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Accession Number |
TCMCG073C12265 |
gbkey |
CDS |
Protein Id |
XP_010536319.1 |
Location |
complement(join(178077..178328,178493..178681,178766..178846,178979..179122,179420..179653,179819..180967,181139..181654,181737..181838,182076..182247,183305..183443,184817..184978,185059..185131,185286..185366,185468..185536,185610..185682,186490..186574,186676..186739,187116..187208,187315..187389,187484..187576,187693..187767,187856..187945)) |
Gene |
LOC104811354 |
GeneID |
104811354 |
Organism |
Tarenaya hassleriana |
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Length |
1336aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA268022 |
db_source |
XM_010538017.1
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Definition |
PREDICTED: serine/threonine-protein kinase TIO isoform X1 [Tarenaya hassleriana] |
CDS: ATGGGTGTTGAAGATTATCATGTGATAGAGCTCGTTGGCGAAGGCTCTTTTGGGAGGGTGTACAAAGGAAGACGAAAGTACACTGGCCAGACGGTTGCTATGAAGTTTATCATGAAGCAAGGAAAGAGTGACAAGGATATTCAGAATTTGAGACAAGAAATTGAGATACTGCGAAAGCTGAAGCATGAAAATATCATCGGAATGCTCGATTCCTTTGAAAATGCACGAGAGTTCTGTGTTGTCACCGAATTTGCCCAAGGTGAATTGTTTGAGATTCTTGAGGATGATAAGTGCCTTCCTGAAGAGCAAGTTCAGGCAATCGCAAAACAGTTGGTAAAAGCATTGCATTACTTGCATTCTAACCGTATAATTCATCGTGACATGAAGCCACAAAACATTCTTATTGGTTCTGGGTCTGTCATTAAGCTTTGTGATTTTGGTTTCGCTCGTGCTATGTCTGCAAACACTGTGGTCTTGCGATCCATAAAAGGAACTCCGCTGTACATGGCCCCAGAGCTAGTGAGAGAACAGCCTTACAACCACACCGCTGACCTGTGGTCTCTTGGTGTGATACTGTATGAATTGTATGTTGGTCAACCCCCATTCTACACCAATTCAGTGTATGCTCTTATCCGTCATATTGTTAAGGATCCTGTTAAATATCCAGACGAAATGAGTCCGAATTTCAAAAGCTTCTTGAAAGGATTGCTCAACAAGGTACCCCATAATCGACTAACTTGGCCTGCTCTTCTTGAGCATCCATTCGTTAAAGAATCACAAGAGGAAATAGAAGCCAAGGAAATGCATTCTGCAGTGGTTGAACAAAACACGGTTTGGAGGCTCAAAGGGAACAGTATCCAACTGCGAACTGAACAATCTGATTCTGAGGCCATGGTAGAAAACACCACTAATCCAGGCGTTGAAAGGGATCTTCAGTCGACTATCAAGAATGCTGTCAAAGTAAATTCTCCTTCTCCTGAAGAGCTCTTTGGATTCCCAAGCCATGGGGAGATAAAAAGTTCAGGTAATGCAGGTAATGCAACATTAGACAGATTGGAGAATATGTCCCGCACTGTTAAAGGTGCAAAAGGTATTGGTGAAGACGAGGAAGCACTGGCTCTTGTTTTGCTACCACTGGAAAGATGGTTTAAACCATCACCCGATTCTAACAGGAACAAAGACGCTGTCTGCTCTGTTCAGTCCCTCAGGATCCTTTCCAATTTGATTGCAGCAAGTGCCATAGTTTCCGATGAAGTGATTGACAAAATAACATGTGTCCTGCTAGATTTTACTGCTGCTCTTGTTGGGATGAAATCTTCAGACGTCAACAGCATAATAACAAAGAGTTTTTCAGTACTTCGAAGCTTGGTAGGAGACATGGGAGGCGGTAGCATCCGTCATTCTTACATCAAACATTGGACCAAATTAGTGGATATGTTTATGCAGGTTGTTGGATGGGGAGAAGATGGAAATGGGAGAATTTTATATGAGTCCTGTGCATGCATTAGAGTGATGTTGTCTCGAGTCGCACAAGATCTCAAATCCTCTAGCACCCCTTCAGCTTGTAGCACAGATGGAGTATCTAAACAGATTTTGGAGCATGCTAACATGTCCCGCATGGTTGATCAGTTGTGCCTTTGTTTGGCATCTTCTGGATCAAGTTTAACTTCTGGCTCCTTGAACATGTTACCGTCTTCCTGTGAAGCTTGTAGGGCAATATGGATACTCATAGATGCTTCTGAAACCCTATTTATAAACGAGAATGTCAACCTATTCCCTCTAGATGCTTTCCACGGCCATGGTTTTTCTCAACTTGATCCAAGAAACTCTGAATGGGGTCCACTTTCTGAAAAAATTGTTGAGACTGTAACACGGGCATTTCTCAGATCAAAACAAGTGCAAGTTGCTGTCAGTCACTGTCTTCGCCAACGTGTCGAGGCTCCATTGGGTGCTGCTATTCAGCTCTTGTCAAGATGCTGTCTCCACAATGGGATCGTTCCTAGTGTGCTTTGTGGTCTTCCCAGTTCATTGCCTGTGACTACTGTTGTCAGTGGTGGAGAGGATGGTACTGTCATTTCAGAAATATTTTCTATATTATCTTATGTGGCACCTTCAAACAAGGACGCACAAACAGCAGACACAAATAACTTGAAGTGCAGATTAAACAATCTGGTTGTCCATTCATGCCTTCTTTTGGCAACAGTTGCTCAGTGTTTGAAGTTAACTGGGAGAAATTCTGCCCTGATTATGCTCACGACTTCTCCAAAGAAGCATCTGCATCGTCTTTCTGCCATTACTAACCACATTTCGTCGGATGACAAAATTGAAGCTTCTCTTCAGAATCAATCTGCATCAGCTATGCTAGCTCTGGCCTCCATTCTCTCTCTCGAACGGGGATCTTCTGTTGAATCTTCTGTCTCTGAGATTGCTGTGCCTTTGATTCCTCGGGCTGCTACACTCTGTTCTCACCTAAGGCTTGTGCCAAGTAAAGAAGGTGAAGTCATATCTAAATGTTCTGAGTGTCATCTCACCAAATGGCACGGCCTTCGAGATGGATGTATTGGCTTACTAGAATCCAGGTTGAAGTGGGGAGGACCACTGGCTGTGCAGCAGCTGATTGCTAGTGGTACACCTTTACTTCTAATAAATCTGTTAGTCGGGAACCATTCAAATGCTTCCCCTGATGGAGTTAAAAGGACACCCAACCAGATTGGCTTGTCTCCTATTGGTGTTCTATGGACTGTTTCATCAATATGCCACTGTATTTCAGGTGGTACTTTAACTTTTCGTCAGGTTCTTGTGAAGAGTGAAAACCTGAAACTGTTATCAGGTTTAATATCTGATATTCATCTCAAGTTGGTAAAGAACTGGGGAGGACCTGGGGGAGGAAAGGATGGGGTCAGAGAGACAATAAATGTGATAATCGATCTCCTAGCATTTCCTTTTATTGCTCTACAGAGCGCACCTGGTTCACTCTCTGCTACCGCTTCTGTAAATAGTGGATTCATTCTCAACATTGGTTCGCCTGGTGCAAGAGTGTGCATGGAAGATAGGGATTTGGTAAAAGCAATAGAAGAAGACATGGACAGATACATTAAGGCCCTTGTGGAGGTGGGAGTGCCTAGTTTAATACTCCGATGCTTGGAACACTTGGATTCGAAAGATTTAGGAAGACCCGTTGCGTTTGTAGCGAAAATGGTGGGTCGTCAGCGTCTTGCTGTTGAGCTCATTAGCAAAGGCTTGTTGGATCCAAGCACAATGAGAAAGCTACTCAACCGTTCAGGTCCAAGAGAAGTCATCCTTGATACTTTAATGATAATATCTGATTTAGCAAGGATGGAAAAGGCCTTCTATAAATATATCGCTGAAGCTTCTGTTTTGGAGCATTTAAAGGAGTTCCTCACTCATGAAGATCCAAATGTACGTGCAAAGGCATGCAGCGCTGTTGGAAACATGTGCAGATACAACGGATACTTCTACAGTTCTCTTGCGGAGCATCAAATTGTCAGTCTCCTCATTGATCGATGTGCTGATTCTGACAAAAGAACCCAAAAATTTGCATGTTTTGCGATCGGTAATGCTGCATACCATAACGACACATTGTACGAAGAGCTAAGAAGGTCGATACCACAGCTGGCACACGTTTTGACCTCTGCTGAGGAAGACAAGACAAAAGCAAATGCTGCCGGGGCATTGAGCAATCTTGTAAGAAACTCCAACAAGCTCTGCGAAGACATTGTCTCCAAAGGAGCTATGCAGGCTTTGATGAAGCTGGTCGCAGATTGTTCAGCGGTAGCTCTAAACCCGAGCAAGAAAGAGACAGCTGGCGAGTCGCCGCTTAAGATTGCACTCTTCTCTTTGGCGAAAATGTGTTCAAATCATCAGCTTTGCAGGCAATTCGTTAGATCGTCAGAATTGCTTCCCGTCATTGCAAGGTTACGGCAGTCTCCTGAGCCAAACATCGCTCATTACGCTTCGGTTATTGTCGCCAAAGTCGGCGGTGACTCTTGA |
Protein: MGVEDYHVIELVGEGSFGRVYKGRRKYTGQTVAMKFIMKQGKSDKDIQNLRQEIEILRKLKHENIIGMLDSFENAREFCVVTEFAQGELFEILEDDKCLPEEQVQAIAKQLVKALHYLHSNRIIHRDMKPQNILIGSGSVIKLCDFGFARAMSANTVVLRSIKGTPLYMAPELVREQPYNHTADLWSLGVILYELYVGQPPFYTNSVYALIRHIVKDPVKYPDEMSPNFKSFLKGLLNKVPHNRLTWPALLEHPFVKESQEEIEAKEMHSAVVEQNTVWRLKGNSIQLRTEQSDSEAMVENTTNPGVERDLQSTIKNAVKVNSPSPEELFGFPSHGEIKSSGNAGNATLDRLENMSRTVKGAKGIGEDEEALALVLLPLERWFKPSPDSNRNKDAVCSVQSLRILSNLIAASAIVSDEVIDKITCVLLDFTAALVGMKSSDVNSIITKSFSVLRSLVGDMGGGSIRHSYIKHWTKLVDMFMQVVGWGEDGNGRILYESCACIRVMLSRVAQDLKSSSTPSACSTDGVSKQILEHANMSRMVDQLCLCLASSGSSLTSGSLNMLPSSCEACRAIWILIDASETLFINENVNLFPLDAFHGHGFSQLDPRNSEWGPLSEKIVETVTRAFLRSKQVQVAVSHCLRQRVEAPLGAAIQLLSRCCLHNGIVPSVLCGLPSSLPVTTVVSGGEDGTVISEIFSILSYVAPSNKDAQTADTNNLKCRLNNLVVHSCLLLATVAQCLKLTGRNSALIMLTTSPKKHLHRLSAITNHISSDDKIEASLQNQSASAMLALASILSLERGSSVESSVSEIAVPLIPRAATLCSHLRLVPSKEGEVISKCSECHLTKWHGLRDGCIGLLESRLKWGGPLAVQQLIASGTPLLLINLLVGNHSNASPDGVKRTPNQIGLSPIGVLWTVSSICHCISGGTLTFRQVLVKSENLKLLSGLISDIHLKLVKNWGGPGGGKDGVRETINVIIDLLAFPFIALQSAPGSLSATASVNSGFILNIGSPGARVCMEDRDLVKAIEEDMDRYIKALVEVGVPSLILRCLEHLDSKDLGRPVAFVAKMVGRQRLAVELISKGLLDPSTMRKLLNRSGPREVILDTLMIISDLARMEKAFYKYIAEASVLEHLKEFLTHEDPNVRAKACSAVGNMCRYNGYFYSSLAEHQIVSLLIDRCADSDKRTQKFACFAIGNAAYHNDTLYEELRRSIPQLAHVLTSAEEDKTKANAAGALSNLVRNSNKLCEDIVSKGAMQALMKLVADCSAVALNPSKKETAGESPLKIALFSLAKMCSNHQLCRQFVRSSELLPVIARLRQSPEPNIAHYASVIVAKVGGDS |