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Accession Number |
TCMCG010C35318 |
gbkey |
CDS |
Protein Id |
XP_016547274.1 |
Location |
join(12427988..12428135,12458652..12460331,12460680..12460933,12461015..12461224,12461358..12461435,12463700..12463840,12463915..12464877,12465186..12465281,12465610..12465708,12465859..12466048,12466471..12466697) |
Gene |
LOC107847504 |
GeneID |
107847504 |
Organism |
Capsicum annuum |
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Length |
1361aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA319678 |
db_source |
XM_016691788.1
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Definition |
PREDICTED: abscisic-aldehyde oxidase-like isoform X2 [Capsicum annuum] |
CDS: ATGAAGGAAGGACAGAAGGAGGGGAGTTTGATTTTTGCAGTTAATGGTGAGAAGTTTGAGTTGTCGCGTATTGATCCTTCGACAACTTTGCTTCAATTCTTGCGCTCTGAGACTCGTTTTAAGAGTCCTAAGCTTGGCTGTGGTGAAGGTGGTTGTGGGGCTTGTGTTGTTCTGGTCTCAACATATGATCCGAAGCTTAAAAAGGTTGAAGATTTTAGCGTGAGTTCGTGCCTTACACTTCTTTGCAGTTTAAATGGTTGTTCAATTACTACAAGTGAAGGCCTTGGGAACTCTAGAGACGGTTTCCACGCTATTCATGAAAGGTTTGCCAATTTCCATGCTTCTCAATGTGGCTTTTGCACTCCTGGCATGTGTATGTCATTTTTCTCAGCTCTTGTCAATGCGGATAAAGGAAACAAGCCCGATCCTCCACCAGGATTCTCTAAGATTACTCCATCTGAAGCTGAAAAGTCCATAGCAGGGAACCTTTGTCGGTGCACTGGATACCGGCCCATTGCTGATGCCTGCAAGAGTTTTGCTGCTGATGTTGATATAGAGGATTTGGGGTTCAATTCTTTTTGGAAAAAGGACGATTCCAAGGAAACAAAAGTAAGTAAATTACCTCCCTATGATCCAACCAAGAATGTTTGTACATATCCCGAGTTCTTGAAAAGTGAATCCGCCACAAATTTGGATTCGTTAAGGTACCCTTGGTACAGTCCTGTTTCCATTGAGGAGCTACGTAGCTTGTTGTACTCCAAAGTGACGGAAAATGGTGCAAGCTTTAAACTTGTCGTTGGTAATACTGGCTCAGGTTATTATAAGGAAACTCAGCGATATGATTATTACATTGATCTGAGGCATGTTCCTGAACTCTCAATCATCACCGGAGATCAGACGGGCATTGAAGTCGGAGCAACTGTGACTATCTCTAAATTCATTTCATTTTTGAAAGAGGAAAGTAAAATCAATTTCGGTTCATATGGGAAGTTGGTGTCTGAAAAACTGGCTTACCACATGGAGAAGATTGCTTCGCCATTTGTTAGAAACTCTGCTAGTGTGGGAGGAAATTTGGTTATGGCACAGAAGAATGGTTTTCCTTCGGATATCGCTACATTATTTCTCGGTCTTTATGCTACTGTTAGCTTGATGACCAATCATGGAATTGAAAAGCTCACATGGGAGGAGTTATTATCGAGACCACCGCTAGACTCAAGGACTGTGCTTCTAAGTGTTCTGATCCCATTTAAGAAAGATCAAAGTTCTCTCCAAACTCATTCTAGATTTTTGTTTGATACCTATCGAGCTGCTCCACGGCCTCAGGTGAATGCATTGGCATATGTAAATGCTGCTTTCCTGGCTGATGTTTCTCTCAGCCAGAATGGCATCCTGATAAACGATATCCTGTTGGCATTCGGTGCTTATGGAACAAAACATGCAACAAGGGCTAAAAAGGTAGAGGAATATCTTACCAGGAAGATATTAAATGTGCATGTTTTGTATGAAGCACTTAAATTAGTCAAACTAGCAGTGGTACCGGAAGATGGCACTCTACACCCTGAGTACAGATCAAGCTTGGCCGTAACTTATGTCTTTGAGTTTCTTTATCCCTTAACTAATGTTCATTCTTCTATTCCTGGTGGTTTACTTGACGGAATTGATGACATCTCGGCTGAGGACATTTCGGGGAGTAGTAATGATGGTTGCATTAGTCAGGGAGGAAAACAGACACTACTGTCTTCCGCCAAGCAGGTTCTGGACTCAAGCAGCGAGTACTATCCAGTAGGTGAACCGATGAAGAAAGTTGGAGCTGCCATGCAAGCTTCTGGTGAAGCTGTTTTTGTAGATGACATTCCTTCACCACCAAACTGCCTGCATGGAGCATTTATCTATAGTACAAAACCATTAGCAGGTGTAAAGGGAATCAAGCTCGATTCTAATATAGATGGAGTCATCAGCATTATTACTTTCAAAGATATCCCAAGTGGAGGGGCAAATGTAGGAGCTATTACTATTTCTGAATCTGAGCCCTTATTTGCAGACGAGCTCGCCCGATGTGCTGGAGAAAGAATTGCAGTTGTGGTTGCTGACAGTCAGAAGTCTGCTGATGTGGCTGCAATGACGGCCCTCGTTGAATATGACACTGAAAATATAGATTCTCCCATTTTAACCGTTGAGAAAGCTGTTGAGAAATCTAGCTTTTTCCAAATCCCATTTTATCTATATCCAGCACAGGTCGGTGATTTCTCAAAAGGAATGGCTGAAGCTGATCACAAGATTCTCTCTGCTGAGTTAAGACTCGGGTCCGAGTACCATTTCTATATGGAGACACAGACCACCCTTGCAATTCCAGATGAAGACAACTGCATGGTTGTTTATACTTCAAGCCAGAACCCTGAGAAGGCGCATCACGTGATTGCCACTTGTCTCGGTCTTCCTGAACACAATATCCGTGTAATCACAAGAAGGGTTGGAGGTGCCTTTGGGGGCAAGTCGGTCAGAGCAATGCCTGTTTCCACAGCCTGTGCACTTGCAGCATACAAGTTAAGACGCCCTGTCAGGATATATGTCAACCGGAACACTGACATGATAATCAATGGAGGACGACACCCGATGAAAGTAACGTACAGTGTAGGATTCAAGTCGAGTGGAAAGATCACAGCATTAAATCTTGATATATTGATCAATGCTGGGATCACAGAAGATATGAGCCCCATCTTGCCATTAGGTCTGATTAATTCTCTAAAAAAATATGATTGGGGTGCCTTATCTTTTGATGTAAAACTTTGCAAGACGAATCTCACCAGCAAAACGACTATGCGGGGCCCTGGGGACGTGCAAGGATCTTTTATTGCCGAAGCTATAATAGAGCACGTAGCAAGTTTACTGTCGATGGAAGTGGACTCGGTCAGAAATGAAAACGTTCATACATTTGAAAGCATTAACTTATTTTATGGTAACATTGTAGCAGCAGGAGAATATACATTGCCTAGTATCATGGATAAGTTGGCAGTGTCATCGAGTTTTTTCCAAAGAAGCAAGATGTTAGAACAGTTTAACCAGAAAAACACATGGAAGAAAAGGGGTATTTCTCGAGTGCCAATTGTATTCAATGCTATGCAACGAGCAACCCCAGGAAAAGTCAGTATTCTGCAAGATGGATCGATTGTTGTAGAGGTCGGAGGGATTGAAATTGGCCAAGGGCTATGGACCAAGGTTAGACAGATGGCTGCCTATGCTCTCAGTTTAATCGAGAGTAGTTGGGCTGATGACCTTCTGAAGAAAGTACGAGTCATACAAGCAGACACCTTAAGCGTAGTGCAAGGCGGGCTTACATCTGGAAGCACTACATCGGAATCAAGCTGTGCAGCTGTTAAACTTTCCTGTAATGTCTTGGTTGAAAGACTGACCCCTCTGAAGAAACAGTTGCAAGAACAAAATGGCTCTGTTGATTGGCCAACGCTGATTGGCCAGGCACAAATGCTATCAGTAAGCTTAGCAGCAAATTCTTATTATGTCCCAGAACACAGTTCCATGAGTTATTTGAACTTCGGGGCTGCTGTCAGTGAGGTGGAGATAGATATTCTGACCGGAGAGACTACCATTTTGCAGTCGGATATTATTTACGACTGTGGGCAGAGCTTGAATCCTGCTGTTGATTTGGGACAGATTGAAGGGGCGTTCGTACATGGAATCGGTTTTTTCATGAATGAAGAATATCTAACAAATGAAGATGAGTTAATGGTCTCAAATAGCACTTGGACGTACAAGATCCCGACTATTGACACCATACCTAAGAATTTCAATGTTCAAGTCTTAAACAGTGGACATCATGAAAAACGTGTTCTCTCATCCAAAACATCTGGTGAACCGCCACTGCTTCTGGCAGCTTCAGTCCATTGTGCAACAAGAGCAGCCGTTAAAGCAGCACGTGAACAGCTCAAACTTTGGGACAAGCTCGACGGGTCTGCTTCAGAATTCTATCTAGATGTCCCCGCCATATTACCCCTTGTGAAGACACAGTGTGGCCTGGATTATGTAGAGAAGTTCTTAGAAACTTTGCTGGCTCAGAAATCTACTAATTAA |
Protein: MKEGQKEGSLIFAVNGEKFELSRIDPSTTLLQFLRSETRFKSPKLGCGEGGCGACVVLVSTYDPKLKKVEDFSVSSCLTLLCSLNGCSITTSEGLGNSRDGFHAIHERFANFHASQCGFCTPGMCMSFFSALVNADKGNKPDPPPGFSKITPSEAEKSIAGNLCRCTGYRPIADACKSFAADVDIEDLGFNSFWKKDDSKETKVSKLPPYDPTKNVCTYPEFLKSESATNLDSLRYPWYSPVSIEELRSLLYSKVTENGASFKLVVGNTGSGYYKETQRYDYYIDLRHVPELSIITGDQTGIEVGATVTISKFISFLKEESKINFGSYGKLVSEKLAYHMEKIASPFVRNSASVGGNLVMAQKNGFPSDIATLFLGLYATVSLMTNHGIEKLTWEELLSRPPLDSRTVLLSVLIPFKKDQSSLQTHSRFLFDTYRAAPRPQVNALAYVNAAFLADVSLSQNGILINDILLAFGAYGTKHATRAKKVEEYLTRKILNVHVLYEALKLVKLAVVPEDGTLHPEYRSSLAVTYVFEFLYPLTNVHSSIPGGLLDGIDDISAEDISGSSNDGCISQGGKQTLLSSAKQVLDSSSEYYPVGEPMKKVGAAMQASGEAVFVDDIPSPPNCLHGAFIYSTKPLAGVKGIKLDSNIDGVISIITFKDIPSGGANVGAITISESEPLFADELARCAGERIAVVVADSQKSADVAAMTALVEYDTENIDSPILTVEKAVEKSSFFQIPFYLYPAQVGDFSKGMAEADHKILSAELRLGSEYHFYMETQTTLAIPDEDNCMVVYTSSQNPEKAHHVIATCLGLPEHNIRVITRRVGGAFGGKSVRAMPVSTACALAAYKLRRPVRIYVNRNTDMIINGGRHPMKVTYSVGFKSSGKITALNLDILINAGITEDMSPILPLGLINSLKKYDWGALSFDVKLCKTNLTSKTTMRGPGDVQGSFIAEAIIEHVASLLSMEVDSVRNENVHTFESINLFYGNIVAAGEYTLPSIMDKLAVSSSFFQRSKMLEQFNQKNTWKKRGISRVPIVFNAMQRATPGKVSILQDGSIVVEVGGIEIGQGLWTKVRQMAAYALSLIESSWADDLLKKVRVIQADTLSVVQGGLTSGSTTSESSCAAVKLSCNVLVERLTPLKKQLQEQNGSVDWPTLIGQAQMLSVSLAANSYYVPEHSSMSYLNFGAAVSEVEIDILTGETTILQSDIIYDCGQSLNPAVDLGQIEGAFVHGIGFFMNEEYLTNEDELMVSNSTWTYKIPTIDTIPKNFNVQVLNSGHHEKRVLSSKTSGEPPLLLAASVHCATRAAVKAAREQLKLWDKLDGSASEFYLDVPAILPLVKTQCGLDYVEKFLETLLAQKSTN |