Information report for AT3G04340
Gene Details
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Functional Descriptions
- GO:0005515 — enables — protein binding
- GO:0009941 — located in — chloroplast envelope
- GO:0004176 — enables — ATP-dependent peptidase activity
- GO:0009534 — is active in — chloroplast thylakoid
- GO:0009941 — colocalizes with — chloroplast envelope
- GO:0005829 — located in — cytosol
- GO:0016887 — enables — ATP hydrolysis activity
- GO:0009706 — located in — chloroplast inner membrane
- GO:0009507 — located in — chloroplast
- GO:0009658 — acts upstream of or within — chloroplast organization
- GO:0004222 — enables — metalloendopeptidase activity
- GO:0009793 — acts upstream of or within — embryo development ending in seed dormancy
- GO:0045037 — acts upstream of or within — protein import into chloroplast stroma
- GO:0045454 — acts upstream of or within — cell redox homeostasis
- GO:0016464 — enables — chloroplast protein-transporting ATPase activity
- GO:0080093 — acts upstream of or within — regulation of photorespiration
- GO:0009506 — located in — plasmodesma
- pr1 — Chlorotic, curled and smaller leaves. Higher H2O2 contents.
Functional Keywords
Literature and News
- Inactivation of the chloroplast ATP synthase gamma subunit results in high non-photochemical fluorescence quenching and altered nuclear gene expression in Arabidopsis thaliana. DOI: 10.1074/jbc.M308435200 ; PMID: 14576160
- Identification of genes required for embryo development in Arabidopsis. DOI: 10.1104/pp.104.045179 ; PMID: 15266054
- Identification of nuclear genes encoding chloroplast-localized proteins required for embryo development in Arabidopsis. DOI: 10.1104/pp.110.168120 ; PMID: 21139083
- FtsH proteases located in the plant chloroplast. DOI: 10.1111/j.1399-3054.2011.01548.x ; PMID: 22121866
- Nitrogen remobilization during leaf senescence: lessons from Arabidopsis to crops. DOI: 10.1093/jxb/erw365 ; PMID: 27707774
- Plastidial NAD-Dependent Malate Dehydrogenase: A Moonlighting Protein Involved in Early Chloroplast Development through Its Interaction with an FtsH12-FtsHi Protease Complex. DOI: 10.1105/tpc.18.00121 ; PMID: 29934433
- A Ycf2-FtsHi Heteromeric AAA-ATPase Complex Is Required for Chloroplast Protein Import. DOI: 10.1105/tpc.18.00357 ; PMID: 30309901
- Reduced expression of the proteolytically inactive FtsH members has impacts on the Darwinian fitness of Arabidopsis thaliana. DOI: 10.1093/jxb/erz004 ; PMID: 30721974
- Genome-wide identification of EMBRYO-DEFECTIVE (EMB) genes required for growth and development in Arabidopsis. DOI: 10.1111/nph.16071 ; PMID: 31334862
- The FtsH-Inactive Protein FtsHi5 Is Required for Chloroplast Development and Protein Accumulation in Chloroplasts at Low Ambient Temperature in Arabidopsis. DOI: 10.3389/fpls.2021.830390 ; PMID: 35185971
- Proteomic study of the Arabidopsis thaliana chloroplastic envelope membrane utilizing alternatives to traditional two-dimensional electrophoresis. DOI: 10.1021/pr034025j ; PMID: 12938931
- Sorting signals, N-terminal modifications and abundance of the chloroplast proteome. DOI: 10.1371/journal.pone.0001994 ; PMID: 18431481
Gene Resources
Homologs
- Arachis hypogaea arahy.Tifrunner.gnm1.ann1.0K8AZ2
- Brachypodium distachyon Bradi1g02240
- Cicer arietinum Ca_01637
- Glycine max GmFtsH25, GLYMA_17G228100
- Hordeum vulgare HORVU5Hr1G119220
- Lactuca sativa Lsat_1_v5_gn_6_13540
- Lupinus albus Lalb_Chr24g0399691
- Medicago truncatula Medtr5g075360, Medtr3g104470
- Saccharum spontaneum Sspon.07G0000160-1T
- Solanum melongena Sme2.5_04517.1_g00003.1
- Triticum aestivum Traes_5DL_6DC80163A, Traes_1DL_265224CF8
Sequences
cDNA Sequence
- >AT3G04340.1
GACACATCGTTCCGGTTAGTGTGTAGTATTGGACGAAATCGGTTATTGATAATTCGGTTCCGATAATCGGTTTTAATAATGTGTATATTGTAAACTTGAACCGTTCTCTAGTCTCTATCTCTTTCTCTTTCTTCTGATAAACCTCTCGGCACTGCGCTGTGTAGTGAGCTTTCACTTCCGTCGTTAGCTGCAGTTTAAAATCCGGCGAATTGCGGACGGAGAATTCAATCATATAGCATTATTGAGGAGCTGAAATGGAGGTTGTGACAAAGATATGGTGTTGATTTTCACTTCGCCGTTATTGCTGCGATGGATTTCATTTCCGCTTCTTCCTTATCTTCACCCTTTTCCACACAGTTGTCTCCGATTTATTTGAGCTCAGGTATAGTATCGTTAAAGCCTAGACATCGAGTCAAAAATCGAAACTTTGGGTCTAGAGAATCCAATAATAAATCTAGGAAAATTGTGCCCATTAGAGGCTGCTTTGGTTTTTCCGGGAGTTTTTTGAGGTCGAAACAGTCTGATTACGGTAGTGAAGCTGTTTCGGAATCATTGAGATTATGTGGAGAGGGAAATGAGCTTGTGCTATCTTCCGAGTATAATAGCGCAAAGACGAGAGAGAGCGTAATACAGTTTGTTACCAAGCCTCTAGTTTACGCCTTGTTTTGTATTGCAATTGGACTTTCTCCGATTCGCTCTTTTCAAGCTCCAGCTTTAGCTGTGCCTTTCGTCAGTGATGTTATTTGGAAGAAAAAGAAAGAGAGAGTGAGAGAGAAAGAGGTGGTTTTGAAAGCAGTTGATCATGAGTTCTCGGATTATACTCGGAGATTGTTGGAGACAGTCTCGGTTTTACTGAAGACTATTGAGATAGTTAGAAAGGAAAATGGAGAGGTTGCTGAAGTGGGAGCGGCTTTGGATGCAGTTAAGGTGGAGAAGGAGAAACTGCAGAAGGAGATAATGAGTGGGTTATATCGTGATATGAGGCGGTTGAGGAAGGAGAGAGATTTGTTAATGAAACGAGCTGATAAAATTGTAGATGAGGCCCTAAGTTTGAAGAAACAGAGTGAAAAACTGTTGAGAAAAGGTGCTAGGGAGAAAATGGAGAAACTGGAAGAGAGTGTGGATATTATGGAGAGCGAGTACAATAAGATATGGGAAAGAATAGATGAGATTGATGATATCATTTTAAAGAAAGAGACAACAACATTGAGTTTTGGGGTTAGGGAGCTTATTTTCATTGAAAGAGAGTGTGTAGAGTTGGTTAAGAGCTTCAACCGAGAATTGAATCAAAAAAGTTTTGAAAGTGTTCCTGAAAGCTCCATTACAAAACTCTCGAGGTCTGAGATTAAGCAGGAATTAGTGAACGCTCAAAGAAAGCACTTGGAACAAATGATACTGCCCAATGTTTTGGAACTAGAGGAGGTTGATCCCTTTTTCGATCGTGACTCAGTGGATTTTTCTCTACGCATCAAAAAACGCCTTGAGGAATCAAAAAAGCTGCAGAGAGATCTTCAGAATCGTATCAGAAAACGTATGAAAAAGTTTGGTGAAGAAAAGCTTTTTGTTCAAAAGACTCCAGAAGGTGAAGCTGTCAAGGGATTTCCTGAAGCAGAGGTGAAATGGATGTTTGGAGAGAAAGAGGTGGTTGTTCCGAAAGCTATCCAGCTCCATCTACGCCATGGTTGGAAAAAGTGGCAGGAAGAAGCAAAAGCCGATTTAAAACAGAAACTTTTGGAAGATGTTGATTTTGGCAAACAATATATTGCGCAGAGACAGGAACAAGTTCTCCTGGATCGAGATAGAGTTGTTTCGAAGACTTGGTATAACGAAGACAAAAGTAGGTGGGAGATGGACCCTATGGCTGTTCCCTACGCAGTTTCCAGGAAGCTGATTGACAGTGCCAGGATTAGGCATGATTATGCTGTAATGTATGTTGCATTAAAAGGAGATGACAAGGAGTTTTACGTTGATATCAAGGAATATGAGATGCTATTTGAGAAATTTGGAGGGTTTGATGCTCTGTACCTCAAAATGCTTGCTTGTGGAATCCCAACTTCTGTTCATCTGATGTGGATACCCATGTCAGAGCTAAGTCTTCAACAACAGTTTCTGTTGGTTACAAGGGTGGTTTCTCGAGTCTTTAACGCATTGAGGAAGACTCAAGTTGTATCAAATGCGAAGGATACAGTATTAGAGAAAATAAGGAATATAAACGATGACATTATGATGGCGGTTGTGTTTCCAGTTATCGAATTTATCATTCCTTACCAGTTAAGGCTGCGTCTGGGAATGGCTTGGCCAGAAGAAATAGAACAGACTGTTGGCTCAACATGGTACTTACAATGGCAGTCTGAAGCAGAAATGAATTTCAAGTCCCGCAATACAGAAGATTTTCAGTGGTTCCTCTGGTTTCTAATTCGAAGTTCTATATACGGGTTTGTTTTGTATCACGTTTTCCGCTTTCTAAAAAGAAAGGTTCCAAGACTTCTTGGCTATGGACCCTTCCGCCGAGATCCCAACGTACGGAAATTCTGGAGAGTGAAATCATATTTCACTTATAGAAAAAGGAGAATCAAACAAAAGAGAAAGGCTGGAATCGACCCCATAAAAACTGCATTCGACAGAATGAAGAGAGTGAAAAATCCACCTATCCCATTAAAGAACTTTGCTAGTATTGAGTCTATGAGAGAAGAAATCAACGAGGTTGTGGCATTTTTACAGAATCCAAAGGCATTTCAGGAGATGGGAGCCCGCGCACCTCGGGGCGTTCTTATTGTGGGTGAGAGAGGAACGGGAAAGACGTCACTGGCGCTCGCTATAGCAGCCGAAGCAAGAGTGCCTGTTGTCAATGTTGAAGCTCAAGAGTTGGAAGCTGGGCTATGGGTTGGTCAAAGTGCAGCGAATGTCAGGGAACTCTTTCAAACTGCAAGAGACTTGGCACCTGTAATCATTTTTGTGGAGGATTTTGACCTCTTTGCTGGTGTACGCGGGAAGTTTGTACATACAAAACAGCAAGATCATGAATCGTTCATTAATCAGCTTCTTGTTGAACTTGATGGCTTTGAGAAACAGGATGGCGTAGTTTTGATGGCGACGACACGAAATCATAAGCAAATTGATGAGGCGCTAAGAAGGCCAGGTCGTATGGATAGAGTATTCCATCTTCAAAGTCCAACTGAAATGGAAAGGGAGAGGATTTTACACAACGCTGCAGAAGAAACCATGGACCGAGAACTCGTTGATCTAGTGGATTGGCGTAAGGTTTCAGAGAAGACAACTTTATTAAGACCGATAGAACTGAAACTTGTTCCAATGGCTCTCGAAAGTAGTGCCTTCAGAAGCAAATTTCTGGACACTGACGAACTTCTGAGTTACGTTAGCTGGTTTGCGACGTTTAGCCATATAGTGCCCCCATGGCTGCGAAAAACTAAAGTTGCAAAGACAATGGGCAAAATGCTTGTGAATCATCTTGGACTTAACTTAACCAAAGATGATTTGGAGAATGTGGTTGATCTGATGGAACCATATGGACAAATAAGTAATGGAATAGAACTTTTGAATCCTACTGTTGATTGGACGAGGGAGACAAAGTTCCCACATGCTGTCTGGGCGGCTGGTCGTGCTCTCATCACACTTCTAATACCAAACTTTGATGTTGTGGAAAATCTTTGGCTTGAGCCTAGTTCCTGGGAAGGAATTGGGTGTACAAAAATCACCAAGGTCACAAGTGGAGGCTCCGCGATTGGGAACACGGAATCAAGATCATATCTTGAAAAGAAGCTCGTTTTCTGCTTTGGATCTCACATTGCATCCCAAATGCTTCTTCCTCCCGGAGATGAAAATTTTCTTTCTTCTTCAGAAATAACTAAAGCGCAGGAGATTGCAACACGTATGGTGCTTCAATATGGCTGGGGACCCGATGACAGTCCTGCAGTATACTATGCTACTAACGCGGTTTCAGCTTTGAGTATGGGGAACAATCACGAATATGAAATGGCGGGTAAAGTTGAAAAGATTTATGACTTAGCGTACGAAAAGGCAAAGGGAATGCTCCTTAAAAATCGACGTGTCCTTGAGAAAATCACAGAGGAGCTACTCGAATTTGAGATTTTAACTCATAAGGATTTGGAAAGAATTGTTCATGAGAATGGTGGGATTCGGGAGAAGGAACCTTTCTTTCTATCAGGAACCAATTACAATGAGGCATTGTCAAGGAGTTTTCTTGATGTTGGAGATCCGCCAGAAACTGCACTTCTTAGTGCACCAACCTAAGAGCAATGAAGATGATTCCATATTTTGATGATAGAGTTTCTTAGCATATCTTACTTATCTACTATGTATTATGTGGCAAAACAAATGTTATAAAATAAACATTTATATTTATATGCCATTAGAAAATCTTTGAAACAGATGACAAAAAAAAAAAGATATATATTTGAAAATCTTATCACTTATGCTTCAGAGCACCTTGCAATCAGATGGTTCCTCAAAGGTCTAGAAAAACCGTGACACGACGGGAACAAGTCAATCTGCTTCCTCTGCTGACAATGTAACTCACGGCACAACTTATATCTCAGAGTATTTGTTCTTTCTTGTGTTATTATATCATTGTTTTTTTCTAAATGATTTTTGTCATATCAAGTTGGT
CDS Sequence
- >AT3G04340.1
ATGGATTTCATTTCCGCTTCTTCCTTATCTTCACCCTTTTCCACACAGTTGTCTCCGATTTATTTGAGCTCAGGTATAGTATCGTTAAAGCCTAGACATCGAGTCAAAAATCGAAACTTTGGGTCTAGAGAATCCAATAATAAATCTAGGAAAATTGTGCCCATTAGAGGCTGCTTTGGTTTTTCCGGGAGTTTTTTGAGGTCGAAACAGTCTGATTACGGTAGTGAAGCTGTTTCGGAATCATTGAGATTATGTGGAGAGGGAAATGAGCTTGTGCTATCTTCCGAGTATAATAGCGCAAAGACGAGAGAGAGCGTAATACAGTTTGTTACCAAGCCTCTAGTTTACGCCTTGTTTTGTATTGCAATTGGACTTTCTCCGATTCGCTCTTTTCAAGCTCCAGCTTTAGCTGTGCCTTTCGTCAGTGATGTTATTTGGAAGAAAAAGAAAGAGAGAGTGAGAGAGAAAGAGGTGGTTTTGAAAGCAGTTGATCATGAGTTCTCGGATTATACTCGGAGATTGTTGGAGACAGTCTCGGTTTTACTGAAGACTATTGAGATAGTTAGAAAGGAAAATGGAGAGGTTGCTGAAGTGGGAGCGGCTTTGGATGCAGTTAAGGTGGAGAAGGAGAAACTGCAGAAGGAGATAATGAGTGGGTTATATCGTGATATGAGGCGGTTGAGGAAGGAGAGAGATTTGTTAATGAAACGAGCTGATAAAATTGTAGATGAGGCCCTAAGTTTGAAGAAACAGAGTGAAAAACTGTTGAGAAAAGGTGCTAGGGAGAAAATGGAGAAACTGGAAGAGAGTGTGGATATTATGGAGAGCGAGTACAATAAGATATGGGAAAGAATAGATGAGATTGATGATATCATTTTAAAGAAAGAGACAACAACATTGAGTTTTGGGGTTAGGGAGCTTATTTTCATTGAAAGAGAGTGTGTAGAGTTGGTTAAGAGCTTCAACCGAGAATTGAATCAAAAAAGTTTTGAAAGTGTTCCTGAAAGCTCCATTACAAAACTCTCGAGGTCTGAGATTAAGCAGGAATTAGTGAACGCTCAAAGAAAGCACTTGGAACAAATGATACTGCCCAATGTTTTGGAACTAGAGGAGGTTGATCCCTTTTTCGATCGTGACTCAGTGGATTTTTCTCTACGCATCAAAAAACGCCTTGAGGAATCAAAAAAGCTGCAGAGAGATCTTCAGAATCGTATCAGAAAACGTATGAAAAAGTTTGGTGAAGAAAAGCTTTTTGTTCAAAAGACTCCAGAAGGTGAAGCTGTCAAGGGATTTCCTGAAGCAGAGGTGAAATGGATGTTTGGAGAGAAAGAGGTGGTTGTTCCGAAAGCTATCCAGCTCCATCTACGCCATGGTTGGAAAAAGTGGCAGGAAGAAGCAAAAGCCGATTTAAAACAGAAACTTTTGGAAGATGTTGATTTTGGCAAACAATATATTGCGCAGAGACAGGAACAAGTTCTCCTGGATCGAGATAGAGTTGTTTCGAAGACTTGGTATAACGAAGACAAAAGTAGGTGGGAGATGGACCCTATGGCTGTTCCCTACGCAGTTTCCAGGAAGCTGATTGACAGTGCCAGGATTAGGCATGATTATGCTGTAATGTATGTTGCATTAAAAGGAGATGACAAGGAGTTTTACGTTGATATCAAGGAATATGAGATGCTATTTGAGAAATTTGGAGGGTTTGATGCTCTGTACCTCAAAATGCTTGCTTGTGGAATCCCAACTTCTGTTCATCTGATGTGGATACCCATGTCAGAGCTAAGTCTTCAACAACAGTTTCTGTTGGTTACAAGGGTGGTTTCTCGAGTCTTTAACGCATTGAGGAAGACTCAAGTTGTATCAAATGCGAAGGATACAGTATTAGAGAAAATAAGGAATATAAACGATGACATTATGATGGCGGTTGTGTTTCCAGTTATCGAATTTATCATTCCTTACCAGTTAAGGCTGCGTCTGGGAATGGCTTGGCCAGAAGAAATAGAACAGACTGTTGGCTCAACATGGTACTTACAATGGCAGTCTGAAGCAGAAATGAATTTCAAGTCCCGCAATACAGAAGATTTTCAGTGGTTCCTCTGGTTTCTAATTCGAAGTTCTATATACGGGTTTGTTTTGTATCACGTTTTCCGCTTTCTAAAAAGAAAGGTTCCAAGACTTCTTGGCTATGGACCCTTCCGCCGAGATCCCAACGTACGGAAATTCTGGAGAGTGAAATCATATTTCACTTATAGAAAAAGGAGAATCAAACAAAAGAGAAAGGCTGGAATCGACCCCATAAAAACTGCATTCGACAGAATGAAGAGAGTGAAAAATCCACCTATCCCATTAAAGAACTTTGCTAGTATTGAGTCTATGAGAGAAGAAATCAACGAGGTTGTGGCATTTTTACAGAATCCAAAGGCATTTCAGGAGATGGGAGCCCGCGCACCTCGGGGCGTTCTTATTGTGGGTGAGAGAGGAACGGGAAAGACGTCACTGGCGCTCGCTATAGCAGCCGAAGCAAGAGTGCCTGTTGTCAATGTTGAAGCTCAAGAGTTGGAAGCTGGGCTATGGGTTGGTCAAAGTGCAGCGAATGTCAGGGAACTCTTTCAAACTGCAAGAGACTTGGCACCTGTAATCATTTTTGTGGAGGATTTTGACCTCTTTGCTGGTGTACGCGGGAAGTTTGTACATACAAAACAGCAAGATCATGAATCGTTCATTAATCAGCTTCTTGTTGAACTTGATGGCTTTGAGAAACAGGATGGCGTAGTTTTGATGGCGACGACACGAAATCATAAGCAAATTGATGAGGCGCTAAGAAGGCCAGGTCGTATGGATAGAGTATTCCATCTTCAAAGTCCAACTGAAATGGAAAGGGAGAGGATTTTACACAACGCTGCAGAAGAAACCATGGACCGAGAACTCGTTGATCTAGTGGATTGGCGTAAGGTTTCAGAGAAGACAACTTTATTAAGACCGATAGAACTGAAACTTGTTCCAATGGCTCTCGAAAGTAGTGCCTTCAGAAGCAAATTTCTGGACACTGACGAACTTCTGAGTTACGTTAGCTGGTTTGCGACGTTTAGCCATATAGTGCCCCCATGGCTGCGAAAAACTAAAGTTGCAAAGACAATGGGCAAAATGCTTGTGAATCATCTTGGACTTAACTTAACCAAAGATGATTTGGAGAATGTGGTTGATCTGATGGAACCATATGGACAAATAAGTAATGGAATAGAACTTTTGAATCCTACTGTTGATTGGACGAGGGAGACAAAGTTCCCACATGCTGTCTGGGCGGCTGGTCGTGCTCTCATCACACTTCTAATACCAAACTTTGATGTTGTGGAAAATCTTTGGCTTGAGCCTAGTTCCTGGGAAGGAATTGGGTGTACAAAAATCACCAAGGTCACAAGTGGAGGCTCCGCGATTGGGAACACGGAATCAAGATCATATCTTGAAAAGAAGCTCGTTTTCTGCTTTGGATCTCACATTGCATCCCAAATGCTTCTTCCTCCCGGAGATGAAAATTTTCTTTCTTCTTCAGAAATAACTAAAGCGCAGGAGATTGCAACACGTATGGTGCTTCAATATGGCTGGGGACCCGATGACAGTCCTGCAGTATACTATGCTACTAACGCGGTTTCAGCTTTGAGTATGGGGAACAATCACGAATATGAAATGGCGGGTAAAGTTGAAAAGATTTATGACTTAGCGTACGAAAAGGCAAAGGGAATGCTCCTTAAAAATCGACGTGTCCTTGAGAAAATCACAGAGGAGCTACTCGAATTTGAGATTTTAACTCATAAGGATTTGGAAAGAATTGTTCATGAGAATGGTGGGATTCGGGAGAAGGAACCTTTCTTTCTATCAGGAACCAATTACAATGAGGCATTGTCAAGGAGTTTTCTTGATGTTGGAGATCCGCCAGAAACTGCACTTCTTAGTGCACCAACCTAA
Protein Sequence
- >AT3G04340.1
MDFISASSLSSPFSTQLSPIYLSSGIVSLKPRHRVKNRNFGSRESNNKSRKIVPIRGCFGFSGSFLRSKQSDYGSEAVSESLRLCGEGNELVLSSEYNSAKTRESVIQFVTKPLVYALFCIAIGLSPIRSFQAPALAVPFVSDVIWKKKKERVREKEVVLKAVDHEFSDYTRRLLETVSVLLKTIEIVRKENGEVAEVGAALDAVKVEKEKLQKEIMSGLYRDMRRLRKERDLLMKRADKIVDEALSLKKQSEKLLRKGAREKMEKLEESVDIMESEYNKIWERIDEIDDIILKKETTTLSFGVRELIFIERECVELVKSFNRELNQKSFESVPESSITKLSRSEIKQELVNAQRKHLEQMILPNVLELEEVDPFFDRDSVDFSLRIKKRLEESKKLQRDLQNRIRKRMKKFGEEKLFVQKTPEGEAVKGFPEAEVKWMFGEKEVVVPKAIQLHLRHGWKKWQEEAKADLKQKLLEDVDFGKQYIAQRQEQVLLDRDRVVSKTWYNEDKSRWEMDPMAVPYAVSRKLIDSARIRHDYAVMYVALKGDDKEFYVDIKEYEMLFEKFGGFDALYLKMLACGIPTSVHLMWIPMSELSLQQQFLLVTRVVSRVFNALRKTQVVSNAKDTVLEKIRNINDDIMMAVVFPVIEFIIPYQLRLRLGMAWPEEIEQTVGSTWYLQWQSEAEMNFKSRNTEDFQWFLWFLIRSSIYGFVLYHVFRFLKRKVPRLLGYGPFRRDPNVRKFWRVKSYFTYRKRRIKQKRKAGIDPIKTAFDRMKRVKNPPIPLKNFASIESMREEINEVVAFLQNPKAFQEMGARAPRGVLIVGERGTGKTSLALAIAAEARVPVVNVEAQELEAGLWVGQSAANVRELFQTARDLAPVIIFVEDFDLFAGVRGKFVHTKQQDHESFINQLLVELDGFEKQDGVVLMATTRNHKQIDEALRRPGRMDRVFHLQSPTEMERERILHNAAEETMDRELVDLVDWRKVSEKTTLLRPIELKLVPMALESSAFRSKFLDTDELLSYVSWFATFSHIVPPWLRKTKVAKTMGKMLVNHLGLNLTKDDLENVVDLMEPYGQISNGIELLNPTVDWTRETKFPHAVWAAGRALITLLIPNFDVVENLWLEPSSWEGIGCTKITKVTSGGSAIGNTESRSYLEKKLVFCFGSHIASQMLLPPGDENFLSSSEITKAQEIATRMVLQYGWGPDDSPAVYYATNAVSALSMGNNHEYEMAGKVEKIYDLAYEKAKGMLLKNRRVLEKITEELLEFEILTHKDLERIVHENGGIREKEPFFLSGTNYNEALSRSFLDVGDPPETALLSAPT