Information report for AT1G04600
Gene Details
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Functional Descriptions
- PO:0009010 — seed — semilla (Spanish, exact), 種子 (Japanese, exact), pyrene (narrow), diaspore (broad)
- PO:0009030 — carpel — carpelo (Spanish, exact), 心皮 (Japanese, exact), Poaceae carpel (narrow), Zea carpel (narrow), pistil (broad)
- PO:0009032 — petal — pétalo (Spanish, exact), 花弁 (Japanese, exact)
- PO:0009047 — stem — caña (Spanish, exact), culm (exact), eje primario (Spanish, exact), primary axis (exact), primary stem (exact), tallo (Spanish, exact), tronco (Spanish, exact), 茎 (Japanese, exact), bole (narrow), cane (narrow), caudex (narrow), caudices (narrow), core (narrow), primocane (narrow), scape (narrow), stalk (narrow), trunk (narrow)
- PO:0025281 — pollen — polen (Spanish, exact), pollen grain (exact), 花粉 (Japanese, exact)
- PO:0000084 — plant sperm cell — célula espermática o esperma (Spanish, exact), male gamete (exact), microgamete (exact), 植物精子細胞 (Japanese, exact), sperm nucleus (related), sperm cell (broad)
- PO:0025195 — pollen tube cell — célula del tubo polínico (Spanish, exact), 花粉管細胞 (Japanese, exact)
Functional Keywords
- seed , carpel , petal , stem , pollen , plant sperm cell , pollen tube cell
Literature and News
- Transcript profiling in the chl1-5 mutant of Arabidopsis reveals a role of the nitrate transporter NRT1.1 in the regulation of another nitrate transporter, NRT2.1. DOI: 10.1105/tpc.104.024380 ; PMID: 15319483
- Nitrate-dependent control of root architecture and N nutrition are altered by a plant growth-promoting Phyllobacterium sp. DOI: 10.1007/s00425-005-0106-y ; PMID: 16160849
- The putative high-affinity nitrate transporter NRT2.1 represses lateral root initiation in response to nutritional cues. DOI: 10.1073/pnas.0504219102 ; PMID: 16157886
- High-affinity nitrate transport in roots of Arabidopsis depends on expression of the NAR2-like gene AtNRT3.1. DOI: 10.1104/pp.105.074385 ; PMID: 16415212
- demand signaling in Arabidopsis. DOI: 10.1104/pp.106.087510 ; PMID: 16998085
- Repression of nitrate uptake by replacement of Asp105 by asparagine in AtNRT3.1 in Arabidopsis thaliana L. DOI: 10.1093/pcp/pcl010 ; PMID: 16980702
- Characterization of a two-component high-affinity nitrate uptake system in Arabidopsis. Physiology and protein-protein interaction. DOI: 10.1104/pp.106.085209 ; PMID: 17012411
- Dissection of the AtNRT2.1:AtNRT2.2 inducible high-affinity nitrate transporter gene cluster. DOI: 10.1104/pp.106.091223 ; PMID: 17085507
- Nitrate transport and signalling. DOI: 10.1093/jxb/erm066 ; PMID: 17519352
- Nitrate transporters and peptide transporters. DOI: 10.1016/j.febslet.2007.04.047 ; PMID: 17481610
Gene Resources
- UniProt: A0A178W734
- EMBL: LUHQ01000001
- ExpressionAtlas: AT1G04600
- InterPro: IPR000048, IPR001609, IPR004009
- PANTHER: PTHR13140, PTHR13140:SF761
- SUPFAM: SSF52540
- PROSITE: PS50096, PS51456, PS51844
- Gene3D: 1.10.10.820, 1.20.120.720, 1.20.5.190
- Conserved Domain Database: cd01384
Homologs
- Hordeum vulgare HvMyo11A1
- Lactuca sativa Lsat_1_v5_gn_1_88981, Lsat_1_v5_gn_1_89461, Lsat_1_v5_gn_1_90161, Lsat_1_v5_gn_0_16120, Lsat_1_v5_gn_1_92541
- Musa acuminata GSMUA_Achr4P07150_001
- Oryza sativa osmyoXIB
Sequences
cDNA Sequence
- >AT1G04600.1
GGGGGAAATAAACCAGGGGACAAGAAAATCCAAGAAAAAAAAAATTCAGGTTTCTGCGAGAAAATCTGGATGAAACAGACCTATGTGTTCTGGGATTTTTTTTCAAAGGGAAAAAAACTCAAGGGTTTAAGATCCTCTGCAATCGTCACGAAATTTTGCGCATGTAGCCTCGTTTATGTTTCTATGTTGTTGACGTCGATCAGAAAGTTTTGAAGCTGGGAAAGTGAAATTTTGGTTCTTGATTTTATCATGGATCCGTTGTGATTGGATTTTCAAAAGTTTGTGTTGATGTTTCTCCCGTTGTTGGGTATTGTCGAGCCGGGATCGTTTTAGAAAAATCTGACCAAATTCCATCATAACAATGGCTGCTTCAGCCAAAGTAACGGTAGGGTCTCATGTCTGGGTGGAGGATCCAGATGATGCCTGGATAGATGGGGAAGTAGAAGAAGTTAACAGTGAAGAAATCACAGTTAACTGCTCTGGAAAGACGGTTGTGGCAAAGTTAAATAATGTCTACCCCAAGGACCCCGAGTTCCCTGAACTTGGAGTAGACGACATGACAAAGCTTGCATATTTGCATGAACCAGGGGTCCTGCTCAATCTTAAGTGCCGTTATAATGCAAATGAAATATATACGTACACAGGAAATATATTGATAGCTGTGAATCCCTTTAAGAGATTGCCCCACCTTTATGGAAGTGAGACAATGAAACAGTACAAGGGCACAGCATTTGGTGAGTTGAGTCCACATCCTTTCGCCGTTGCAGATTCTGCGTACAGGAAAATGATTAACGAGGGAGTGAGCCAGGCGATCTTGGTGAGTGGGGAAAGCGGTGCTGGCAAGACAGAGAGCACGAAGATGCTCATGCAGTATCTTGCCTACATGGGAGGAAGAGCTGAGAGTGAAGGAAGATCTGTGGAGCAGCAAGTTTTGGAGTCAAATCCAGTTTTAGAAGCTTTTGGCAATGCAAAAACCGTTAGAAACAATAATTCAAGTCGTTTTGGTAAATTTGTGGAGATTCAGTTTGATCAGAGGGGAAGAATCTCGGGAGCTGCTATTAGGACATATTTGCTAGAGAGGTCGCGGGTTTGTCAAGTCTCAGACCCTGAAAGAAACTATCATTGCTTTTACATGCTTTGCGCTGCACCAGAACAGGAAACTGAGAGGTACAAGTTGGGAAAACCAAGCACATTTCGCTATCTAAATCAGTCTAATTGTTATGCGTTGGATGGGCTTGATGATTCCAAGGAATACCTAGCTACAAGGAAAGCTATGGACGTTGTTGGGATCAATTCTGAAGAGCAGGATGGAATCTTCCGAGTAGTGGCTGCAATCCTTCATCTAGGGAACATCGAGTTTGCAAAGGGTGAAGAATCAGAAGCTTCAGAACCTAAGGACGAAAAATCACGGTTCCATCTAAAAGTGGCAGCAGAACTTTTCATGTGTGATGGGAAAGCTTTAGAAGATTCCTTGTGCAAAAGGGTCATGGTGACTCGTGATGAAAGCATTACAAAGTCGCTTGATCCTGATAGTGCAGCTCTAGGAAGAGATGCACTAGCCAAGATTGTCTATTCTAAATTGTTTGATTGGCTCGTGACCAAGATCAATAATTCCATCGGCCAAGACCCAAATTCAAAACACATTATAGGAGTTCTGGATATTTATGGATTCGAGAGTTTCAAGACAAACAGTTTTGAACAATTTTGTATAAATTTGACAAACGAGAAGCTGCAACAACATTTCAACCAGCATGTGTTCAAGATGGAGCAAGAAGAATATACTAAAGAAGAGATTGACTGGAGTTACATAGAGTTCATTGATAATCAGGATGTCCTTGATCTTATTGAAAAGAAACCTGGTGGTATCATTGCCCTTCTAGACGAGGCTTGCATGTTTCCAAGATCAACACATGATACATTCGCTCAAAAGCTGTACCAGACTTTTAAAAACCACAAGCGCTTTGGCAAGCCAAAATTGGCTCAAACAGACTTTACAATTTGTCACTATGCTGGTGATGTCACTTATCAGACAGAACTGTTTTTGGACAAGAACAAAGATTATGTTGTTGGAGAACATCAAGCTCTCCTGAGCTCTTCAGACTGTTCTTTTGTCTCATCGTTGTTTCCACCATTGCCAGAGGAATCATCCAAGACATCAAAGTTCTCATCAATAGGTTCTCAGTTTAAGCAACAACTGCAATCTTTGCTGGAGAGTTTGAGCACCACGGAGCCACACTACATACGATGTGTTAAACCAAATAACCTTCTTAAGCCAGACATATTTGAGAACATTAATATTTTGCATCAACTTAGGTGTGGGGGAGTCATGGAAGCCATTAGGATTAGTTGCGCTGGATATCCTACTAGAAAGCCTTTCAATGAATTTTTGACCCGTTTCAGAATTTTAGCCCCAGAGACTACAAAGAGCAGCTATGACGAAGTTGACGCCTGCAAAAAGCTACTAGCAAAAGTGGACCTCAAAGGTTTTCAGATTGGGAAGACAAAGGTGTTTCTTAGGGCAGGTCAAATGGCAGAAATGGATGCTCACCGAGCCGAAGTTCTTGGTCATTCAGCACGGATTATACAGAGAAATGTCCTTACTTATCAATCTCGCAAGAAGTTTTTGTTGTTGCAGGCCGCTTCAACAGAAATTCAAGCCTTGTGTAGAGGACAAGTTGCACGTGTTTGGTTTGAGACCATGCGAAGAGAAGCGGCTTCTCTGAGGATTCAGAAGCAGGCACGGACTTATATTTGCCAGAATGCCTATAAAACCCTGTGCTCGTCTGCTTGTTCAATTCAGACAGGGATGCGAGCAAAAGCTGCTCGAATTGAACTTCAGTTAAGAAAGAAGAGAAGAGCGACAATCATTATTCAAAGTCAAATCAGAAGATGTTTGTGTCATCAGCGTTATGTGAGAACGAAGAAAGCAGCAATTACTACTCAATGTGGCTGGAGAGTGAAAGTTGCACGCCGAGAATTGCGAAATCTTAAAATGGCTGCTAAAGAAACAGGAGCACTTCAAGATGCTAAGACTAAGCTGGAAAATCAAGTGGAAGAACTCACTTCAAATTTGGAGCTTGAGAAACAGATGAGGATGGAGATCGAGGAAGCCAAATCTCAAGAAATCGAAGCATTACAGTCCGTGTTAACAGATATTAAACTTCAGCTCAGGGACACTCAAGAAACCAAAAGTAAGGAGATCTCAGACTTACAGTCCGTGTTAACAGATATTAAACTTCAGCTCAGGGACACTCAAGAAACCAAAAGTAAGGAGATCTCAGACTTGCAGTCCGCTTTGCAAGACATGCAACTTGAGATTGAAGAACTCTCTAAGGGACTTGAGATGACTAACGATCTCGCTGCTGAGAATGAACAGCTTAAGGAGTCGGTGAGTTCGTTGCAAAACAAAATTGATGAATCTGAGAGAAAATATGAAGAAATAAGTAAGATAAGTGAAGAGCGGATAAAAGATGAAGTTCCTGTTATTGATCAGTCTGCCATCATCAAACTTGAAACTGAAAATCAAAAGCTGAAGGCATTGGTAAGTTCCATGGAGGAGAAAATCGATGAATTAGACAGAAAACATGACGAAACAAGCCCAAATATCACAGAGAAGTTGAAGGAGGACGTTTCATTTGATTATGAGATCGTGAGCAATCTTGAAGCTGAGAATGAGCGGCTCAAGGCACTCGTAGGTTCGTTAGAGAAAAAAATCAATGAAAGCGGGAACAATTCTACAGATGAACAGGAGGAAGGAAAGTACATTTTGAAAGAAGAGAGTTTGACAGAGGATGCTTCAATTGATAATGAGAGGGTCAAAAAACTCGCTGATGAAAACAAAGACCTGAATGATTTGGTAAGTTCCTTGGAAAAGAAAATAGATGAAACTGAAAAGAAATACGAGGAAGCAAGTAGACTTTGCGAAGAGAGGCTGAAACAAGCTTTAGACGCAGAGACAGGGCTAATTGATTTGAAGACATCAATGCAAAGGCTTGAGGAAAAGGTTTCTGACATGGAAACAGCAGAACAAATTCGCCGGCAGCAAGCGCTGGTTAATTCTGCTTCCCGGAGAATGTCTCCCCAGGTGTCATTTACAGGCGCTCCGCCTTTGGAGAATGGACATCAGGAACCACTTGCTCCTATACCGTCAAGAAGGTTTGGGACAGAATCTTTTAGACGATCTCGAATTGAACGACAACCCCATGAATTTGTTGATGTTCTTCTCAAATGTGTATCCAAAAACATCGGTTTCAGTCATGGAAAGCCTGTTGCAGCTCTTACAATATATAAATGTCTTATGCGCTGGAAAATATTCGAAGCAGAAAAAACAAGTATCTTTGATCGAATTGTTCCTGTGTTTGGTTCTGCAATAGAGAATCAGGAGGACGACAATCATTTGGCTTATTGGCTAACAAACACATCAACACTCTTATTCTTGCTTCAAAGAAGCCTGAGACAACAGAGCTCAACTGGCTCAAGTCCAACAAAACCTCCACAGCCAACTTCATTTTTTGGAAGAATGACACAGGGTTTTCGTTCAACCTCTTCCCCGAATCTTTCAACTGATGTGGTGCAGCAAGTAGATGCTAGATATCCTGCTTTACTTTTTAAACAGCAGCTTACGGCCTATGTTGAAACAATGTATGGAATAATCCGAGAGAATGTTAAGAGAGAAGTATCGTCACTGCTTTCTTCCTGCATTCAGAGTCTGAAGGAATCATCATGCGATTCCTCTGTTGTGAATTCACCGTCAAAGTCATCTGAAGAGAATCTCCCGGCTAAGTCATCTGAAGAGAATTCCCCAAAGAAGTCATCTGAAGAGAATTCACCGAAGGAGTCATCGGGAGATAAGTCACCGCAAAAGCTATCTGATGATAATTCACCATCTAAAGAGGGGCAAGCAGTGAAGTCGTCTGAAGAGAATTCACCAGCAAGCTCTTGGCAAAGCATTATTGAGTTTTTAAATTACATTCTCATCACATGGAAGAAAAACTACGTTCCTCTGTTTCTCGTTCAGAAGATGTTCAGCCAAACTTTCCAATACATCAATGTTCAACTTTTCAACAGTCTTCTCCTCGAACGGGAATACTGCACAGTCAACATGGGCATAAAAGTGAAGGCAGGGTTAGATGAACTAGAGTCATGGTGCAGCCAAGCGACTGAAGAGTTCGTAGGATCCTCTTGGGATGAACTGAAACACACAAGACAAGCCGTAGTGCTCCTGGTTACAGAACCGAAGTCAACAATTACATACGATGATCTTACTATTAACCTTTGCTCGGTTCTTAGTACTGAGCAATTATATAGAATATGTACTCTCTGCAAGGACAAAGACGATGGAGATCATAACGTATCACCAGAGGTGATTTCCAACTTAAAACTTCTATTGACAAATGAAGATGAAAATAGCCGTTCCTTCTTGCTGGACGACGATTCCAGCATCCCTTTTGACACCGATGAAATCTCGAGCTGCATGCAAGAAAAGGACTTTGCGAATGTAAAGTCAGCTTCGGAACTCGCTGATAACCCTAACTTCCTCTTTCTCAAGGAATGAGAAATTGTGTTTCGGCCTTGGTATAACATGTATATTCCATTCCTCTTCGGGTTTTTTGTAGAAATCTCCATAGCTTTCTTTTTGTACACCTCCTCGTTCTCTTCTTTTGATCTCTTCATGCTAATTTACTTGTGGGATAAGAAACCCTAAAAGGCAGTATTTGACTGTGTGATACAAATTTTGATATATAAATACAATATTATGAGACCGCC
CDS Sequence
- >AT1G04600.1
ATGGCTGCTTCAGCCAAAGTAACGGTAGGGTCTCATGTCTGGGTGGAGGATCCAGATGATGCCTGGATAGATGGGGAAGTAGAAGAAGTTAACAGTGAAGAAATCACAGTTAACTGCTCTGGAAAGACGGTTGTGGCAAAGTTAAATAATGTCTACCCCAAGGACCCCGAGTTCCCTGAACTTGGAGTAGACGACATGACAAAGCTTGCATATTTGCATGAACCAGGGGTCCTGCTCAATCTTAAGTGCCGTTATAATGCAAATGAAATATATACGTACACAGGAAATATATTGATAGCTGTGAATCCCTTTAAGAGATTGCCCCACCTTTATGGAAGTGAGACAATGAAACAGTACAAGGGCACAGCATTTGGTGAGTTGAGTCCACATCCTTTCGCCGTTGCAGATTCTGCGTACAGGAAAATGATTAACGAGGGAGTGAGCCAGGCGATCTTGGTGAGTGGGGAAAGCGGTGCTGGCAAGACAGAGAGCACGAAGATGCTCATGCAGTATCTTGCCTACATGGGAGGAAGAGCTGAGAGTGAAGGAAGATCTGTGGAGCAGCAAGTTTTGGAGTCAAATCCAGTTTTAGAAGCTTTTGGCAATGCAAAAACCGTTAGAAACAATAATTCAAGTCGTTTTGGTAAATTTGTGGAGATTCAGTTTGATCAGAGGGGAAGAATCTCGGGAGCTGCTATTAGGACATATTTGCTAGAGAGGTCGCGGGTTTGTCAAGTCTCAGACCCTGAAAGAAACTATCATTGCTTTTACATGCTTTGCGCTGCACCAGAACAGGAAACTGAGAGGTACAAGTTGGGAAAACCAAGCACATTTCGCTATCTAAATCAGTCTAATTGTTATGCGTTGGATGGGCTTGATGATTCCAAGGAATACCTAGCTACAAGGAAAGCTATGGACGTTGTTGGGATCAATTCTGAAGAGCAGGATGGAATCTTCCGAGTAGTGGCTGCAATCCTTCATCTAGGGAACATCGAGTTTGCAAAGGGTGAAGAATCAGAAGCTTCAGAACCTAAGGACGAAAAATCACGGTTCCATCTAAAAGTGGCAGCAGAACTTTTCATGTGTGATGGGAAAGCTTTAGAAGATTCCTTGTGCAAAAGGGTCATGGTGACTCGTGATGAAAGCATTACAAAGTCGCTTGATCCTGATAGTGCAGCTCTAGGAAGAGATGCACTAGCCAAGATTGTCTATTCTAAATTGTTTGATTGGCTCGTGACCAAGATCAATAATTCCATCGGCCAAGACCCAAATTCAAAACACATTATAGGAGTTCTGGATATTTATGGATTCGAGAGTTTCAAGACAAACAGTTTTGAACAATTTTGTATAAATTTGACAAACGAGAAGCTGCAACAACATTTCAACCAGCATGTGTTCAAGATGGAGCAAGAAGAATATACTAAAGAAGAGATTGACTGGAGTTACATAGAGTTCATTGATAATCAGGATGTCCTTGATCTTATTGAAAAGAAACCTGGTGGTATCATTGCCCTTCTAGACGAGGCTTGCATGTTTCCAAGATCAACACATGATACATTCGCTCAAAAGCTGTACCAGACTTTTAAAAACCACAAGCGCTTTGGCAAGCCAAAATTGGCTCAAACAGACTTTACAATTTGTCACTATGCTGGTGATGTCACTTATCAGACAGAACTGTTTTTGGACAAGAACAAAGATTATGTTGTTGGAGAACATCAAGCTCTCCTGAGCTCTTCAGACTGTTCTTTTGTCTCATCGTTGTTTCCACCATTGCCAGAGGAATCATCCAAGACATCAAAGTTCTCATCAATAGGTTCTCAGTTTAAGCAACAACTGCAATCTTTGCTGGAGAGTTTGAGCACCACGGAGCCACACTACATACGATGTGTTAAACCAAATAACCTTCTTAAGCCAGACATATTTGAGAACATTAATATTTTGCATCAACTTAGGTGTGGGGGAGTCATGGAAGCCATTAGGATTAGTTGCGCTGGATATCCTACTAGAAAGCCTTTCAATGAATTTTTGACCCGTTTCAGAATTTTAGCCCCAGAGACTACAAAGAGCAGCTATGACGAAGTTGACGCCTGCAAAAAGCTACTAGCAAAAGTGGACCTCAAAGGTTTTCAGATTGGGAAGACAAAGGTGTTTCTTAGGGCAGGTCAAATGGCAGAAATGGATGCTCACCGAGCCGAAGTTCTTGGTCATTCAGCACGGATTATACAGAGAAATGTCCTTACTTATCAATCTCGCAAGAAGTTTTTGTTGTTGCAGGCCGCTTCAACAGAAATTCAAGCCTTGTGTAGAGGACAAGTTGCACGTGTTTGGTTTGAGACCATGCGAAGAGAAGCGGCTTCTCTGAGGATTCAGAAGCAGGCACGGACTTATATTTGCCAGAATGCCTATAAAACCCTGTGCTCGTCTGCTTGTTCAATTCAGACAGGGATGCGAGCAAAAGCTGCTCGAATTGAACTTCAGTTAAGAAAGAAGAGAAGAGCGACAATCATTATTCAAAGTCAAATCAGAAGATGTTTGTGTCATCAGCGTTATGTGAGAACGAAGAAAGCAGCAATTACTACTCAATGTGGCTGGAGAGTGAAAGTTGCACGCCGAGAATTGCGAAATCTTAAAATGGCTGCTAAAGAAACAGGAGCACTTCAAGATGCTAAGACTAAGCTGGAAAATCAAGTGGAAGAACTCACTTCAAATTTGGAGCTTGAGAAACAGATGAGGATGGAGATCGAGGAAGCCAAATCTCAAGAAATCGAAGCATTACAGTCCGTGTTAACAGATATTAAACTTCAGCTCAGGGACACTCAAGAAACCAAAAGTAAGGAGATCTCAGACTTACAGTCCGTGTTAACAGATATTAAACTTCAGCTCAGGGACACTCAAGAAACCAAAAGTAAGGAGATCTCAGACTTGCAGTCCGCTTTGCAAGACATGCAACTTGAGATTGAAGAACTCTCTAAGGGACTTGAGATGACTAACGATCTCGCTGCTGAGAATGAACAGCTTAAGGAGTCGGTGAGTTCGTTGCAAAACAAAATTGATGAATCTGAGAGAAAATATGAAGAAATAAGTAAGATAAGTGAAGAGCGGATAAAAGATGAAGTTCCTGTTATTGATCAGTCTGCCATCATCAAACTTGAAACTGAAAATCAAAAGCTGAAGGCATTGGTAAGTTCCATGGAGGAGAAAATCGATGAATTAGACAGAAAACATGACGAAACAAGCCCAAATATCACAGAGAAGTTGAAGGAGGACGTTTCATTTGATTATGAGATCGTGAGCAATCTTGAAGCTGAGAATGAGCGGCTCAAGGCACTCGTAGGTTCGTTAGAGAAAAAAATCAATGAAAGCGGGAACAATTCTACAGATGAACAGGAGGAAGGAAAGTACATTTTGAAAGAAGAGAGTTTGACAGAGGATGCTTCAATTGATAATGAGAGGGTCAAAAAACTCGCTGATGAAAACAAAGACCTGAATGATTTGGTAAGTTCCTTGGAAAAGAAAATAGATGAAACTGAAAAGAAATACGAGGAAGCAAGTAGACTTTGCGAAGAGAGGCTGAAACAAGCTTTAGACGCAGAGACAGGGCTAATTGATTTGAAGACATCAATGCAAAGGCTTGAGGAAAAGGTTTCTGACATGGAAACAGCAGAACAAATTCGCCGGCAGCAAGCGCTGGTTAATTCTGCTTCCCGGAGAATGTCTCCCCAGGTGTCATTTACAGGCGCTCCGCCTTTGGAGAATGGACATCAGGAACCACTTGCTCCTATACCGTCAAGAAGGTTTGGGACAGAATCTTTTAGACGATCTCGAATTGAACGACAACCCCATGAATTTGTTGATGTTCTTCTCAAATGTGTATCCAAAAACATCGGTTTCAGTCATGGAAAGCCTGTTGCAGCTCTTACAATATATAAATGTCTTATGCGCTGGAAAATATTCGAAGCAGAAAAAACAAGTATCTTTGATCGAATTGTTCCTGTGTTTGGTTCTGCAATAGAGAATCAGGAGGACGACAATCATTTGGCTTATTGGCTAACAAACACATCAACACTCTTATTCTTGCTTCAAAGAAGCCTGAGACAACAGAGCTCAACTGGCTCAAGTCCAACAAAACCTCCACAGCCAACTTCATTTTTTGGAAGAATGACACAGGGTTTTCGTTCAACCTCTTCCCCGAATCTTTCAACTGATGTGGTGCAGCAAGTAGATGCTAGATATCCTGCTTTACTTTTTAAACAGCAGCTTACGGCCTATGTTGAAACAATGTATGGAATAATCCGAGAGAATGTTAAGAGAGAAGTATCGTCACTGCTTTCTTCCTGCATTCAGAGTCTGAAGGAATCATCATGCGATTCCTCTGTTGTGAATTCACCGTCAAAGTCATCTGAAGAGAATCTCCCGGCTAAGTCATCTGAAGAGAATTCCCCAAAGAAGTCATCTGAAGAGAATTCACCGAAGGAGTCATCGGGAGATAAGTCACCGCAAAAGCTATCTGATGATAATTCACCATCTAAAGAGGGGCAAGCAGTGAAGTCGTCTGAAGAGAATTCACCAGCAAGCTCTTGGCAAAGCATTATTGAGTTTTTAAATTACATTCTCATCACATGGAAGAAAAACTACGTTCCTCTGTTTCTCGTTCAGAAGATGTTCAGCCAAACTTTCCAATACATCAATGTTCAACTTTTCAACAGTCTTCTCCTCGAACGGGAATACTGCACAGTCAACATGGGCATAAAAGTGAAGGCAGGGTTAGATGAACTAGAGTCATGGTGCAGCCAAGCGACTGAAGAGTTCGTAGGATCCTCTTGGGATGAACTGAAACACACAAGACAAGCCGTAGTGCTCCTGGTTACAGAACCGAAGTCAACAATTACATACGATGATCTTACTATTAACCTTTGCTCGGTTCTTAGTACTGAGCAATTATATAGAATATGTACTCTCTGCAAGGACAAAGACGATGGAGATCATAACGTATCACCAGAGGTGATTTCCAACTTAAAACTTCTATTGACAAATGAAGATGAAAATAGCCGTTCCTTCTTGCTGGACGACGATTCCAGCATCCCTTTTGACACCGATGAAATCTCGAGCTGCATGCAAGAAAAGGACTTTGCGAATGTAAAGTCAGCTTCGGAACTCGCTGATAACCCTAACTTCCTCTTTCTCAAGGAATGA
Protein Sequence
- >AT1G04600.1
MAASAKVTVGSHVWVEDPDDAWIDGEVEEVNSEEITVNCSGKTVVAKLNNVYPKDPEFPELGVDDMTKLAYLHEPGVLLNLKCRYNANEIYTYTGNILIAVNPFKRLPHLYGSETMKQYKGTAFGELSPHPFAVADSAYRKMINEGVSQAILVSGESGAGKTESTKMLMQYLAYMGGRAESEGRSVEQQVLESNPVLEAFGNAKTVRNNNSSRFGKFVEIQFDQRGRISGAAIRTYLLERSRVCQVSDPERNYHCFYMLCAAPEQETERYKLGKPSTFRYLNQSNCYALDGLDDSKEYLATRKAMDVVGINSEEQDGIFRVVAAILHLGNIEFAKGEESEASEPKDEKSRFHLKVAAELFMCDGKALEDSLCKRVMVTRDESITKSLDPDSAALGRDALAKIVYSKLFDWLVTKINNSIGQDPNSKHIIGVLDIYGFESFKTNSFEQFCINLTNEKLQQHFNQHVFKMEQEEYTKEEIDWSYIEFIDNQDVLDLIEKKPGGIIALLDEACMFPRSTHDTFAQKLYQTFKNHKRFGKPKLAQTDFTICHYAGDVTYQTELFLDKNKDYVVGEHQALLSSSDCSFVSSLFPPLPEESSKTSKFSSIGSQFKQQLQSLLESLSTTEPHYIRCVKPNNLLKPDIFENINILHQLRCGGVMEAIRISCAGYPTRKPFNEFLTRFRILAPETTKSSYDEVDACKKLLAKVDLKGFQIGKTKVFLRAGQMAEMDAHRAEVLGHSARIIQRNVLTYQSRKKFLLLQAASTEIQALCRGQVARVWFETMRREAASLRIQKQARTYICQNAYKTLCSSACSIQTGMRAKAARIELQLRKKRRATIIIQSQIRRCLCHQRYVRTKKAAITTQCGWRVKVARRELRNLKMAAKETGALQDAKTKLENQVEELTSNLELEKQMRMEIEEAKSQEIEALQSVLTDIKLQLRDTQETKSKEISDLQSVLTDIKLQLRDTQETKSKEISDLQSALQDMQLEIEELSKGLEMTNDLAAENEQLKESVSSLQNKIDESERKYEEISKISEERIKDEVPVIDQSAIIKLETENQKLKALVSSMEEKIDELDRKHDETSPNITEKLKEDVSFDYEIVSNLEAENERLKALVGSLEKKINESGNNSTDEQEEGKYILKEESLTEDASIDNERVKKLADENKDLNDLVSSLEKKIDETEKKYEEASRLCEERLKQALDAETGLIDLKTSMQRLEEKVSDMETAEQIRRQQALVNSASRRMSPQVSFTGAPPLENGHQEPLAPIPSRRFGTESFRRSRIERQPHEFVDVLLKCVSKNIGFSHGKPVAALTIYKCLMRWKIFEAEKTSIFDRIVPVFGSAIENQEDDNHLAYWLTNTSTLLFLLQRSLRQQSSTGSSPTKPPQPTSFFGRMTQGFRSTSSPNLSTDVVQQVDARYPALLFKQQLTAYVETMYGIIRENVKREVSSLLSSCIQSLKESSCDSSVVNSPSKSSEENLPAKSSEENSPKKSSEENSPKESSGDKSPQKLSDDNSPSKEGQAVKSSEENSPASSWQSIIEFLNYILITWKKNYVPLFLVQKMFSQTFQYINVQLFNSLLLEREYCTVNMGIKVKAGLDELESWCSQATEEFVGSSWDELKHTRQAVVLLVTEPKSTITYDDLTINLCSVLSTEQLYRICTLCKDKDDGDHNVSPEVISNLKLLLTNEDENSRSFLLDDDSSIPFDTDEISSCMQEKDFANVKSASELADNPNFLFLKE