AT5G11530

Gene Details

Gene ID: AT5G11530
Gene Symbol: EMF1
Gene Name: embryonic flower 1
Description: embryonic flower 1 (EMF1);(source:Araport11)
TAIR Accession:
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0000003 — whole plant — planta entera (Spanish, exact), 植物体全体 (Japanese, exact), clonal colony (related), colony (related), bush (narrow), frutex (narrow), frutices (narrow), gametophyte (narrow), herb (narrow), liana (narrow), prothalli (narrow), prothallium (narrow), prothallus (narrow), seedling (narrow), shrub (narrow), sporophyte (narrow), suffrutex (narrow), suffrutices (narrow), tree (narrow), vine (narrow), woody clump (narrow), genet (broad), ramet (broad)
PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)

CS16235 — Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile.
CS16236 — Strong allele; seedlings with very short hypocotyls, oval-shape cotyledons with no petiols; absence of rosette growth; a very short inflorescence develops directly from the embryo or callus, internode elongation shows that seedling meristem produce an inflorescence rather than a flower, however all floral primordia develop into carpelloid structures; no leaves, petals or stamens are formed; the carpel-like structures are all capped with stigma-like tissues, which are characterized by the presence of papillae cells, lacking style differentiation; the lower part of the carpelloid structure differentiates into ovaries and ovules, few ovules are formed but each is made of nucellus, integuments and funiculus; homozygous plants arte sterile. Requires several days longer than the wild type and other emf mutants to germinate.
CS16237 — Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile.
emf1-2/emf2-1 — Phenotype resembles the emf1-2 single mutant. Semi-open, small petioleless,oval shaped cotyledons and short hypocotyl and leaf primordia.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G11530.2
ATAAAAAGATTATTTTATTGAAATTAAAACCCTTATATCGACGCAAAGCCAAACAAAAAAAAAACCCTCATTTCAAGGATAAGAGAGCTCCACTTTCTCTCTCCTCTCCTTTCTCCAACAGTCTCTCTCTACAAGCCATAGGAAAAAAAAAAAAGTCCCCCTTTCTCTCTCCCTCCCCTTTCGTCTTAGGGTTTCTCGAAAATTCGCAGTCAAATTCTACTCATCTCCCGACGAATCCATCCTTCAAGCTCATCTAATCTTCTTCTCCGTAGCTTTCTCAATCTACCGATATAGTTTTTATCCCTTGCCGCTTAAGATCGAGCTCGAATCTCGCAACCCCTTTTAATCCCTAATTTCTGGTCGGATTAACCCAGGTGCGTTGTTTCCGACATGAATCTCAGATGTGTTTCGATTTAAGGTTTGAGCTAAGGTTTGATCTTGTTGGGTTGAGATTTGGTCTGACTTGTAGCTGACTTCGTGTCTTTTAAGCTTCACTGTTCATTTATACGTCTATCTTCCTCGGAAACTCTTGATGTTCTTACTTTTTTTTTTTTTTTTTTTTTTTGGGGTTTCGTCTTCACGGACTATTCACGTGCGGATAGATCTGACCCGTATTAATTGCTCTAGTTGCGGAGAGAGTATAATGGTGTATGAAAGTTAATCATCACTGAGGCATAGTATCTATCTCCTTCAAGCAAATCAATGGGATCTTCCATCAAGATCAACTCAATATCCATAGATCTCGCAGGTGCTGCCAACGAGATTGATATGGTGAAATGTGATCATTTTTCCATGCGTGGATTCGTAGCTGAAACTCGTGAGAGAGACCTTAGAAAATGTTGGCCGTTTTCAGAAGAGAGTGTTAGTTTAGTAGACCAACAAAGCTATACTCTTCCTACTTTATCTGTTCCAAAGTTTAGATGGTGGCATTGTATGAGCTGCATCAAAGATATAGATGCTCATGGGCCAAAAGATTGTGGACTGCATTCAAACTCAAAAGCTATTGGAAACTCTTCTGTTATCGAAAGTAAAAGCAAGTTCAATTCGCTAACTATCATTGATCACGAGAAAGAAAAGAAAACTGATATTGCAGATAATGCTATTGAGGAGAAAGTGGGTGTAAACTGTGAGAATGATGATCAGACAGCTACTACGTTTCTCAAGAAAGCACGTGGTCGACCTATGGGTGCTTCTAATGTTAGGAGCAAGAGCAGAAAGCTTGTGAGTCCGGAGCAGGTAGGAAACAACAGATCTAAAGAAAAACTAAACAAACCATCGATGGATATTAGCAGCTGGAAAGAGAAACAAAATGTGGATCAGGCTGTGACAACGTTCGGCTCATCTGAAATTGCTGGTGTGGTTGAGGATACACCACCTAAGGCAACCAAGAATCATAAAGGCATTCGCGGTCTGATGGAATGCGATAACGGGTCATCAGAAAGTATAAATCTTGCTATGAGTGGGTTGCAGCGTAGGAAATCTCGCAAGGTTCGTCTACTCAGTGAGTTGCTTGGTAATACAAAAACCAGTGGTGGTAGTAACATCAGAAAAGAAGAGTCTGCTTTGAAGAAGGAATCAGTTAGAGGTCGAAAAAGAAAGTTGTTACCTGAAAACAATTATGTCAGCCGGATATTGAGTACAATGGGTGCAACCTCTGAAAATGCTTCCAAAAGTTGTGACTCTGATCAAGGTAATAGTGAATCAACTGATAGTGGGTTTGACAGAACTCCATTTAAGGGTAAGCAGAGAAACAGAAGATTTCAGGTTGTTGACGAGTTTGTACCATCACTTCCTTGTGAAACTTCACAAGAAGGTATCAAGGAGCATGATGCAGATCCTAGTAAGAGATCAACTCCTGCGCACTCTTTATTCACTGGAAACGATTCTGTTCCTTGTCCTCCGGGTACTCAGAGAACAGAGAGGAAGCTCAGTTTACCCAAGAAGAAGACAAAGAAGCCTGTAATCGATAATGGGAAGAGCACTGTGATCAGTTTTAGTAACGGCATTGATGGAAGTCAAGTTAACTCGCATACTGGTCCTTCCATGAACACAGTATCCCAAACTCGAGACTTATTGAATGGGAAAAGGGTGGGCGGTTTATTTGACAACCGTTTGGCTTCAGATGGATATTTCAGAAAATATCTCTCTCAGGTTAATGATAAGCCGATAACATCTTTGCATTTGCAAGACAATGATTATGTGAGGTCAAGAGACGCGGAACCAAACTGTCTTCGAGATTTTAGTTCCTCTTCTAAATCCAGCTCAGGTGGATGGTTGAGAACTGGAGTAGATATTGTTGACTTCAGAAACAACAACCACAATACAAACAGATCGTCTTTCTCGAACTTGAAGCTAAGATACCCCCCTTCTTCTACTGAAGTTGCGGATTTATCTCGGGTGCTGCAAAAGGATGCTTCTGGTGCAGATAGAAAGGGGAAGACTGTTATGGTCCAAGAACATCATGGAGCACCAAGAAGCCAAAGTCACGATAGAAAGGAGACTACGACTGAAGAGCAAAACAACGATGATATTCCAATGGAGATAGTGGAGCTCATGGCCAAAAACCAGTACGAGAGGTGTCTTCCCGACAAAGAAGAAGATGTTAGCAACAAACAGCCATCACAAGAAACAGCACACAAATCCAAGAATGCTCTACTGATTGATCTCAATGAAACCTACGATAACGGGATCTCACTTGAGGACAACAACACATCAAGACCACCAAAACCGTGTAGTAGCAACGCAAGGAGGGAAGAACATTTTCCTATGGGAAGACAGCAGAACTCTCATGACTTCTTCCCAATAAGTCAGCCTTATGTGCCTTCTCCGTTTGGGATCTTTCCTCCTACCCAAGAAAACCGAGCCAGCTCCATCCGGTTTTCTGGTCACAACTGTCAGTGGCTTGGGAATTTGCCAACTGTGGGTAATCAGAACCCTTCTCCATCCTCATTTCGGGTATTACGTGCTTGTGATACTTGCCAGAGTGTTCCTAATCAATACAGAGAAGCTTCTCATCCAATTTGGCCATCTTCCATGATACCACCACAGAGTCAATACAAGCCAGTTTCTTTAAATATTAATCAGTCAACAAATCCGGGTACGCTTTCACAGGCATCTAACAATGAAAATACATGGAACCTCAACTTTGTTGCTGCCAACGGGAAGCAAAAATGTGGGCCTAATCCAGAATTTTCATTTGGCTGCAAACATGCTGCTGGGGTTAGTAGTAGTAGTAGTAGGCCAATAGATAACTTTTCTAGTGAGAGCTCTATACCGGCATTGCATCTACTCAGCCTTCTGGATCCTCGCCTGAGGTCAACGACTCCCGCTGACCAACACGGAAACACTAAATTTACTAAAAGACATTTTCCGCCAGCCAACCAGTCCAAAGAGTTTATAGAGCTTCAAACAGGGGACTCTAGTAAGTCAGCCTACTCAACTAAGCAGATACCTTTTGATCTATACAGCAAGAGATTCACACAAGAGCCTTCCCGGAAGAGTTTCCCCATCACTCCACCTATTGGGACGTCTTCACTTTCATTTCAAAATGCTTCATGGAGTCCTCATCATCAAGAGAAGAAAACCAAGAGAAAAGACACCTTTGCTCCTGTTTACAATACTCATGAAAAGCCGGTGTTTGCAAGCAGCAACGACCAAGCGAAGTTCCAGCTGCTGGGAGCATCGAATTCCATGATGCTTCCTTTGAAATTTCACATGACGGATAAAGAAAAGAAACAAAAGAGAAAAGCAGAGAGCTGCAATAACAATGCCTCTGCGGGACCTGTGAAGAACAGTTCTGGACCCATTGTGTGCAGCGTCAATAGAAACCCTGCTGATTTCACCATTCCTGAACCTGGGAATGTTTACATGTTAACGGGTGAACATCTGAAAGTCCGTAAACGCACAACCTTCAAGAAAAAGCCAGCCGTGTGTAAGCAGGACGCAATGAAGCAGACCAAGAAGCCGGTTTGTCCACCTACACAAAATGCCTAAAGATATACAATGTGTGTGGGAGGGATTTGTGCAGTTCATTGTGAAACAGATACTGAGGCAGAGGGATTAACAGATGGAGAGGGATACAAAGAGAGGGAGAGAGACAGAGACAGAGAAAGAGAAAGAGAGATCATTCCTATTGAAAACAAGAATAAGTCAGACAGGAAACATTAAAATGCAAATCTTCCTCATGTTCTTGGTCTCTGGTCTTAAAAACATATCTTTGCTTATGGTTTGTTCAAGCATACTTGGGAACCATTCAGCTTGTGTATATATTTAAATGACTGTAGTACCCCTGATAGGCCTTGTTGTTTTTTGTTTGTTTTTTTGGGAAATACTAGATACCTTTCAGCTGGCGTTATATATATATTTAGTCTTTATTTA
>AT5G11530.3
ATAAAAAGATTATTTTATTGAAATTAAAACCCTTATATCGACGCAAAGCCAAACAAAAAAAAAACCCTCATTTCAAGGATAAGAGAGCTCCACTTTCTCTCTCCTCTCCTTTCTCCAACAGTCTCTCTCTACAAGCCATAGGAAAAAAAAAAAAGTCCCCCTTTCTCTCTCCCTCCCCTTTCGTCTTAGGGTTTCTCGAAAATTCGCAGTCAAATTCTACTCATCTCCCGACGAATCCATCCTTCAAGCTCATCTAATCTTCTTCTCCGTAGCTTTCTCAATCTACCGATATAGTTTTTATCCCTTGCCGCTTAAGATCGAGCTCGAATCTCGCAACCCCTTTTAATCCCTAATTTCTGGTCGGATTAACCCAGGTGCGTTGTTTCCGACATGAATCTCAGATGTGTTTCGATTTAAGGTTTGAGCTAAGGTTTGATCTTGTTGGGTTGAGATTTGGTCTGACTTGTAGCTGACTTCGTGTCTTTTAAGCTTCACTGTTCATTTATACGTCTATCTTCCTCGGAAACTCTTGATGTTCTTACTTTTTTTTTTTTTTTTTTTTTTTGGGGTTTCGTCTTCACGGACTATTCACGTGCGGATAGATCTGACCCGTATTAATTGCTCTAGTTGCGGAGAGAGTATAATGGTGTATGAAAGTTAATCATCACTGAGGCATAGTATCTATCTCCTTCAAGCAAATCAATGGGATCTTCCATCAAGATCAACTCAATATCCATAGATCTCGCAGGTGCTGCCAACGAGATTGATATGGTGAAATGTGATCATTTTTCCATGCGTGGATTCGTAGCTGAAACTCGTGAGAGAGACCTTAGAAAATGTTGGCCGTTTTCAGAAGAGAGTGTTAGTTTAGTAGACCAACAAAGCTATACTCTTCCTACTTTATCTGTTCCAAAGTTTAGATGGTGGCATTGTATGAGCTGCATCAAAGATATAGATGCTCATGGGCCAAAAGATTGTGGACTGCATTCAAACTCAAAAGCTATTGGAAACTCTTCTGTTATCGAAAGTAAAAGCAAGTTCAATTCGCTAACTATCATTGATCACGAGAAAGAAAAGAAAACTGATATTGCAGATAATGCTATTGAGGAGAAAGTGGGTGTAAACTGTGAGAATGATGATCAGACAGCTACTACGTTTCTCAAGAAAGCACGTGGTCGACCTATGGGTGCTTCTAATGTTAGGAGCAAGAGCAGAAAGCTTGTGAGTCCGGAGCAGGTAGGAAACAACAGATCTAAAGAAAAACTAAACAAACCATCGATGGATATTAGCAGCTGGAAAGAGAAACAAAATGTGGATCAGGCTGTGACAACGTTCGGCTCATCTGAAATTGCTGGTGTGGTTGAGGATACACCACCTAAGGCAACCAAGAATCATAAAGGCATTCGCGGTCTGATGGAATGCGATAACGGGTCATCAGAAAGTATAAATCTTGCTATGAGTGGGTTGCAGCGTAGGAAATCTCGCAAGGTTCGTCTACTCAGTGAGTTGCTTGGTAATACAAAAACCAGTGGTGGTAGTAACATCAGAAAAGAAGAGTCTGCTTTGAAGAAGGAATCAGTTAGAGGTCGAAAAAGAAAGTTGTTACCTGAAAACAATTATGTCAGCCGGATATTGAGTACAATGGGTGCAACCTCTGAAAATGCTTCCAAAAGTTGTGACTCTGATCAAGGTAATAGTGAATCAACTGATAGTGGGTTTGACAGAACTCCATTTAAGGGTAAGCAGAGAAACAGAAGATTTCAGGTTGTTGACGAGTTTGTACCATCACTTCCTTGTGAAACTTCACAAGAAGGTATCAAGGAGCATGATGCAGATCCTAGTAAGAGATCAACTCCTGCGCACTCTTTATTCACTGGAAACGATTCTGTTCCTTGTCCTCCGGGTACTCAGAGAACAGAGAGGAAGCTCAGTTTACCCAAGAAGAAGACAAAGAAGCCTGTAATCGATAATGGGAAGAGCACTGTGATCAGTTTTAGTAACGGCATTGATGGAAGTCAAGTTAACTCGCATACTGGTCCTTCCATGAACACAGTATCCCAAACTCGAGACTTATTGAATGGGAAAAGGGTGGGCGGTTTATTTGACAACCGTTTGGCTTCAGATGGATATTTCAGAAAATATCTCTCTCAGGTTAATGATAAGCCGATAACATCTTTGCATTTGCAAGACAATGATTATGTGAGGTCAAGAGACGCGGAACCAAACTGTCTTCGAGATTTTAGTTCCTCTTCTAAATCCAGCTCAGGTGGATGGTTGAGAACTGGAGTAGATATTGTTGACTTCAGAAACAACAACCACAATACAAACAGATCGTCTTTCTCGAACTTGAAGCTAAGATACCCCCCTTCTTCTACTGAAGTTGCGGATTTATCTCGGGTGCTGCAAAAGGATGCTTCTGGTGCAGATAGAAAGGGGAAGACTGTTATGGTCCAAGAACATCATGGAGCACCAAGAAGCCAAAGTCACGATAGAAAGGAGACTACGACTGAAGAGCAAAACAACGATGATATTCCAATGGAGATAGTGGAGCTCATGGCCAAAAACCAGTACGAGAGGTGTCTTCCCGACAAAGAAGAAGATGTTAGCAACAAACAGCCATCACAAGAAACAGCACACAAATCCAAGAATGCTCTACTGATTGATCTCAATGAAACCTACGATAACGGGATCTCACTTGAGGACAACAACACATCAAGACCACCAAAACCGTGTAGTAGCAACGCAAGGAGGGAAGAACATTTTCCTATGGGAAGACAGCAGAACTCTCATGACTTCTTCCCAATAAGTCAGCCTTATGTGCCTTCTCCGTTTGGGATCTTTCCTCCTACCCAAGAAAACCGAGCCAGCTCCATCCGGTTTTCTGGTCACAACTGTCAGTGGCTTGGGAATTTGCCAACTGTGGGTAATCAGAACCCTTCTCCATCCTCATTTCGGGTATTACGTGCTTGTGATACTTGCCAGAGTGTTCCTAATCAATACAGAGAAGCTTCTCATCCAATTTGGCCATCTTCCATGATACCACCACAGAGTCAATACAAGCCAGTTTCTTTAAATATTAATCAGTCAACAAATCCGGGTACGCTTTCACAGGCATCTAACAATGAAAATACATGGAACCTCAACTTTGTTGCTGCCAACGGGAAGCAAAAATGTGGGCCTAATCCAGAATTTTCATTTGGCTGCAAACATGCTGCTGGGGTTAGTAGTAGTAGTAGTAGGCCAATAGATAACTTTTCTAGTGAGAGCTCTATACCGGCATTGCATCTACTCAGCCTTCTGGATCCTCGCCTGAGGTCAACGACTCCCGCTGACCAACACGGAAACACTAAATTTACTAAAAGACATTTTCCGCCAGCCAACCAGTCCAAAGAGTTTATAGAGCTTCAAACAGGGGACTCTAGTAAGTCAGCCTACTCAACTAAGCAGATACCTTTTGATCTATACAGCAAGAGATTCACACAAGAGCCTTCCCGGAAGAGTTTCCCCATCACTCCACCTATTGGGACGTCTTCACTTTCATTTCAAAATGCTTCATGGAGTCCTCATCATCAAGAGAAGAAAACCAAGAGAAAAGACACCTTTGCTCCTGTTTACAATACTCATGAAAAGCCGGTGTTTGCAAGCAGCAACGACCAAGCGAAGTTCCAGCTGCTGGGAGCATCGAATTCCATGATGCTTCCTTTGAAATTTCACATGACGGATAAAGAAAAGAAACAAAAGAGAAAAGCAGAGAGCTGCAATAACAATGCCTCTGCGGGACCTGTGAAGAACAGTTCTGGACCCATTGTGTGCAGCGTCAATAGAAACCCTGCTGATTTCACCATTCCTGAACCTGGGAATGTTTACATGTTAACGGGTGAACATCTGAAAGTCCGTAAACGCACAACCTTCAAGAAAAAGCCAGCCGTGTGTAAGCAGGACGCAATGAAGCAGACCAAGAAGCCGGTTTGTCCACCTACACAAAATGCCTAAAGATATACAATGTGTGTGGGAGGGATTTGTGCAGTTCATTGTGAAACAGATACTGAGGCAGAGGGATTAACAGATGGAGAGGGATACAAAGAGAGGGAGAGAGACAGAGACAGAGAAAGAGAAAGAGAGATCATTCCTATTGAAAACAAGAATAAGTCAGACAGGAAACATTAAAATGCAAATCTTCCTCATGTTCTTGGTCTCTGGTCTTAAAAACATATCTTTGCTTATGGTTTGTTCAAGCATACTTGGGAACCATTCAGCTTGTGTATATATTTAAATGACTGTAGTACCCCTGATAGGCCTTGTTGTTTTTTGTTTGTTTTTTTGGGAAATACTAGATACCTTTCAGCTGGCGTTATATATATATTTAGTCTTTATTTA
>AT5G11530.1
ATAAAAAGATTATTTTATTGAAATTAAAACCCTTATATCGACGCAAAGCCAAACAAAAAAAAAACCCTCATTTCAAGGATAAGAGAGCTCCACTTTCTCTCTCCTCTCCTTTCTCCAACAGTCTCTCTCTACAAGCCATAGGAAAAAAAAAAAAGTCCCCCTTTCTCTCTCCCTCCCCTTTCGTCTTAGGGTTTCTCGAAAATTCGCAGTCAAATTCTACTCATCTCCCGACGAATCCATCCTTCAAGCTCATCTAATCTTCTTCTCCGTAGCTTTCTCAATCTACCGATATAGTTTTTATCCCTTGCCGCTTAAGATCGAGCTCGAATCTCGCAACCCCTTTTAATCCCTAATTTCTGGTCGGATTAACCCAGGTGCGTTGTTTCCGACATGAATCTCAGATGTGTTTCGATTTAAGGTTTGAGCTAAGGTTTGATCTTGTTGGGTTGAGATTTGGTCTGACTTGTAGCTGACTTCGTGTCTTTTAAGCTTCACTGTTCATTTATACGTCTATCTTCCTCGGAAACTCTTGATGTTCTTACTTTTTTTTTTTTTTTTTTTTTTTGGGGTTTCGTCTTCACGGACTATTCACGTGCGGATAGATCTGACCCGTATTAATTGCTCTAGTTGCGGAGAGAGTATAATGGTGTATGAAAGTTAATCATCACTGAGGCATAGTATCTATCTCCTTCAAGCAAATCAATGGGATCTTCCATCAAGATCAACTCAATATCCATAGATCTCGCAGGTGCTGCCAACGAGATTGATATGGTGAAATGTGATCATTTTTCCATGCGTGGATTCGTAGCTGAAACTCGTGAGAGAGACCTTAGAAAATGTTGGCCGTTTTCAGAAGAGAGTGTTAGTTTAGTAGACCAACAAAGCTATACTCTTCCTACTTTATCTGTTCCAAAGTTTAGATGGTGGCATTGTATGAGCTGCATCAAAGATATAGATGCTCATGGGCCAAAAGATTGTGGACTGCATTCAAACTCAAAAGCTATTGGAAACTCTTCTGTTATCGAAAGTAAAAGCAAGTTCAATTCGCTAACTATCATTGATCACGAGAAAGAAAAGAAAACTGATATTGCAGATAATGCTATTGAGGAGAAAGTGGGTGTAAACTGTGAGAATGATGATCAGACAGCTACTACGTTTCTCAAGAAAGCACGTGGTCGACCTATGGGTGCTTCTAATGTTAGGAGCAAGAGCAGAAAGCTTGTGAGTCCGGAGCAGGTAGGAAACAACAGATCTAAAGAAAAACTAAACAAACCATCGATGGATATTAGCAGCTGGAAAGAGAAACAAAATGTGGATCAGGCTGTGACAACGTTCGGCTCATCTGAAATTGCTGGTGTGGTTGAGGATACACCACCTAAGGCAACCAAGAATCATAAAGGCATTCGCGGTCTGATGGAATGCGATAACGGGTCATCAGAAAGTATAAATCTTGCTATGAGTGGGTTGCAGCGTAGGAAATCTCGCAAGGTTCGTCTACTCAGTGAGTTGCTTGGTAATACAAAAACCAGTGGTGGTAGTAACATCAGAAAAGAAGAGTCTGCTTTGAAGAAGGAATCAGTTAGAGGTCGAAAAAGAAAGTTGTTACCTGAAAACAATTATGTCAGCCGGATATTGAGTACAATGGGTGCAACCTCTGAAAATGCTTCCAAAAGTTGTGACTCTGATCAAGGTAATAGTGAATCAACTGATAGTGGGTTTGACAGAACTCCATTTAAGGGTAAGCAGAGAAACAGAAGATTTCAGGTTGTTGACGAGTTTGTACCATCACTTCCTTGTGAAACTTCACAAGAAGGTATCAAGGAGCATGATGCAGATCCTAGTAAGAGATCAACTCCTGCGCACTCTTTATTCACTGGAAACGATTCTGTTCCTTGTCCTCCGGGTACTCAGAGAACAGAGAGGAAGCTCAGTTTACCCAAGAAGAAGACAAAGAAGCCTGTAATCGATAATGGGAAGAGCACTGTGATCAGTTTTAGTAACGGCATTGATGGAAGTCAAGTTAACTCGCATACTGGTCCTTCCATGAACACAGTATCCCAAACTCGAGACTTATTGAATGGGAAAAGGGTGGGCGGTTTATTTGACAACCGTTTGGCTTCAGATGGATATTTCAGAAAATATCTCTCTCAGGTTAATGATAAGCCGATAACATCTTTGCATTTGCAAGACAATGATTATGTGAGGTCAAGAGACGCGGAACCAAACTGTCTTCGAGATTTTAGTTCCTCTTCTAAATCCAGCTCAGGTGGATGGTTGAGAACTGGAGTAGATATTGTTGACTTCAGAAACAACAACCACAATACAAACAGATCGTCTTTCTCGAACTTGAAGCTAAGATACCCCCCTTCTTCTACTGAAGTTGCGGATTTATCTCGGGTGCTGCAAAAGGATGCTTCTGGTGCAGATAGAAAGGGGAAGACTGTTATGGTCCAAGAACATCATGGAGCACCAAGAAGCCAAAGTCACGATAGAAAGGAGACTACGACTGAAGAGCAAAACAACGATGATATTCCAATGGAGATAGTGGAGCTCATGGCCAAAAACCAGTACGAGAGGTGTCTTCCCGACAAAGAAGAAGATGTTAGCAACAAACAGCCATCACAAGAAACAGCACACAAATCCAAGAATGCTCTACTGATTGATCTCAATGAAACCTACGATAACGGGATCTCACTTGAGGACAACAACACATCAAGACCACCAAAACCGTGTAGTAGCAACGCAAGGAGGGAAGAACATTTTCCTATGGGAAGACAGCAGAACTCTCATGACTTCTTCCCAATAAGTCAGCCTTATGTGCCTTCTCCGTTTGGGATCTTTCCTCCTACCCAAGAAAACCGAGCCAGCTCCATCCGGTTTTCTGGTCACAACTGTCAGTGGCTTGGGAATTTGCCAACTGTGGGTAATCAGAACCCTTCTCCATCCTCATTTCGGGTATTACGTGCTTGTGATACTTGCCAGAGTGTTCCTAATCAATACAGAGAAGCTTCTCATCCAATTTGGCCATCTTCCATGATACCACCACAGAGTCAATACAAGCCAGTTTCTTTAAATATTAATCAGTCAACAAATCCGGGTACGCTTTCACAGGCATCTAACAATGAAAATACATGGAACCTCAACTTTGTTGCTGCCAACGGGAAGCAAAAATGTGGGCCTAATCCAGAATTTTCATTTGGCTGCAAACATGCTGCTGGGGTTAGTAGTAGTAGTAGTAGGCCAATAGATAACTTTTCTAGTGAGAGCTCTATACCGGCATTGCATCTACTCAGCCTTCTGGATCCTCGCCTGAGGTCAACGACTCCCGCTGACCAACACGGAAACACTAAATTTACTAAAAGACATTTTCCGCCAGCCAACCAGTCCAAAGAGTTTATAGAGCTTCAAACAGGGGACTCTAGTAAGTCAGCCTACTCAACTAAGCAGATACCTTTTGATCTATACAGCAAGAGATTCACACAAGAGCCTTCCCGGAAGAGTTTCCCCATCACTCCACCTATTGGGACGTCTTCACTTTCATTTCAAAATGCTTCATGGAGTCCTCATCATCAAGAGAAGAAAACCAAGAGAAAAGACACCTTTGCTCCTGTTTACAATACTCATGAAAAGCCGGTGTTTGCAAGCAGCAACGACCAAGCGAAGTTCCAGCTGCTGGGAGCATCGAATTCCATGATGCTTCCTTTGAAATTTCACATGACGGATAAAGAAAAGAAACAAAAGAGAAAAGCAGAGAGCTGCAATAACAATGCCTCTGCGGGACCTGTGAAGAACAGTTCTGGACCCATTGTGTGCAGCGTCAATAGAAACCCTGCTGATTTCACCATTCCTGAACCTGGGAATGTTTACATGTTAACGGGTGAACATCTGAAAGTCCGTAAACGCACAACCTTCAAGAAAAAGCCAGCCGTGTGTAAGCAGGACGCAATGAAGCAGACCAAGAAGCCGGTTTGTCCACCTACACAAAATGCCTAAAGATATACAATGTGTGTGGGAGGGATTTGTGCAGTTCATTGTGAAACAGATACTGAGGCAGAGGGATTAACAGATGGAGAGGGATACAAAGAGAGGGAGAGAGACAGAGACAGAGAAAGAGAAAGAGAGATCATTCCTATTGAAAACAAGAATAAGTCAGACAGGAAACATTAAAATGCAAATCTTCCTCATGTTCTTGGTCTCTGGTCTTAAAAACATATCTTTGCTTATGGTTTGTTCAAGCATACTTGGGAACCATTCAGCTTGTGTATATATTTAAATGACTGTAGTACCCCTGATAGGCCTTGTTGTTTTTTGTTTGTTTTTTTGGGAAATACTAGATACCTTTCAGCTGGCGTTATATATATATTTAGTCTTTATTTA

CDS Sequence

Protein Sequence