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Accession Number |
TCMCG025C48242 |
gbkey |
CDS |
Protein Id |
XP_021653725.1 |
Location |
complement(join(59936..59975,60120..60248,60333..60466,60558..60620,61230..61380,62564..62616,62698..62823,63150..63474,63554..63723,69135..69336,69558..69766,70550..70759,75951..76080,76197..76311,77432..77559,78555..78647,78771..78982,79132..79239,79392..79496,79716..79886,79976..80154,80371..80599,81673..81787,82222..82397,83097..83264,83620..83706,83829..83951)) |
Gene |
LOC110645035 |
GeneID |
110645035 |
Organism |
Hevea brasiliensis |
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Length |
1316aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA394253 |
db_source |
XM_021798033.1
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Definition |
DNA repair protein RAD50 isoform X1 [Hevea brasiliensis] |
CDS: ATGAGTACCGTCGATAAGATGCTTATAAAAGGAATCCGGAGTTTCGACCCGGAGAACAAAAACGTCATCACCTTCTTCAAGCCTCTAACCCTAATCGTCGGCCCCAACGGCGCTGGCAAAACTACGATTATAGAGTGTTTAAAGCTTTCTTGCACAGGAGAGTTGCCTCCAAATGCGAGGTCTGGCCACAGTTTTGTTCATGATCCCAAGGTTGCGGGGGAAACAGAGACAAAGGGGCAAATTAAGCTACGATTCAAGACTGCAGCAGGGAAAGACGTGGTTTGCATAAGATCATTCCAGCTAACACAGAAGGCATCAAAAATGGAGTATAAGGCTATTGAGAGTGTACTTCAAACAATAAATCCACATACTGGAGAGAAAGTTTGCCTTAGCTATAGATGTGCTGACATGGATCGAGAAATCCCTGCTTTAATGGGTGTCTCAAAGGCCATTCTAGAAAATGTTATATTTGTTCACCAAGATGAAGCTAACTGGCCTTTGCAAGATCCTTCCACATTAAAGAAGAAGTTTGATGATATCTTCTCTGCCACACGATACACAAAGGCATTGGAGGTTATTAAAAAACTTCACAAGGATCAGGCTCAAGAGATAAAGACCTACAAACTTAAATTAGAAAATCTTCAGACCTTGAAGGACTCTGCATATAAGCTTCGGCAAAGCATTGGTCAGGATGAAGAAAGAACAGAATCTTCAAAAGTCCAAATACAAGATGTAGAAAATAAAGTTCAGAATGTTGATGCAAAAATCCATCAAATTGAAACAACTCTGAAAGATTTGAGAAAACTACAGGAGCAGATATCAACAAAAACTGCTGAAAGGAGAACTTTGTTTAAGGAGCAGCAGAGACAGTATGAAGCTCTTGAGGAGGAAAATGAAGATACTGATGAAGACCTGATGAAATGGAAAACCAAGTTTGATGAACATGTTGCATCTTTGGAATCTAACATTGGCAAGTTGGAGAGGGAAATGAATGACATTGAGACAAAAAGTTCTCTTCATAGGCAGAGCATTACAGAGTATATCCGAGAGAGTAGCAAGCTTCAGACTGAAGCTGAAGCTCACGGTTCCCAGAAGAATGAAAGGGATTCTACTATCCAAAAACTTTGTGCAAGACATAATTTAGGGTCTCTTCCACATACCCCTTTCAGTGATGACGTTGCTTTGAACCTTATGAATAGACTAAAATCAAGGTTGATAGATCTCGAGAAGGATTTGCAAGATAAAAAGACATCAAATGATATTGAAGTTAAGACAGCAGAGAATCACTATTGGGATGTAAATGACCGTTGGAAAAACACTGAGGCTCTGAAGCATGCTAAATTAGAGATAAAGAACGGCATTGTGAATCGCATGAAAGATAAGGAACGTGATCTTGCTTCACTTGAAGAACAAATTTCACATATTAATCTTTCTCATATGGATGAAAGAGAAAAAAACTTGCAAATTGAAGTTGAGAGAAAGACAAAGCAGCTTGCTGAAAGAGAGTTTGAATCAAACATTCGTCAAAAGCAAAGTGAGCTGTATGGGATAGAGCAACAGATTAAGGCACTCAATCGCGAGAAAGACATCTTGGCTGGAGATTCTGAGGACAGAGTGAAACTGTCCCTGAAGAAGGCAGAGTTGGAGAATCACAAGAAGAAGCACAGAAAAATAATTGATGAATACAAGGATAGAATCAGAGAAGTGCTAAAAGGGAGGCTTCCTGCTGATAAGGATATGAAGAAGGAAATTACTCAAGCCTTAAGGGCTCTTGGAATTGAATTTGATGACTTGAATTCAAAATCTCGTGAAGCTGAGAAGGAGGTAAATGTGTTGCAGATGAAAATACAAGATGTTAACAATAACCTGTCCAAACTTCTCAAGGATATGGACTCAAGGAAGAGATTCATTGAATCCAAACTCCAATCCTTGGATCAACAATCTTTTACCATTGATTTGTACCTCAAAGCTTTGGAGTCTGCAAAGGAGAAAAAAGATGTCCAGAAAAGCAAGTACAATATTGCAGATGGTATGCGGCAAATGTTTGATCCTTTTGAAAGGGTTGCCCGTGCTCATCACATGTGCCCTTGCTGTGAGCGCCCTTTCTCTGCTGAAGAGGAAGATGAGTTTGTTAAAAAGCAAAGAGTGAAGGCTGCAAGTTCTGCTGAGCACATGAAGGTGTTGGCTTCAGAGTCCTTAAATGCAGATTCTTATTTTCAGCAGCTGGACAAGCTTCGTATTGTTTTTGAGGAATATGTCAAAATTGGCAAGGAAACAATTCCTCTTGCAGAGAAAAATTTGCATGAACTTACTGAACAGCTGGATGAGAAATCTCAAGTCCTTGATGATGTGTTGGGTGTTTTAGCTCAAATAAAGGCTGACAAGGACTCAGTTGACGCCCTGGTGCAACCTGTTGAAACTGCTGATAGGCTTTATCAAGAAATCCAAACGTGGCAAAAGCAAGTTGATGATTTGGAGTACAAGCTTGACTTTCGGGGGCAAGGTGTCAGATCTATGGAAGAAATTCAGTCAGAACTGAGTAGTTTGCAGGGCACAAGGGATGCTTTGCATACTGAACTGGAGAAGTTAAGGGAAGATAGGAGGTACATGGAAAATGATTTGTCACACATTCAACTACGTTGGCATGGTCTAAGGGAGGAGAAAACTAGAATAGGTAACACCTTGCATGATCTAAAAAAGGTGGAAGAGGAGTTGGAACGATTATCTGAGGAAAAAAACCAAGTTGAGCTTGATGAGAAGCATTTGGAAGAGGCTCTCGGCCCTTTATCTAAGGAGAGAGAAAAATTGCAGAGTTACTGCAGTGAATTGAAAGTGAAACTTGAGAAGGAATACGAGGAGCAGAAAAAACAATTAGATGACTATCAGTGGGAAGTCAGCGCACTTCTCAAGACTAATTCTAAAATTAAGGAGTATAATGATTTAAAGAAAGGGGATAGATTGAAGGAGGTGCGAGAAAAACTCTCTCTATTAGAGTCTCAGCTTCAAAGTTGTGATAAAAGGAAGGAAGAGATTTTAGCTGAATTAAACCGAAGTAAAGATGTTTTAAGGAGCCAAGATTCCATAAAAAGAAATATTGAGGACAACTTGAATTACAGGAAAACTAAGGCTGAAGTGGATAAGCTTACCCAGGAGATTGAATCTTTGGAAGACAGAATACTGAAGATTGGCAGGGTTTCTACATTTGAAGCTGAACTTGTCAGATATTCACAAGAAAGAGAGAGACTTCTTTCAGAGTTGAACAGGTGCCGTGGTACAATGTCAGTTTACCAGAGTAATATTTCAAAGAATAAGATTGATCTTAAACAGGCCCAATACAAGGACATTGACAAGCGGTACTTCGACCAGCTAATTCAGCTTAAGACGACTGAAATGGCAAACAAGGACCTGGACAGATACTACAATGCAGTTGACAAAGCACTTATGCGGTTCCACACCATGAAAATGGAGGAAATAAATAAAATCATTAGGGAATTGTGGCAACAAACATACAGAGGACAGGATATAGATTACATTAGCATTCATTCAGATTCAGAAGGTGCTGGGACTCGATCTTACAGCTACAAGGTTCTAATGCAGACTGGAGATGCAGAGCTAGAAATGAGAGGAAGGTGCAGTGCTGGTCAGAAGGTCCTTGCCTCTCTTATTATTCGGCTGGCTTTAGCAGAGACATTTTGCCTTAACTGTGGAATACTAGCTCTAGATGAGCCTACAACGAACTTGGATGGCCCAAATGCCGAGAGTCTTGCTGCAGCTCTTCTTAGAATTATGGAGGATAGAAAGGGGCAGGAGAATTTTCAACTGATAGTGATTACTCATGATGAACGTTTTGCCCATCTGATTGGTCAAAGGCAGCATGCAGAACGATACTATAGAGTCACTAAAGATGATCATCAGCATAGCATAATTGAATCTCAAGAGATTTTTTATTGA |
Protein: MSTVDKMLIKGIRSFDPENKNVITFFKPLTLIVGPNGAGKTTIIECLKLSCTGELPPNARSGHSFVHDPKVAGETETKGQIKLRFKTAAGKDVVCIRSFQLTQKASKMEYKAIESVLQTINPHTGEKVCLSYRCADMDREIPALMGVSKAILENVIFVHQDEANWPLQDPSTLKKKFDDIFSATRYTKALEVIKKLHKDQAQEIKTYKLKLENLQTLKDSAYKLRQSIGQDEERTESSKVQIQDVENKVQNVDAKIHQIETTLKDLRKLQEQISTKTAERRTLFKEQQRQYEALEEENEDTDEDLMKWKTKFDEHVASLESNIGKLEREMNDIETKSSLHRQSITEYIRESSKLQTEAEAHGSQKNERDSTIQKLCARHNLGSLPHTPFSDDVALNLMNRLKSRLIDLEKDLQDKKTSNDIEVKTAENHYWDVNDRWKNTEALKHAKLEIKNGIVNRMKDKERDLASLEEQISHINLSHMDEREKNLQIEVERKTKQLAEREFESNIRQKQSELYGIEQQIKALNREKDILAGDSEDRVKLSLKKAELENHKKKHRKIIDEYKDRIREVLKGRLPADKDMKKEITQALRALGIEFDDLNSKSREAEKEVNVLQMKIQDVNNNLSKLLKDMDSRKRFIESKLQSLDQQSFTIDLYLKALESAKEKKDVQKSKYNIADGMRQMFDPFERVARAHHMCPCCERPFSAEEEDEFVKKQRVKAASSAEHMKVLASESLNADSYFQQLDKLRIVFEEYVKIGKETIPLAEKNLHELTEQLDEKSQVLDDVLGVLAQIKADKDSVDALVQPVETADRLYQEIQTWQKQVDDLEYKLDFRGQGVRSMEEIQSELSSLQGTRDALHTELEKLREDRRYMENDLSHIQLRWHGLREEKTRIGNTLHDLKKVEEELERLSEEKNQVELDEKHLEEALGPLSKEREKLQSYCSELKVKLEKEYEEQKKQLDDYQWEVSALLKTNSKIKEYNDLKKGDRLKEVREKLSLLESQLQSCDKRKEEILAELNRSKDVLRSQDSIKRNIEDNLNYRKTKAEVDKLTQEIESLEDRILKIGRVSTFEAELVRYSQERERLLSELNRCRGTMSVYQSNISKNKIDLKQAQYKDIDKRYFDQLIQLKTTEMANKDLDRYYNAVDKALMRFHTMKMEEINKIIRELWQQTYRGQDIDYISIHSDSEGAGTRSYSYKVLMQTGDAELEMRGRCSAGQKVLASLIIRLALAETFCLNCGILALDEPTTNLDGPNAESLAAALLRIMEDRKGQENFQLIVITHDERFAHLIGQRQHAERYYRVTKDDHQHSIIESQEIFY |