYDTNPRDGKLSYDEIQDAFLRHDADFSHLTNEIGESGYSDLTLSDIMNSDALPFKCYEKAVTGSSDVYMTSITYPDLSTDAGSTSTTLNSCAAAKELVTVKWAYNTPPVDNSDYMCVYSDARLFAKYVGSDTGGIPTSLTDSRPSMGTGDSEVSLIAHFLFDDDMSNSASADDTTTTLTGYDSFETCGDGVKCLKMSTSSSGYEFANTNEMANSAIMTWIYRSSSDTGNADVIYSTSVTGSSCKKEIHFTLGTDATLSGGLVISDNSNGGCTQTCGDGDGLCEISSATALSTNSWHHVAMVSNNIYGLTIYENGVSAATMVAGDWTNTLMDLPFGMTSTTKTLFNSAYASSSYVYDDARIYSGFVHELHISSIYSCGRGDLCANRAYASPQSRRIYCVVLNYAVATQATSGFTPPCVTGLFYNGLAIDLTTSASTKGVTFQFRDTALGESSFEVLRRQVVDGSAVGTYESIVLIDSDISGCASSFNSMTFADYEAAKVPGDVWEYAIRTKYPTDSVLNIDSDAFTFTVPWYGVVEGEILAGESDVAVPNVRVCARLKSSTTSSDTSVGTVSDAESPSLASYTYVVHSNSDRISDAYKVTDTQTGTSVELDNAEHLKIDLNIFSSVSSVSVCVASTTDLTTAPEFIVRVMDYDDPDDAGNSGNMCIEDEISSVADGNVCIKYSCVGTHISSFSGQYITVLSGESSTQSIAEVFVTGSEITCPYSGFSDDDGNFEIEITEESGATSKNAKVGVMAFKTVVFDRSDSTLFQTVANETDTSIVGPDAVLIALEYDATGLTASLGSTSALGNGLYLPCDSEVDEDGYFLVFRHDSSTGLYFSDSDSFAEVKHTGDSSADYKYSRLDEVETYGKSDDGTYEFKLVYPAYDGWTNIWKQTSNPVTMTSGGVEGYEAISIGATSSYTFKGLEYNLGSSAFIDGVIDVGIWWYAIGSFQSFFNNKIPGPFPTQVSEVKLYVKTTGEVFCPPPPPPPPPPSPLYSPVTDDVFFSAIEDCLDTNPVDGLCTDSEYGPMPDWDVSQVTDMSSAFLGRTTFNADISQWNTSSATTTFIMFKNAAAFNQDISGWDVSSVVTMQGMFNMQNVDTSAFNQDIGGWDTSQVTNMMFMFLSNEIFDQDVSGWTGSAATSAQIAMFVGATAFQAKYECTAANRGPASSCDTIKSTWVAPSPPPPSPPLPSPPPSPPLPSPPPSPPPPSLPPPSPPPSPSPPPSPSPPPPPSPPPPPSPPPPPSPPPPNPPPSPPPPSPFIDTDVDNSTAVSKEEFSVYAAARLEYVDAFIVIPDAFWNTFDVDSSGDLSSTEFMNVVAAFHSGAVVGTPWLVYPLAETSYLTNFYASDLATTTGQSAIAAAPNPNTTMPVTTTSWQIWYENVTASFSDFSFASPSSSTDFDILATLGVDDEPEINPAIIPMVVRTDDAGRVVLSGDEVSSQVSGFDALLSASFPISSVNLKLIATEQLYDVVHVFNTEDEGYDTEQSETITKISHLSVAGVAIQDNTVVTVSGMVRFPDYRTSDVVCGLPYAVINAYKQQCGNDGSCTYEEADEYTADALGYFEISVTPGDTYLFHASYGDHSICYSEDGFDAECSTTTITTMTLGPSEDIVTTNSYVLLGAIDGSESIVFYDTTERTVDVGLYAGACGTSYEGYTMLITPANGCGAALSVADTDISGWTLTDTSTPNIKYWPYAAMDYYIQLDVAPSVSALTETVILSDSGNSAATCTAPGSNILTFFRDRDELVRTLGFLDTAYATATYQYHGYLCANPTIGSTETVTFAVDWPLIDADETCLNAATATNPLTSNHMIGTSSSTELSSTITTEKYAWLQVFEAHCTSLDDSGSCVNTYCSTFSSETNTDLSISVRLKEDVEPQLSNLCHSSNEPNDSCYFNTVDETSQFVQFTDSAGATTVYRKINAGSAKPNLVSPYRRSIFFTVVRNDGWSSTTTEVERELVALGSKVRGESSDYSARYTSTKEFYATAPIRGLVYTVVHDPPGGDSYASIAQGTNIELELGLLTTRSANVAGSWCMDAGVGVELKTSLGTSVGTGYLNGEVDLTTGNEKKGTPGLGFAAGIGGGREEDGPSVSVSATTDNGWDFHMTLNRNLDSSLDPALAGRPGDVLLGGGFEIVYEMSDTLDLDDGAPDNCLAVTQEVVWSARKPTSYIINVFTIEDKILPELEYLKDGILDGTISNKDGELVSRDTDEIAAIWADRLTTAITDWENTVKWTTPDFNPAWATTEDDKTAAKTSAESKFANMADSFTSDTGVFGAQFKPKIDKAYGAYTQTSSLSEYTFEQDWDDLEHVWDSLSSSYGRVSGLSGLSDTMGMVGEDVTEGIVEGISIGSYDNEDRWKPEDDLWVETYSETETDTGKNVFNSTEPNTAWSRGMNDLAIVDAFENGLEPNTEDSYGTPISSSEALITKMQTMDMIDSSVFGMDTTFDFGTTKTVSQTIDGIDVDDYDPASEPNLPSDTATTENVYLTFSGGGHALEFSSSVSDNIDSYGYEWSLEAESEITNNMDIEAAAGLAYTNWHYHDSGGKSVALEHAMAWAKYGELETSYTLSDPDHGDKFVILVKFDKRFGTPIFQTIGGASKCPGEPNTMWREQGLELSIAAADGTDNEFIAPDASALFDITITNESPYREGQIFGLLLGSNYTGDTYGNMKDLNFIINGNDKMSPMGDLFHLHDIPATDDGSMSGNLVNSVVSLRIERGAMAHSYESIGLTLISECEWALSRSQIYRAPISHTAYLGDIKWEKKCPSVTWDEGTWNTYANYVASTETSSLFNVTLMNPDPMNLWSDDYVDGDTNRTNHLVHEDVQFIRLQFRRPGTGEWISAWEAGATDSADLQCSQARGEGCSFEWDLENQYFLNGLKDGPWEIRAKVFCSGYDSFATTDVRGSVTDDTLYMIADVTSPYPSSLEVFGNVLFVDFSEEIACPQLDSDASAYSISRTADCDGNAVADGTVSSADILLHYDFRCLSHETNGRNSWTMTIPISSAASSKAEAGEYTVTINDGYLTDTGGNGASSLTITESFGCSSSSSSSSSTSTSSAKLGSSQKLGSSKGTKDASFLSPLNKNTAYYIVVAAAFAFGMVASQMMASFTRDKSNRFVHKEAYRESAAEEYLVPLRSATKSESSAANAAYGSSDDGGGVKVVGAVL*
Signal Peptide: n/a
Subcellular Localisation: n/a

Associated ESTs/cDNAs
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n/a

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