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Accession Number |
TCMCG037C17669 |
gbkey |
CDS |
Protein Id |
XP_022146955.1 |
Location |
join(835638..835760,835903..835989,836464..836631,836903..837078,837265..837368,838770..839009,839475..839653,839803..839973,840123..840227,840297..840404,840508..840719,840960..841052,842276..842403,842739..842853,842964..843093,843318..843527,843650..843858,844028..844229,845448..845617,845695..846019,846657..846782,846864..846916,847488..847638,847713..847775,847855..847988,848151..848279,848384..848423) |
Gene |
LOC111016026 |
GeneID |
111016026 |
Organism |
Momordica charantia |
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Length |
1316aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA397875 |
db_source |
XM_022291263.1
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Definition |
DNA repair protein RAD50 [Momordica charantia] |
CDS: ATGAGTACAGTAGACAAGATGCTGATTAAAGGTATTCGGAGTTTCGACCCCGAAAACAGGAACGTCATCACCTTCTTCAAGCCATTAACTCTGATCGTTGGCCCTAATGGTGCTGGGAAAACTACCATAATTGAATGCTTGAAGCTCTCTTGCACTGGCGAGTTGCCTCCCAACGCCAGGTCTGGCCACAGTTTCATTCACGATCCTAAGGTTGCAGGAGAGACAGAGACAAAGGGGCAAATAAAACTTCGGTTTAAGACAGCGGCGGGCAAGGATGTGGTTTGTATAAGGTCCTTCCAGCTTACTCAAAAGGCTTCAAAAATGGAGTACAAAGCAATTGAGAGCGTGCTTCAGACTATAAATCCACATACCGGAGAGAAAGTTTGTCTCAGCTATAGGTGTGCAGATATGGATAGGGAAATTCCAGCTTTAATGGGTGTGTCAAAGGCTATCCTGGAAAATGTGATATTTGTTCACCAAGATGAAGCTAACTGGCCATTGCAAGATCCTTCAACATTAAAGAAGAAATTTGATGATATATTTTCTGCTACAAGATATACGAAGGCATTGGAGGTCATAAAGAAGCTTCACAAGGATCAGGCTCATGAAATAAAGACTTACAAACTGAAGTTGGAGAATCTTCAAACTTTAAAAGATGCATTATTGCAGCTTAGGGAAAGCATTTCTCAAGATGAAGAAAAAACAGAATCTGTAAAAAGTCAAATGCAGGAACTGGAGAAGAATATCCAAGATATTGATGCTAAAATTCATCATGCTGAAACAATCCTGAAGGATGTCCGAAAACTACAGGACCAAATATCTACTAAGACTGCTGAAAGAAGCACTTTATTTAAGGAGCAGCAGAAGCAATATGCTGCCCTTGCCGAGGAGAATGAAGACACCGATGAAGAATTGAAGGAATGGAAAACCAAGTTTGAAGAAAGGATTGCTATTTTGGAGTCTAAAGTAAGCAAGTTAGAGAGGGAGATGAACGACATGGAGACTAAAAGTTCCTTTCTTAAACAGACAATTAATGAATATATATGGGAGATAAGCAAGCTTCAAACAGAAGCTGAGGTGCACATGTCATTGAAGATCGAACGTGATTCTACTATTGAAGAACTTTTTGCAAGACATAATCTAGGTTCTGTGCCAAATACTCCTTTCAGTGACGAAGTTGCATTCAACCTAACAAATAGAATAAAATCAAGATTAGTGGACCTTGACAAGGATATGCAAGATAAAAGGCTTTCAAATGATGTTGAGCTTAATACTGCCTGGGATTGCTACATGGATGCAAATGATCGATGGAAAAATGTTGAGGCTCAAAAACATGCTAAAGCAGAGATTAAGAGAGGAATTATGAAACGAATTGAAGAAAAGGAGAGCGAGCGAGATTCATTTGAACTTCAAATTTCTCATGTCGATCTTTCTCACATTGATGAAAGAGAAAAAAACATGCAAATTGAGGTTGAGAGAAAGACAAACCAGCTTGCTGAAAGAGAATTTGAATCAACAATACGTCAAAAGCAGAGTGACCTATATGGCATAGAGCAGAAAATTAAGGCTGTTAACAGAGAGAAGGACATAATGGCTGGTGACTCTGAGGACAGAGTAAAACTTGCTCTCAAGAAAGCAGAGTTAGATAATCATAAAAAGAAGCATAGAAAAATAATAGATGAGTACAAGGACAAAATTAGAGGAGTACTGAAGGGAAGATTTCCTCCAGAGAAGGATTTGAAAAAAGAAATCACTCAAGCACTCAGGGCTGTTGGAATGGAGCATGATGACCTAAATTCTAAATCTCGTGAAGCTGAGAAGGATGTGAATATGTTGCAGATGAAAATACAGGAAGTGAACAATAACATTTCTAGATATCAAAAGGAAATGGAATCAAGAAAGAGATTTATTGAATCCAAACTCCAGTCCTTGGATCCACACTCTTTTAGTGTTGATTTGTATCTCAGGGCCTTGGAAGTGGCTAAGGAGAAAAAAGACGTGCAAAAAAGCAAGTACAATATTGCAGATGGTATGCGTCAAATGTTTGATCCATTCGAAAGGGTTGCCCGTGCTCATCATGTTTGCCCTTGTTGTGAGCGCCCCTTCACAGCAGAAGAAGAAGATGAATTTGTTAAAAAGCAAAGAGTGAAGGCTGCAAGTTCTGCTGAGCATATGAAAGTGCTTGCAGTTGAGTCTTCAAGTGCTGACTCTCATTTTCAGCAACTGGACAAGCTCCGCATGGTTTTTGAAGAACACATCAAACTAAGCAATGAAACAATTCCTAATGCAGAGAAAGTACTTCATCAGCTTAATGAAGAGTTGGATGAAAAGTCACAGGCCTTTGATGATGTGGTGGGTGTCTTAGCTCATGTAAAGGCTGACCGGGACGCAGTTGAGAACTTGGTGCAACCTATTGACACTGCTGACAGGCTTTTTCAAGAAATTCAAACTTTGCAAAAGCAAGTTGATGATTTGGTCTACAAGCTTGATTTTCGAGGGAAAGGTGTGAAAACAATGGAAGAAATTCAGTCTGAGCTGAATGCATTGCAAAACACCAAAGATGGTTTACACAATGAACTAGAGAAGCTAAGGGATGAACAAAGATATATGGAAAATGATTTGTCAAACATTCAGATAAGATGGCACACTCTAAGAGAGGAAAAAGTGAAAGCAGCTAATACTTTGCGTGATGTGAAGAAGGCAGAAGAAGAGTTGGACCGTCTGACTGAGGAAAAAAGTCAAGTTGATCTTGATGAGAAGCATTTGGCAGAAGCAATTGTCCCTTTGTCAAAGGAGAAAGATAAATTACTTAACGACTATAATGAACTAAAAGAAAAGCTTAATCGTGAATACGAGGAACTGGGTGAGAAAAAGAGGAATTTCCAACAGGAAGTTGAGACACTTCTTAGAACAGCTTCTAAGATTAAGGAGTATCTTGATTTAAAGAAAGGTGAGAGGCTGAAAGAACTACAGGAAAAGAAAGCTCAGGCTGAATCTCAACTTCAAAGTTGCGACATTAGGAAGCAGGAAATATCAGCTGAATTAAACAAAAGTAAGGACTTGATGCGGAATCAAGATCAATTAAGAAGGAATATTGAGGACAACTTGAACTACCGGAAAACAAAGGCTGAAGTTGACGAGCTTGCCCGTGATATCGAATCATTGGAAGAGCAAATTTTAAAGATTGGAGGGGTTTCAACCATTGAGGCTGAAATTGGAAAGCTCTCACAGGAAAGAGAGAGGCTTTTGTCTGAGCTAAACAGGTGTCATGGGACAATGTCTGTCTATCAAAGCAATATTTCAAGAAATAAAATTGATTTGAAACATGCCCAATATAAGGACATTGACAAGCGATACTTTGATCAGCTAATCCAGCTTAAGACAACTGAGATGGCAAACAAGGACCTGGACAGATATTACAATGCCCTTGACAAAGCACTCATGCGCTTTCACACGATGAAAATGGAGGAAATAAATAAAATTATAAGGGAGTTGTGGCAACAAACATATAGGGGACAGGATATAGACTATATAAGTATTCATTCAGATTCCGAGGGTGCAGGAACTCGTTCATACAGCTACAAGGTTCTCATGCAGACTGGAGATGCTGAATTAGAAATGAGAGGAAGGTGCAGTGCTGGTCAAAAGGTTCTTGCTTCACTTATAATTCGATTAGCATTGGCCGAGACGTTTTGCCTCAACTGCGGAATACTCGCTCTAGATGAGCCAACCACTAACCTAGATGGTCCAAATGCTGAAAGTCTTGCTGCAGCTCTTCTGCGAATCATGGAGGACAGGAAAGGGCAGGAGAACTTTCAGCTCATAGTAATTACACACGACGAGCGTTTCGCTCAGCTAATTGGTCAGAGGCAGCATGCGGAGAAATATTATCGAGTTATGAAAGACGACCATCAGCATAGCATTATTGAAAGCCAGGAGATATTTGATTGA |
Protein: MSTVDKMLIKGIRSFDPENRNVITFFKPLTLIVGPNGAGKTTIIECLKLSCTGELPPNARSGHSFIHDPKVAGETETKGQIKLRFKTAAGKDVVCIRSFQLTQKASKMEYKAIESVLQTINPHTGEKVCLSYRCADMDREIPALMGVSKAILENVIFVHQDEANWPLQDPSTLKKKFDDIFSATRYTKALEVIKKLHKDQAHEIKTYKLKLENLQTLKDALLQLRESISQDEEKTESVKSQMQELEKNIQDIDAKIHHAETILKDVRKLQDQISTKTAERSTLFKEQQKQYAALAEENEDTDEELKEWKTKFEERIAILESKVSKLEREMNDMETKSSFLKQTINEYIWEISKLQTEAEVHMSLKIERDSTIEELFARHNLGSVPNTPFSDEVAFNLTNRIKSRLVDLDKDMQDKRLSNDVELNTAWDCYMDANDRWKNVEAQKHAKAEIKRGIMKRIEEKESERDSFELQISHVDLSHIDEREKNMQIEVERKTNQLAEREFESTIRQKQSDLYGIEQKIKAVNREKDIMAGDSEDRVKLALKKAELDNHKKKHRKIIDEYKDKIRGVLKGRFPPEKDLKKEITQALRAVGMEHDDLNSKSREAEKDVNMLQMKIQEVNNNISRYQKEMESRKRFIESKLQSLDPHSFSVDLYLRALEVAKEKKDVQKSKYNIADGMRQMFDPFERVARAHHVCPCCERPFTAEEEDEFVKKQRVKAASSAEHMKVLAVESSSADSHFQQLDKLRMVFEEHIKLSNETIPNAEKVLHQLNEELDEKSQAFDDVVGVLAHVKADRDAVENLVQPIDTADRLFQEIQTLQKQVDDLVYKLDFRGKGVKTMEEIQSELNALQNTKDGLHNELEKLRDEQRYMENDLSNIQIRWHTLREEKVKAANTLRDVKKAEEELDRLTEEKSQVDLDEKHLAEAIVPLSKEKDKLLNDYNELKEKLNREYEELGEKKRNFQQEVETLLRTASKIKEYLDLKKGERLKELQEKKAQAESQLQSCDIRKQEISAELNKSKDLMRNQDQLRRNIEDNLNYRKTKAEVDELARDIESLEEQILKIGGVSTIEAEIGKLSQERERLLSELNRCHGTMSVYQSNISRNKIDLKHAQYKDIDKRYFDQLIQLKTTEMANKDLDRYYNALDKALMRFHTMKMEEINKIIRELWQQTYRGQDIDYISIHSDSEGAGTRSYSYKVLMQTGDAELEMRGRCSAGQKVLASLIIRLALAETFCLNCGILALDEPTTNLDGPNAESLAAALLRIMEDRKGQENFQLIVITHDERFAQLIGQRQHAEKYYRVMKDDHQHSIIESQEIFD |