Information report for EVM0003931
Gene Details
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Functional Annotation
- Light-labile cytoplasmic red/far-red light photoreceptor involved in the regulation of photomorphogenesis. It exists in two inter-convertible forms: Pr and Pfr (active) and functions as a dimer.The N terminus carries a single tetrapyrrole chromophore, and the C terminus is involved in dimerization. It is the sole photoreceptor mediating the FR high irradiance response (HIR). Major regulator in red-light induction of phototropic enhancement. Involved in the regulation of de-etiolation. Involved in gravitropism and phototropism. Requires FHY1 for nuclear accumulation.;Phytochrome A gene 2;Encodes photoreceptor phytochrome A
Homologous
- Actinidia chinensis: CEY00_Acc18797, CEY00_Acc10700
- Brassica napus: BnaA06G0057900ZS
- Capsicum annuum: T459_25337
- Citrullus lanatus: Cla97C08G151850
- Gossypium hirsutum: Gohir.D13G178700, Gohir.A13G172900, Gohir.D11G271900, Gohir.A11G261900
- Juglans regia: Jr08_15460
- Manihot esculenta: MANES_09G182500
- Nicotiana attenuata: A4A49_01197
- Populus trichocarpa: POPTR_013G000300v3
- Prunus avium: Pav_sc0001938.1_g560.1.mk
- Prunus persica: PRUPE_6G302500
- Solanum tuberosum: PGSC0003DMG400015766
- Vitis vinifera: VIT_14s0060g00100
Sequences
CDS Sequence
- >EVM0003931
ATGTCCTCTTCAAGGCCAAGCCAATCATCTAACAATTCAGGGAGGTCAAGACATAGTGCTAGGATTATTGCTCAGACCACTGTAGATGCAAAGCTTCATGCAGACTTTGAATCATCGGGTAGTTCCTTTGACTACTCGAGTTCAGTGCGAGTTACCAACTCAGTTGGTGAACAGCAACCTAGGTCTGATAAAGTAACTGCAGCTTATCTTCATCACATACAGAAAGGCAAGCTGATCCAGCCATTTGGGTGCTTGCTAGCCTTAGATGAGAAAACTTTCAAAGTCATTGCATACAGTGAAAATGCCCCTGAAATGTTGACAATGGTTAGTCATGCAGTCCCAAGCGTTGGAGACCACCCAGTTCTTGGAGTTGGAACTGACATAAGGACAATCTTTACCGCCCCCAGCGCCTCTGCATTGCAGAAGGCCCTAGGATTTGGAGAGGTTTCTCTTTTGAATCCCATTTTGGTCCACTGTAAGACCTCTGGGAAGCCCTTTTATGCGATTGTCCATCGAGTAACAGGTAGCTTGATCATTGACTTTGAACCCGTGAAGCCTTATGAAGTTCCCATGACTGCTGCTGGGGCCCTGCAGTCATACAAACTTGCAGCCAAAGCAATTACCCGCTTGCAGTCTTTAGCTAGTGGGAGTATGGAGAGGCTCTGTGATACTATGGTTCAGGAGGTGTTTGAACTCACAGGTTATGATAGGGTGATGGCTTATAAATTTCATGATGACGACCATGGTGAAGTGGTCTCTGAGATCACAAAGCCTGTTCTGGAGCCATATTTAGGTTTGCACTATCCAGCCACTGATATTCCTCAGGCTGCACGCTTTCTGTTTATGAAGAATAAGGTCCGTATGATTGTTGATTGTCGTGCTAAACATGTCAAGGTGCTTCAAGATGAGAAACTTCCTTTTGATCTAACCTTGTGTGGTTCAACCTTAAGAGCTCCTCACATTTGCCATTTACAATATATGGAAAACATGAATTCTATTGCATCTCTAGTAATGGCAGTTGTAGTGAATGAGGAGGAGGAAGAGGGTGACAGCCCTACTTCTGTACAACCACAGAAAAGAAAGAGACTTTGGGGTTTAGTAGTCTGCCATAACTCGACTCCAAGGTTTGTTCCATTCCCTCTTAGGTATGCCTGTGAGTTTCTGGCTCAGGTATTTGCCATACATGTCAATAAGGAGCTGGAGTTGGAGAATCAAATCGTTGAAAAGAACATCCTGCGTACTCAGACTCTCTTGTGTGATATGCTTATGCGGGATGCTCCCTTGGGCATTGTGACACAGACCCCAAATATTATGGATCTTGTCAAAAGTGATGGGGCTGCCCTGTTATACAAGAACAAGATATGGAGATTGGGAGTGACTCCAAGTGACTTCCAGATACATGATATAGCATCTTGGCTCTCTGAATACCATATGGATTCCACAGGTTTGAGTACAGATAGCTTATATGATGCGGGTTTCCCAGGGGCCCTGGCTCTTGGAGATGTAGTCTGTGGAATGGCAGCTGTAAGGATATCTTCCAAGGACATCATTTTCTGGTTCCGGTCACACACTGCTTCAGAGATTCGTTGGGGTGGTGCAAAGCATGAACCGGATGAGAAGGATGATGGTAGGAGGATGCATCCAAGATCATCGTTCAAGGCTTTCCTTGAAGTTGTCAAAACAAGGAGCTTACCTTGGAAAGACTACGAAATGGATGCAATCCATTCTTTGCAGCTTATATTAAGAAATGCGTTCAAAGATGTTGAAGCTGTGGATATAGACAGCAAATCAATCCACTCAAAGCTCAGTGACCTCAAAATAGAAGGGATGAAAGAACTTGAAGCAGTCACAAGTGAAATGGTCCGTCTCATTGAAACAGCTACAGTGCCAATTTTGGCAGTTGATGGTGATGGACTGGTTAATGGATGGAATACAAAAATCGCTGAGTTAACAGGTCTTCCCGTTGAAAAAGCAATAGGAAAGCATTTGCTCACACTTGTGGAAGATTCTTCAATTGACACAGTCAAAAGGATGCTATTCTTGGCATTGCAGGGTCAAGAGGAGCAGGGCATTGAATTTGAGATCAAAACATATGGATCTAAGACTGACACCAGCCCCCCCATCAGTTTAGTTGTGAATGCTTGTGCAAGCAGGGACCTCCATGAAAATGTTGTTGGTGTTTGTTTTGTGGCACAAGATATCACTGGTCAGAAAAATGTGATGGACAAATTCACCAAGATTGAAGGTGATTACAAAGCAATCGTACAAAACCCAAACCCATTGATACCCCCCATATTTGGTACAGATGAATTTGGATGGTGCTCTGAGTGGAATCCAGCGATGGAAAAGTTAACTGGGTGGAAAAGAGAGGAAGTGGTAGACAAATTACTTTTGGCGGAAGTTTTTGGGACCAACGTGGCATTATGTCGGCTCAAGAATCAAGAGGCTTTTGTTAATCTTGGCATTGTACTAAACAATGCCATGACTGGTCAGGATCCTGAGAAGGTTCCTTTTGGTTTCTTTGGTCGGAATGGAAAGTATGTGGAATGCTTATTGTGTGTGAGTAAGAAATTGGACAGAGATGGAGCTGTCACCGGTGTCTTCTGCTTCTTGCAGCTTGCCAGTCAAGAGCTACAACAAGCACTTCATGTCCAGCGATTGTCAGAACAAACTGCCATGAAGAGATTGAAAGCATTAGCTTATATTAAAAGGCAGATACGGAATCCTCTTTCTGGGATCATATTTTCTCGGAAAATGCTGGAGGAAACTGAGCTAGGAGCAGAACAGAAACAACTTTTGCTTACTAGTTCGCAGTGCCAGCACCAGCTCAGTAAGGTTCTTGATGACTCAGATCTTGATAGCATCATTGATGGCTACTTGGATCTGGAAATGGTTGAGTTCACCCTGCATGAAGTGTTGGTGGCCTCTATCAGTCAAGTCATGGTGAAGAGCACTGCAAAGGGCATCCAAATAGTCAATGAAACAGCAGAAGGGTTCATGAGTGAAACCTTATATGGAGATAGTATTAGGCTTCAACAGGTTTTAGCTGATTTCTTGCTCATATCAGTTACTTTTACCTCAAATGGAGGTCATCTTACAGTTTCAGCTAATTTAACCAAAGATCAGTTAGGACAATCTGTTCATCTTGCACGTTTGGAGCTCAGGATAACACATACGGGTGGGGGGATACCCGAAGCATTGCTGAACCAAATGTTTGGAACTAATGGAGACATATCTGAGGAGGGCATTAGCCTGCTTATTAGCAGGAAGCTGGTAAAGCTTATGAATGGAGATGTGCAGTATCTGAGGGAAGAAGGGAAGTCAACTTTCATCATGTCTGTTGAACTTGCTGCAGCCCACAAGTCTCGGGTCTAA
Protein Sequence
- >EVM0003931
MSSSRPSQSSNNSGRSRHSARIIAQTTVDAKLHADFESSGSSFDYSSSVRVTNSVGEQQPRSDKVTAAYLHHIQKGKLIQPFGCLLALDEKTFKVIAYSENAPEMLTMVSHAVPSVGDHPVLGVGTDIRTIFTAPSASALQKALGFGEVSLLNPILVHCKTSGKPFYAIVHRVTGSLIIDFEPVKPYEVPMTAAGALQSYKLAAKAITRLQSLASGSMERLCDTMVQEVFELTGYDRVMAYKFHDDDHGEVVSEITKPVLEPYLGLHYPATDIPQAARFLFMKNKVRMIVDCRAKHVKVLQDEKLPFDLTLCGSTLRAPHICHLQYMENMNSIASLVMAVVVNEEEEEGDSPTSVQPQKRKRLWGLVVCHNSTPRFVPFPLRYACEFLAQVFAIHVNKELELENQIVEKNILRTQTLLCDMLMRDAPLGIVTQTPNIMDLVKSDGAALLYKNKIWRLGVTPSDFQIHDIASWLSEYHMDSTGLSTDSLYDAGFPGALALGDVVCGMAAVRISSKDIIFWFRSHTASEIRWGGAKHEPDEKDDGRRMHPRSSFKAFLEVVKTRSLPWKDYEMDAIHSLQLILRNAFKDVEAVDIDSKSIHSKLSDLKIEGMKELEAVTSEMVRLIETATVPILAVDGDGLVNGWNTKIAELTGLPVEKAIGKHLLTLVEDSSIDTVKRMLFLALQGQEEQGIEFEIKTYGSKTDTSPPISLVVNACASRDLHENVVGVCFVAQDITGQKNVMDKFTKIEGDYKAIVQNPNPLIPPIFGTDEFGWCSEWNPAMEKLTGWKREEVVDKLLLAEVFGTNVALCRLKNQEAFVNLGIVLNNAMTGQDPEKVPFGFFGRNGKYVECLLCVSKKLDRDGAVTGVFCFLQLASQELQQALHVQRLSEQTAMKRLKALAYIKRQIRNPLSGIIFSRKMLEETELGAEQKQLLLTSSQCQHQLSKVLDDSDLDSIIDGYLDLEMVEFTLHEVLVASISQVMVKSTAKGIQIVNETAEGFMSETLYGDSIRLQQVLADFLLISVTFTSNGGHLTVSANLTKDQLGQSVHLARLELRITHTGGGIPEALLNQMFGTNGDISEEGISLLISRKLVKLMNGDVQYLREEGKSTFIMSVELAAAHKSRV