CDS

Accession Number TCMCG064C19253
gbkey CDS
Protein Id XP_011085773.1
Location join(3655346..3655396,3655929..3656114,3656462..3656567,3657069..3657205,3657398..3657481,3657560..3657654,3657747..3657855,3658009..3658095,3658187..3658279,3658463..3658660,3658771..3658916,3659029..3659167,3659366..3659464,3659551..3659733,3659878..3659956,3660043..3660170)
Gene LOC105167672
GeneID 105167672
Organism Sesamum indicum

Protein

Length 639aa
Molecule type protein
Topology linear
Data_file_division PLN
dblink BioProject:PRJNA268358
db_source XM_011087471.2
Definition FACT complex subunit SSRP1 isoform X1 [Sesamum indicum]

EGGNOG-MAPPER Annotation

COG_category BKL
Description Component of the FACT complex, a general chromatin factor that acts to reorganize nucleosomes. The FACT complex is involved in multiple processes that require DNA as a template such as mRNA elongation, DNA replication and DNA repair. During transcription elongation the FACT complex acts as a histone chaperone that both destabilizes and restores nucleosomal structure. It facilitates the passage of RNA polymerase II and transcription by promoting the dissociation of one histone H2A-H2B dimer from the nucleosome, then subsequently promotes the reestablishment of the nucleosome following the passage of RNA polymerase II
KEGG_TC -
KEGG_Module -
KEGG_Reaction -
KEGG_rclass -
BRITE ko00000        [VIEW IN KEGG]
ko03000        [VIEW IN KEGG]
KEGG_ko ko:K09272        [VIEW IN KEGG]
EC -
KEGG_Pathway -
GOs -

Sequence

CDS:  
ATGACTGAGCATTCGTTCAACAACATCTCTCTCGGAGGTCGTGGAGGAACCAATTCAGGGCAACTTAAGCTTCATTCAGGTGGGGTAGTATGGAAGAAACAAGGAGGTGGCAAAGCAGTTGAAGTAGATAAAAGTGATTTGCTGGGCCTTACCTGGATGAAGGTTCCACGATCTAATCAACTTGGCGTTCGGACCAAAGATGGTCTTTATTATAAATTCACTGGTTTTCGGGATCAGGATGTCGCCAGTCTGACTACATTTTTCCAGTCCAATTTTGGAAAAACACCAGAGGAGAAGCAACTCTCCATTAGTGGAAAAAATTGGGGAGAAGTTGATCTAAATGGGAATATGCTTACTTTTCTTGTGGGTGCTAAACAAGCATTCGAGATTTCTCTAGCGGACGTTGCACAGACCCAGCTTCAAGGAAAAAATGATGTGATGCTGGAATTCCATGTAGATGATACAACTGGGGCCAACGAGAAAGACTCATTAATGGAAATAAGTTTTCACATTCCCAATTCAAACACTCAATTTGTTGGGGATGAAAGTCACCCTTCTGCCCAGGTGTTCCGAGACAAGATTGTCTCAATGGCAGATGTTGGAGCGGGAGGTGAAGAAGGTGTTGTCACTTTTGATGGAATTGCCATACTCACACCGAGGGGGCGATATAACATTGAACTTCATCTGTCATTTTTGCGCCTCCAAGGACAAGCAAATGACTTCAAAATTCAGTACAGCAGTGTTGTTCGTGTTTTTTGGTTGCCTAAGTCTAACCAACCACATACTTTTGTAGTTGTTACGCTAGACCCACCAATTCGGAAGGGTCAGACCTTATATCCTCATATTGTGATGCAGTTTGAGACAGATTCTGTGATAGACACCACATTATCGATTAAGGAAGACCTTTATAATGCCAAGTATAAGGACAAGCTTAAGCTAGAGCATAAGGGACTCGCGCATGAGATCTTTATTACAATTCTCCGTGGTTTATCTGGCTCCAAAGTGACTAAACCTGGAACTTTCCGTAGTCATCAGGATGGCTATGCTGTGAAGTCATCACTTAAAGCTGAAGATGGTGTTCTTTATCCTCTTGAAAAGAGCTTCTTCTTTTTACCCAAACCGCCTACTCTAATTCTTCATGAGGAGATCGACTATGTGGAGTTTGAGAGGCATACTGCTGGAGGTTCAAATATGCATTACTTTGATCTTCTCATTAGACTTAAGACTGAGCAGGAGCATCTTTTCCGAAACATTCAGAGAAATGAGTACCAGAGACTCTTTGTGTTTGTTAATCAGAAAGGTCTGAAGATCATGAATTTGGGGAGTGCTAAGTCGATAGATGGAGTTGCATCTGTTCTGAAGGATGTTGATGTTGACCCACATCTAGAGCGGATAAAGAATGAGGCCATTGGAGATGACAGCGATGAGGAGGATGAGGATTTTGTCGCTGACAAAGATGATGGAGGCTCCCCATCGGATGATTCTGGGGAAGGAGAATCTGACGCCAGTGAAAGCGGAGAGGAGAAAGAGGCGCCAGTGAAAAAGAAAACCAAGAAAGAACCTTCTGCTCCCAAGGTACCATCGATTAGGAAAAAAGCTAAAGATGGTGAGGATGATGGGTCAAAGAAGAAGAAGCAAAAAAAGAAGAAGGACCCAAATGCGCCGAAGAGGGCAATTAGTGCCTTTATGTTCTTCTCCCAAACGGAAAGAGAGAATGTGAAGAAGAGTAATCCTGGGATTTCCTTTACGGAGGTTGGCAAAGTGCTTGGCGAAAGATGGAATAAGATGACAGCGGATGAGAAATCTCCTTATGAAGCAAAAGCCCGGGCAGACAAGAAACGTTATAGCGAAGAGATCAGTGGCTATAAGAATCCACAGACCACAAATGCAGACACTGCAGATGCCCCTGATAATGCTTAG
Protein:  
MTEHSFNNISLGGRGGTNSGQLKLHSGGVVWKKQGGGKAVEVDKSDLLGLTWMKVPRSNQLGVRTKDGLYYKFTGFRDQDVASLTTFFQSNFGKTPEEKQLSISGKNWGEVDLNGNMLTFLVGAKQAFEISLADVAQTQLQGKNDVMLEFHVDDTTGANEKDSLMEISFHIPNSNTQFVGDESHPSAQVFRDKIVSMADVGAGGEEGVVTFDGIAILTPRGRYNIELHLSFLRLQGQANDFKIQYSSVVRVFWLPKSNQPHTFVVVTLDPPIRKGQTLYPHIVMQFETDSVIDTTLSIKEDLYNAKYKDKLKLEHKGLAHEIFITILRGLSGSKVTKPGTFRSHQDGYAVKSSLKAEDGVLYPLEKSFFFLPKPPTLILHEEIDYVEFERHTAGGSNMHYFDLLIRLKTEQEHLFRNIQRNEYQRLFVFVNQKGLKIMNLGSAKSIDGVASVLKDVDVDPHLERIKNEAIGDDSDEEDEDFVADKDDGGSPSDDSGEGESDASESGEEKEAPVKKKTKKEPSAPKVPSIRKKAKDGEDDGSKKKKQKKKKDPNAPKRAISAFMFFSQTERENVKKSNPGISFTEVGKVLGERWNKMTADEKSPYEAKARADKKRYSEEISGYKNPQTTNADTADAPDNA