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Accession Number |
TCMCG042C46978 |
gbkey |
CDS |
Protein Id |
XP_016479114.1 |
Location |
complement(join(75530..75582,75690..75799,75889..76022,76198..76260,76618..76768,77964..78016,78111..78236,78789..79113,79187..79356,89998..90199,90393..90601,92081..92290,92391..92520,94297..94411,94956..95083,97047..97139,97327..97538,97618..97725,97806..97910,99138..99308,99395..99573,99788..100016,101037..101151,102424..102599,103438..103605,103834..103920,105174..105296)) |
Gene |
LOC107800461 |
GeneID |
107800461 |
Organism |
Nicotiana tabacum |
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Length |
1314aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA319578 |
db_source |
XM_016623628.1
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Definition |
PREDICTED: DNA repair protein RAD50 [Nicotiana tabacum] |
CDS: ATGAGCACTGTAGATAAAATGCTTATAAAAGGCATACGGAGCTTTGACCCCGAGAACAAAAACGTCATCACTTTTTTCAGGCCATTAACGCTCATCGTCGGCCCTAATGGCGCTGGAAAAACCACTATAATTGAGTGCTTGAAGGTTGCCTGCACTGGTGAGATGCCACCAAATGCTCGCTCCGGTCATAGCTTCATCCATGACCCTAAGGTGGCTGGAGAGACAGAGACAAAGGGGCAGATAAAGCTGCGGTTCAAGACAGCAGCAGGGAAAGATGTGGTGTGCATTAGGTCTTTTCAGCTAACTCAAAAGGCAACAAAGATGGAGTACAAGGCCATTGAGAGTGTACTACAGACTATCAATCCTCACACTGGAGAGAAAGTTTGCCTAAGCTATAGATGTGCCGATATGGACCGAGAAATCCCTGCTCTCATGGGTGTCTCAAAGGCCATTCTTGAAAATGTGATTTTTGTTCACCAAGATGAGGCAAACTGGCCATTGCAAGATCCTTCTACACTGAAAAAGAAGTTTGATGATATTTTCTCCGCTACTAGGTACACAAAGGCGTTGGAAGTTATTAAAAAGCTTCACAAGGATCAAGCTCAAGAAATAAAGACATATAAGTTGAAACTGGAGAATCTTCAGACATTGAAAGATGCTGCTTACAAGTTGCGGGAAAGCATCGCCCAAGATAAAGAGAAAACAGAGTCACTGAAAAGTCAGATGGAGGAGCTTGAAAAAGAGATTCAGACTCTAGAGAGTAAGATCCACCATGCTGAAGCAACTTTAAAGGACCTTCATCAATTGCAGCGAGAGATAGCCACCAAAACTGCTGAAAGGAAAACATTGTTCAAGGAACAGGAAAAACAGTATGCTGCACTTACAGAGGAGAATGAAGACACTGATGAAGAGCTGAGTGAATGGAAAACAAAGTTTGATGAAAGGATAGCGCTTCTGGAATCGAAAATTAGCAAATTGGAGAGGGAAATGAATGACTCAGAGACAAAGAGTTCCCTTCTTAAGCAGTCCATAACAGACTATATCGTGGAGATCAGCAAGCTTCAAGCTGAGGCTGAAGCTCTTGCGGTGTTAAAGAATGAAAGAGACGTCACTATCAGGAAGCTTTTTGACAGACATAACTTAGGTGCTGTTCCAAGTGGGCCGCTCAGTGATGATGTCGCATTGAATTTAATGAATCGTATAAAACTACGATTAGCACATCTTGATAAGGATTTACAAGATAAAAAGGAATCAAATGAGGCAGAAATTGCAGCTGCGTGGAATCAATACGAAATTGCAAATAACCTCTGGAATGAAAAGGAGGCGCAAAAACTGGCTAGAGCAGATATTAAGAATGGCATTTTGAAGCGTATTGAAGAGAAGGAGAATGAGCGTAATGAGTTTGAACGTGAGATTTCTAATGTTAATATGGCTCATCTTGATGAGAGAGAGAAGAAAATGCAAATTGAATGCGAGAGAAAGTCTAAGCAGCTTGCAGAAAGAGAATTTGACTCAAACATAAGGCAAAAGCAGACTGAGATGTTCACCATAGACCAAAAACTTAAAGATCTTCATGCTGAAAAAGATCGTATGGCCAATGAGTCTGAGGATAGAATTAAGCTCTCTCTTAAGAAGGCAGAGCTGGAAACTCTCAAGAAGAAACATAAAAAGCTAATGGATGATAACAAGGATACGGTAAAAGGAGTATTGAAAGGAAGGCTTCCATCTGACAAGGACTTGAAGAAAGAAATTACTCAGGCACAAAGGGCGCTCCAGAGAGAGTTTGATGACTTGAGTGCCAAAGCCCGCGAAGCCGAGAAGGAGGTCAATATGTCGCAGATGAAAATAGAAGAAGTTAAGCATAACTTGTCCAAATATCACAAGGACATGGACTCAAGAAGGAGATTTCTGGAATCAAAGCTCCAGTTGCTGGCCCAGGAATTTGCTGGTGTAGAGTCCTATCCCAAAATTATGGACTCAGCCAAAGAAAAAAGGGATGTCCAAAAAAGCAAGTACAACATTGCCGATGGTATGCGGCAAATGTTTGATCCATTTGAAAGAGTTGCTCGTGCTCATCACATTTGCCCTTGCTGTGAGCGTCCGTTCTCTGCTGAAGAGGAGGATGAATTTGTTAAGAAGCAACGAGTGAAAGCTGCTAGCTCTGCTGAACATATTAAAGTATTAGCTATGGATTCTTCAAATGCTGATTCTCGTTTCCAACAGTTAGACAAGCTTCGTTTGGTTTATGAAGAGTATCTCAAAGTTGGAAAGGAATCAATTCCTCTAGCAGAGAAGAACCTGAATGAGCTAAATGAAGAATTAGATCACAAAAATCAGGCTCTTGATGATGTTTTAGGTGTCTTGGCTCAGATAAAGGCTGAGAAGGATGCAGTTGATGCGCTAATACAACCTGTAGAAACATCTGACAGGCTTTTCCAAGAAATTCAAACTCTGCAGAAGCAAGTCGATGATTTGGATTATGGTCTTGATATCCGTGGGCAAGGCATAAGATCTATGGAGGAAATTCAATCGGAATTGGATGAACTGCAGAGCAAAAGGGAAAATTTGTCTTCGGAAGTGGAGAAACTGAAAGATGATCGGAGGTACATGGAAAATGAGTTTTCAAGTTTCCAATTAAGATGGTTTACTGTAAGGGAAGAGAAGACGCAAGCAGCAAACAAATTGAACAATGTTAAAAGGGCAGAAGAGGAATTGGATGACTTGGTGGAGCAGAAAAATAAAGTTGAGCTTGAAGAGAAGCATCTTGCAGAGGCTGTTGGTCCCTTGTCGAAGGAAAAGGACAAGCACTTTAGGGACTACCAAAATCTGAAAACAAAACTTAGCAAGGAGTTGGAAGAGCAGGCAGAAATTAGAAGACATTATCAACAAGATGTAGATGAACTTAAGAAGATTACCTCCAAAATTAGAGAGTATTATGAGTTAAAGAAAGAACAAAAATTGAATGAACTGCAGGACAAGCGAAGCCTGTCAGAATCTCAGCTTCAAAATTGTGAGTCCAGAAAGCAAGAGATTTCGGCTGAAGTGGCGAAAAGTAATGCTTTAATGCAGAACCAGGACAGTTTGAGACGCAACATTGAGGATAACTTGAACTATAGGAAAACTAAGGCTGAAGTTGATAAGCTCACCCGTGAGATTGAATTACTGGAAGATAAAGTGCTGAAGATGGGTGGCCTCTCCACTATTGAGGCTGAGCTTAAAAAGCTTTCACATGAAAGAGAGAAGCTACTTTCTGAGTTAAACAAGTGCCATGGTACCCTATCTGTTTATCAAAGCAGCATTTCCAAGAACAAAGTTGATCTTAAGCAGGCACAGTACAAGGATATTGACAAACGCTATTTTGATCAGTTAATCCAGCTGAAGACTACGGAGATGGCAAACAAGGATCTGGACAGATATTACAGTGCCCTTGACAAAGCACTGATGCGCTTCCATACAATGAAAATGGAAGAGATCAATAAGATTATCAGGGAACTGTGGCAGCAGACTTACAGGGGCCAGGACATAGATTACATAAGCATTCATTCAGATTCCGAAGGTTCTGGTACTCGATCCTACAGCTATAGGGTTTTGATGCAAACTGGTGATACTGAGCTAGAGATGCGAGGGAGGTGTAGCGCTGGCCAAAAGGTCCTTGCATCACTTATTATAAGATTGGCATTGGCTGAAACGTTTTGTCTCAACTGCGGAATTCTCGCACTGGATGAACCAACCACAAACCTAGATGGCCCCAACAGTGAGAGTCTTGCAGCAGCTCTCTTAAGAATTATGGAGGACAGGAAAGGTCAAGAAAACTTCCAATTAATTGTCATTACACATGACGAGCGCTTTGCTCAATATATTGGCCAGCGCCAGCATGCAGAAAAGTATTATCGGGTTTCAGTCTCCGGCAGTGATTATTCGGTAGACGCTTCATGCTTGACTTAG |
Protein: MSTVDKMLIKGIRSFDPENKNVITFFRPLTLIVGPNGAGKTTIIECLKVACTGEMPPNARSGHSFIHDPKVAGETETKGQIKLRFKTAAGKDVVCIRSFQLTQKATKMEYKAIESVLQTINPHTGEKVCLSYRCADMDREIPALMGVSKAILENVIFVHQDEANWPLQDPSTLKKKFDDIFSATRYTKALEVIKKLHKDQAQEIKTYKLKLENLQTLKDAAYKLRESIAQDKEKTESLKSQMEELEKEIQTLESKIHHAEATLKDLHQLQREIATKTAERKTLFKEQEKQYAALTEENEDTDEELSEWKTKFDERIALLESKISKLEREMNDSETKSSLLKQSITDYIVEISKLQAEAEALAVLKNERDVTIRKLFDRHNLGAVPSGPLSDDVALNLMNRIKLRLAHLDKDLQDKKESNEAEIAAAWNQYEIANNLWNEKEAQKLARADIKNGILKRIEEKENERNEFEREISNVNMAHLDEREKKMQIECERKSKQLAEREFDSNIRQKQTEMFTIDQKLKDLHAEKDRMANESEDRIKLSLKKAELETLKKKHKKLMDDNKDTVKGVLKGRLPSDKDLKKEITQAQRALQREFDDLSAKAREAEKEVNMSQMKIEEVKHNLSKYHKDMDSRRRFLESKLQLLAQEFAGVESYPKIMDSAKEKRDVQKSKYNIADGMRQMFDPFERVARAHHICPCCERPFSAEEEDEFVKKQRVKAASSAEHIKVLAMDSSNADSRFQQLDKLRLVYEEYLKVGKESIPLAEKNLNELNEELDHKNQALDDVLGVLAQIKAEKDAVDALIQPVETSDRLFQEIQTLQKQVDDLDYGLDIRGQGIRSMEEIQSELDELQSKRENLSSEVEKLKDDRRYMENEFSSFQLRWFTVREEKTQAANKLNNVKRAEEELDDLVEQKNKVELEEKHLAEAVGPLSKEKDKHFRDYQNLKTKLSKELEEQAEIRRHYQQDVDELKKITSKIREYYELKKEQKLNELQDKRSLSESQLQNCESRKQEISAEVAKSNALMQNQDSLRRNIEDNLNYRKTKAEVDKLTREIELLEDKVLKMGGLSTIEAELKKLSHEREKLLSELNKCHGTLSVYQSSISKNKVDLKQAQYKDIDKRYFDQLIQLKTTEMANKDLDRYYSALDKALMRFHTMKMEEINKIIRELWQQTYRGQDIDYISIHSDSEGSGTRSYSYRVLMQTGDTELEMRGRCSAGQKVLASLIIRLALAETFCLNCGILALDEPTTNLDGPNSESLAAALLRIMEDRKGQENFQLIVITHDERFAQYIGQRQHAEKYYRVSVSGSDYSVDASCLT |